QSC Atlas

Documents

Every institutional source the Atlas is built from. Search the full text, or filter by country, type, year and tier.

Tier ranks source authority: T1 primary institutional, T2 secondary official, T3 reputable third-party, T4 academic or press.

TitleOrganisationCountryYearTypeTier
Linee Guida Funzioni Crittografiche: Transport Layer Security (TLS)ACN technical guideline on the configuration and use of TLS, updated so that post-quantum solutions are included among the recommended options. It cites the IETF hybrid key-exchange work, including draft-ietf-tls-hybrid-design and draft-ietf-tls-ecdhe-mlkem (ML-KEM hybrid key exchange) and the PQUIP hybrid signature spectrums draft.ACNItalyGuidanceT1
Linee Guida Funzioni Crittografiche: Firme Digitali (v1.0)ACN technical guideline on digital signature schemes, one of the two new documents added in the June 2026 refresh of the national cryptographic-functions guidelines, which includes post-quantum alternatives for quantum-vulnerable signature algorithms. The document references the NIST post-quantum standards FIPS 204 (ML-DSA) and FIPS 205 (SLH-DSA) together with the Dilithium, Falcon and SPHINCS+ specifications and the NIST PQC standardisation process.ACNItalyGuidanceT1
Transition to post-quantum cryptography: call to action released by the G7 Cybersecurity Working GroupEnglish-language version of the ACN announcement (3 September 2026) describing Italy's contribution to the G7 joint document 'Preparing for the Post-Quantum Era: A Call to Action' on the transition to post-quantum cryptography. It addresses the threat quantum computing poses to current cryptographic systems and calls on both public and private sectors to begin migration.ACNItaly2026AnnouncementT1
Transizione alla crittografia post-quantistica: call to action del Gruppo di lavoro G7 sulla cybersicurezzaACN announcement (3 September 2026) that the Agency contributed to the G7 Cybersecurity Working Group joint document 'Preparing for the Post-Quantum Era: A Call to Action', which urges coordinated public and private action to secure ICT systems against the quantum threat. The call to action recommends raising awareness of quantum risk, developing national post-quantum cryptography migration strategies, and strengthening research in the field.ACNItaly2026AnnouncementT1
Präsentation: Anpassungen Schlüssellängen für Zertifikate - Informationen aus der Swiss Government PKISwiss Government PKI briefing presentation (slide date 24 February 2026, listed 9 March 2026) explaining that quantum computers threaten all RSA-based procedures, that 'harvest now, decrypt later' attacks are already occurring, and that retrofitting PQC into existing PKI is operationally complex. It sets out the Swiss Government PKI roadmap: shortened TLS certificate lifetimes from March 2026, increased key lengths for Classes A, B, C and E by 2027, a new PKI engine from 2027, support for hybrid cryptography and hybrid test certificates already available.BIT (FOITT)Switzerland2026GuidanceT1
Empfohlene Algorithmen - Abkündigung RSA (Terminierung RSA)Federal Office of Information Technology, Systems and Telecommunication document (dated 24 February 2026 on the BIT PQC page) setting out recommended algorithms and a dated RSA sunset plan, citing NIST and ETSI advice to begin post-quantum cryptography migration immediately and 'harvest now, decrypt later' risk. It phases the transition as 2024-2026 inventory and PQC pilots, 2026-2029 migration of critical systems with hybrid algorithms and PKI updates, 2030-2034 full changeover with no new RSA applications, and complete deactivation of RSA from 2035, naming CRYSTALS-Kyber, CRYSTALS-Dilithium, FALCON and SPHINCS+ as recommended PQC algorithms.BIT (FOITT)Switzerland2026RoadmapT1
FINMA guidance on quantum computing (press release, 9 July 2026)FINMA press release announcing Guidance 05/2026, reporting that supervised institutions largely lack a clear roadmap and forward-looking planning for migration to quantum-safe encryption. It sets out FINMA's expectation that institutions address the risk from cryptographically relevant quantum computers in their governance and risk management and move towards crypto-agility.FINMASwitzerland2026AnnouncementT1
FINMA Guidance 05/2026: Quantum computingSupervisory guidance of 9 July 2026 in which the Swiss Financial Market Supervisory Authority reports a survey of 60 authorised banks, insurers, asset managers and financial market infrastructures showing that 72% have taken no measures on quantum-safe cryptography and only 8% have a PQC roadmap. FINMA states that existing principles-based operational-risk and governance requirements already cover quantum risk, and recommends a board-approved PQC strategy, a cryptographic inventory, crypto-agility, PQC-ready outsourcing arrangements and a PQC roadmap drawn up by mid-2027 at the latest.FINMASwitzerland2026GuidanceT1
RIE2025 ReportNational Research Foundation report of 31 August 2026 accounting for Singapore's research and innovation outcomes under RIE2025, including the five national quantum programmes. It records the National Quantum-Safe Network as a testbed for quantum-safe communication technologies and the growth of the quantum ecosystem since the 2024 National Quantum Strategy.NRFSingapore2026ReportT4
RIE2030 PlanSingapore's national Research, Innovation and Enterprise plan for 2026-2030, released by the National Research Foundation on 31 August 2026 with S$37 billion of investment. It names quantum-safe capabilities as a priority domain of the National Cybersecurity R&D Programme alongside AI and OT security, and anchors the National Quantum-Safe Network among the five national-level quantum programmes.NRFSingapore2026StrategyT1
CSA's Initiatives to Strengthen Singapore's Cyber Defences Amid an AI-Driven Threat LandscapeCSA press release of 30 June 2026 accompanying the Singapore Cyber Landscape report, stating that CSA continued advancing Singapore's National Quantum-Safe initiative by working with industry, academia and international partners to raise awareness of quantum risks, support migration planning and accelerate adoption of quantum-safe technologies.CSASingapore2026AnnouncementT1
Singapore Cyber Landscape 2025/2026CSA's annual national cyber landscape report, published 30 June 2026, reviewing the threat environment and Singapore's responses including industry commentary on the CSA/GovTech/IMDA Quantum-Safe Migration Handbook. It records quantum-safe as a new topic in the Singapore-Malaysia High Level Cybersecurity Roundtable and post-quantum cryptography among the CyberCall 2025 challenge statements.CSASingapore2026ReportT1
"Trust in the Age of Transformative Technologies" - Speech by Mr Alvin Tan, Minister of State and MAS Board Member, at Point Zero Forum on 23 June 2026Ministerial speech naming quantum technology as one of three frontier technologies for finance and stating that MAS is co-funding quantum technology centres and providing security grants to help financial institutions transition to Post-Quantum Cryptography and Quantum Key Distribution. It links this to the nationwide Quantum-Safe Network and calls for quantum-resilient security to be built into tokenisation and agentic payment platforms.MASSingapore2026AnnouncementT1
Remarks by Mr Chia Der Jiun, Managing Director, MAS, at the MAS Annual Report 2025/2026 Media Conference on 28 July 2026Remarks by the Managing Director of MAS announcing that MAS will issue a set of supervisory expectations later in 2026 setting clear expectations, milestones and timelines for financial institutions' migration towards quantum resilience, covering cryptographic asset inventories, prioritised migration of vulnerable assets, and technical and governance capabilities. He states the aim is for FIs to achieve quantum resilience before the end of the decade, building on the 2024 MAS advisory and technical work on quantum-resilient cryptography.MASSingapore2026AnnouncementT1
Quantum Readiness Index 2026 (Version 1)Final Version 1 of CSA's Quantum Readiness Index, published 16 July 2026 in consultation with A*STAR, SGTech, SpeQtral, evolutionQ, the World Economic Forum and consultancies, as a self-assessment tool companion to the Quantum-Safe Migration Handbook. It scores organisations across five domains (Risk Assessment, Governance, Technology, Training and Capability, External Engagements) with levels and recommendations for quantum-safe migration planning.CSASingapore2026GuidanceT1
Quantum-Safe Migration Handbook (Version 1)Final Version 1 of the Quantum-Safe Migration Handbook, developed by CSA with GovTech and IMDA and published on 16 July 2026 after the Oct-Dec 2025 public consultation, giving Singapore organisations no-regret moves, crown-jewel prioritisation and updated quantum-safe algorithm recommendations. It sets Singapore's requirements for CII owners: submit a quantum-safe migration plan by 31 March 2027, procure quantum-safe or quantum-safe-ready CII systems from 1 January 2028, and complete migration by 31 December 2031.CSASingapore2026GuidanceT1
Preparing for post-quantum threat will make "fixing the Millennium Bug look easy"NCSC news item of 7 May 2025 reporting its Chief Technology Officer's warning that PQC migration is a decade-long, national-scale technology change more complex than the Millennium Bug remediation. It accompanies the launch of the NCSC's PQC consultancy scheme and migration guidance and urges vendors to build quantum-safe resilience into products.NCSCUnited Kingdom2025AnnouncementT1
Timeline for PQC migration revealedNCSC news announcement of 20 March 2025 unveiling the UK's three-phase roadmap for migration to quantum-resistant encryption by 2035. It summarises the phases as planning to 2028, high-priority upgrades from 2028 to 2031, and complete migration of all systems by 2035.NCSCUnited Kingdom2025AnnouncementT1
Setting direction for the UK's migration to post-quantum cryptographyNCSC blog post of 20 March 2025 accompanying the publication of the PQC migration timelines, explaining the three target dates of 2028 for discovery and planning, 2031 for priority migrations and 2035 for complete migration. It argues that the required activities align with fundamental cyber security practice such as asset management and supplier oversight, so the transition is relevant to organisations of all sizes.NCSCUnited Kingdom2025AnnouncementT1
Post-quantum cryptography: what comes next?NCSC blog post (14 August 2024, updated 13 March 2025) responding to NIST's publication of the ML-KEM, ML-DSA and SLH-DSA standards, stating that standardisation is only the start of migration to PQC. It sets out the NCSC's intention to accredit PQC consultancies and to publish further migration guidance, and is the reference cited in UK departmental cryptography standards.NCSCUnited Kingdom2024AnnouncementT1
Migrating to post-quantum cryptography (PQC)NCSC blog post (published 3 November 2023, updated 12 March 2025) introducing the NCSC's guidance on moving from traditional public-key cryptography to post-quantum cryptography. It notes that PQC can often be deployed by software update for major internet services but that legacy systems and critical infrastructure require phased planning and technology refresh.NCSCUnited Kingdom2023AnnouncementT1
Quantum Technology - parliamentary written question and answer (40039)Written question of 20 March 2025 to the Department for Science, Innovation and Technology, answered 28 March 2025, asking for an assessment of the adequacy of the UK's contingency plans to tackle quantum cyber threats, with the answer referring to post-quantum cryptography.UK ParliamentUnited Kingdom2025AnnouncementT1
Quantum Technology - parliamentary written question and answer (40038)Written question of 20 March 2025 to the Department for Science, Innovation and Technology, answered 28 March 2025, on the guidance and resources available to help small and medium-sized enterprises prepare for and mitigate quantum cyber risks, with the answer referring to post-quantum cryptography migration.UK ParliamentUnited Kingdom2025AnnouncementT1
Cyber Coordination Group insights 2025Financial Conduct Authority good and poor practice publication (24 April 2026) drawing on its Cyber Coordination Group of up to 140 UK financial services firms. It defines post-quantum cryptography and states that PQC migration must be embedded in existing risk frameworks with strong cryptographic hygiene and risk-based prioritisation, alongside role-specific PQC literacy programmes for staff.FCAUnited Kingdom2026GuidanceT1
Security Standard SS-002: Public Key Infrastructure & Key Management (version 2.1)Department for Work and Pensions Chief Security Office PKI and key management standard (v2.1, approved 25 March 2025) applying to DWP suppliers, republished in the procurement security collection on 7 August 2026. It states that quantum computing threatens public key infrastructure and that post-quantum cryptography (PQC) algorithms resistant to quantum attacks are being developed, pointing readers to NIST and NCSC PQC material.DWPUnited Kingdom2025StandardT1
Security Standard SS-007: Use of Cryptography (version 2.1)Department for Work and Pensions Chief Security Office cryptography standard (v2.1, approved 25 March 2025) that binds DWP suppliers and contractors, republished in the department's procurement security collection on 7 August 2026. Version 2.1 added quantum-resistant cryptography content, including a control section on quantum resistant algorithms and references to NIST post-quantum cryptography and NCSC PQC guidance.DWPUnited Kingdom2025StandardT1
The National Cyber Advisory BoardGOV.UK page for the National Cyber Advisory Board, updated 31 July 2026, setting out the Board's workstreams. It states that on quantum the Board is 'organising an industry-government group to build engagement and momentum on post-quantum cryptography'.National Cyber Advisory Board (DSIT)United Kingdom2026AnnouncementT1
Cyber Security and Resilience (Network and Information Systems) Bill - Lords Grand Committee debate, 1 September 2026Hansard record of the House of Lords Grand Committee sitting of 1 September 2026 on the Cyber Security and Resilience (NIS) Bill, in which Amendment 82 sought to place post-quantum cryptography and migration timelines into the statement of strategic priorities, with peers citing 'harvest now, decrypt later' attacks. The responding Minister declined to mandate specific technologies, saying the department is developing guidance to support organisations' PQC transition in line with NCSC guidance.UK Parliament (House of Lords)United Kingdom2026ReportT1
Post-quantum cryptography (PQC) migration workshop reportNCSC report published 22 July 2026 on the UK's first PQC migration workshop, hosted with Vodafone in December 2025, concluding that no organisation can navigate the shift to post-quantum cryptography alone. It calls for board-level engagement, supply-chain collaboration and transparent cross-sector cooperation to meet the NCSC's migration milestones.NCSCUnited Kingdom2026ReportT1
Information security manual (June 2026)Consolidated June 2026 release of ASD's Information Security Manual, whose Guidelines for cryptography carry the ASD-approved post-quantum algorithm set (ML-KEM-768/1024, ML-DSA-87) and the requirement that new cryptographic equipment, applications and libraries support these algorithms by no later than 2030. This release also renamed the 'data protection' cyber security principle to 'cryptographic protection' and retains principle PRO-17 on cryptographic agility, which explicitly covers changes to post-quantum cryptography.ASDAustralia2026StandardT1
APRA Member Therese McCarthy Hockey's remarks to the 2026 AFIA Risk SummitSpeech delivered on 24 June 2026 in Melbourne in which APRA Member Therese McCarthy Hockey sets out the prudential regulator's expectations on the quantum threat, endorsing ASD's timeline that organisations have a post-quantum cryptography transition plan by end of 2026 and have commenced transition by end of 2028. She states that APRA will step up supervisory engagement, expects regulated entities to map cryptographic dependencies across systems, data and third-party providers, and wants evidence that boards understand the risk and are advancing migration plans.APRAAustralia2026AnnouncementT1
New guidance helps organisations assess vendor readiness for post-quantum cryptographyASD/ACSC news item announcing the release of 'Post-quantum questions to ask your vendors', restating that the ISM recommends ceasing traditional asymmetric cryptography by end of 2030 and that organisations should have a refined PQC transition plan by end of 2026. It stresses that vendors often control cryptographic mechanisms in cloud and managed-service environments, making vendor readiness decisive for PQC migration.ACSCAustralia2026AnnouncementT1
Post-quantum questions to ask your vendors (PDF)Downloadable July 2026 PDF of ASD's vendor-assessment guidance for the post-quantum cryptography transition, covering cryptographic dependencies, risk assessment, transition planning, implementation approaches and communication with suppliers. Published in the cyber.gov.au 2026-07 file directory.ASDAustralia2026GuidanceT1
Post-quantum questions to ask your vendorsASD/ACSC publication first released on 16 July 2026 setting out 31 vendor-neutral questions, aligned to the five phases of ASD's LATICE framework, that organisations can use in procurement, contract renewal and vendor assurance to assess third-party readiness for the post-quantum cryptography transition. It frames vendor readiness as one of the biggest factors influencing whether an organisation can adopt PQC within ASD's recommended timeframes.ASDAustralia2026GuidanceT1
Project Leap proves the viability of a quantum-safe financial systemDeutsche Bundesbank press release on Project Leap, run with the BIS Innovation Hub Eurosystem Centre and Banque de France, in which test payment messages were transmitted through a quantum-resistant VPN tunnel between servers in Paris and Frankfurt to demonstrate protection of critical financial data using post-quantum cryptography.BundesbankGermanyAnnouncementT2
Hightech Agenda Deutschland – Quantentechnologien (technology roadmap dossier)BMFTR dossier page for the quantum technologies strand of the Hightech Agenda Deutschland, whose roadmap was presented in May 2026. States that quantum-safe encryption ('quantensichere Verschlüsselung') increases trust in information, communication and identification technologies, and frames the goal of future-proof cybersecurity in the quantum age.BMFTRGermanyStrategyT1
Bundestag printed paper 21/765: Kleine Anfrage on the quantum-computer threat to encryptionKleine Anfrage of 7 July 2025 referring to the Federal Government's stated goal of presenting a strategy for the migration to post-quantum cryptography in Germany by 2026, and to the quantum-computer threat to encryption including cryptocurrencies. Answered in Drucksache 21/928, where BSI classifies the quantum threat as a very serious risk.BundestagGermany2025ReportT1
Bundestag printed paper 21/5183: Kleine Anfrage on the reorientation of cybersecurity researchBundestag printed paper of 2 April 2026 asking how the Federal Government will align the priorities of new cybersecurity research funding with the existing framework programme, in which artificial intelligence and quantum technologies such as post-quantum cryptography were already emphasised.BundestagGermany2026ReportT1
Bundestag printed paper 21/3915: Federal Government answer on the Hightech Agenda, covering the national post-quantum cryptography roadmapFederal Government answer to a Kleine Anfrage (Drucksache 21/3433, Die Linke) on the Hightech Agenda, stating that the EU roadmap requires member states to produce a first national roadmap for the transition to post-quantum cryptography by the end of 2026 and that a corresponding German document is being prepared within the Federal Government, to be published once complete.BundestagGermany2026ReportT1
Kryptografie quantensicher gestalten – Grundlagen, Entwicklungen, EmpfehlungenBSI guide published in December 2021 that updates and extends the 2020 PQC migration recommendations, summarising the state of research on quantum-safe cryptography, the connections between recent developments, current measures and open research questions. Still cited as the reference guide in BSI's NIS-2 material.BSIGermany2021GuidanceT1
Migration to Post Quantum Cryptography – Recommendations for action by the BSIBSI recommendations for action (dated 24 August 2020) on the transition to post-quantum cryptographic mechanisms. The foundational BSI PQC migration document that the later 2021 guide and the TR-02102 recommendations build on.BSIGermany2020GuidanceT1
Post-Quanten-Kryptografie: BSI veröffentlicht HandlungsempfehlungenBSI news item of 26 March 2020 announcing an eight-page set of recommendations for action on migrating to post-quantum cryptography, stating that post-quantum cryptography will become the long-term standard and that organisations should assess the transition within their risk management, particularly for long-lived protected information.BSIGermany2020AnnouncementT1
Risiken im Fokus 2026 – Trend 1: Digitalisierung (Quantum Computing: Post Quantum Cryptography rückt in den Fokus)BaFin's 2026 risks-in-focus publication contains a dedicated post-quantum cryptography section stating that financial-sector firms must already act to identify quantum-endangered data and draw up a protection concept with a concrete implementation timeframe applying post-quantum cryptography, given the harvest-now-decrypt-later threat. BaFin also states it will set out supervisory expectations on quantum computing to regulated entities in 2026.BaFinGermany2026ReportT1
#nis2know: Kryptografische Verfahren – Konzepte und ProzesseBSI information package for NIS-2 regulated entities on cryptographic procedures, instructing them to take account of the migration to post-quantum cryptography and to trial first pilot environments in line with BSI recommendations. References the 2021 guide 'Kryptografie quantensicher gestalten', the August 2024 joint statement and the June 2025 EU roadmap.BSIGermanyGuidanceT1
C5:2026 Criteria Catalogue (Cloud Computing Compliance Criteria Catalogue)The C5:2026 criteria catalogue itself, the successor to C5:2020, expanded from 121 to 168 criteria across 17 topic areas including cryptography and key management, and dedicatedly addressing post-quantum cryptography for the first time. Published in English and in a machine-readable format.BSIGermany2026StandardT1
Sicheres Cloud-Computing: BSI veröffentlicht C5:2026BSI press release of 7 April 2026 announcing publication of the C5:2026 cloud computing criteria catalogue, stating that post-quantum cryptography and confidential computing are addressed explicitly in the new generation of C5 for the first time. Marks the point at which PQC enters Germany's cloud attestation regime.BSIGermany2026AnnouncementT1
Post-Quantum Cryptography, the Journey so far and the Challenges Ahead (JRC144095, EUR 40573)Joint Research Centre technical report by Chenu and Sportiello, published by the Publications Office of the European Union in 2025, reviewing the post-quantum cryptography standardisation journey and the outstanding migration challenges. It is the Commission's in-house scientific evidence base on PQC, providing advisory research support to EU policymaking rather than binding recommendations.European Commission Joint Research CentreEuropean Union2025ReportT4
Deployment of a European testing infrastructure for the transition to PQC in different usage domainsEuropean Cybersecurity Competence Centre open contract notice on TED (published 5 February 2026, superseding notice 849943-2025 of December 2025) procuring a European post-quantum cryptography testing infrastructure across the European Economic Area, with an estimated value of EUR 25 million and tenders due 6 March 2026. It establishes independent EU-level PQC testing and evaluation capacity across usage domains.ECCCEuropean Union2026AnnouncementT3
Commission Notice - The 2026 annual Union work programme for European standardisation (C/2026/1695)Commission Notice published in the Official Journal on 19 March 2026 setting EU standardisation priorities, with Action 2 dedicated to standards driving quantum technology development and the implementation of post-quantum cryptography protocols. It announces that the Commission will request European standards and standardisation deliverables for validation and transposition of PQC in support of Commission Recommendation (EU) 2024/1101.European CommissionEuropean Union2026RoadmapT1
Proposal for a Regulation on digital networks (Digital Networks Act) - COM(2026) 16 finalCommission legislative proposal of 21 January 2026 recasting the EU electronic communications framework, which states that the transition to post-quantum cryptography is necessary for next-generation secure communications in critical network segments. It requires that the security of sensitive data and critical infrastructure be reinforced by ensuring timely transition to PQC alongside integration of quantum-based systems and EuroQCI.European CommissionEuropean Union2026RegulationT1
Proposal for a Regulation on ENISA, the European cybersecurity certification framework, and ICT supply chain security, repealing Regulation (EU) 2019/881 (Cybersecurity Act 2) - COM(2026) 11 finalCommission legislative proposal of 20 January 2026 revising the Cybersecurity Act, which mandates ENISA to contribute to the development and evaluation of cryptographic algorithms, in particular post-quantum cryptography, on Commission request. It presents measures for transition to post-quantum cryptography as a means of increasing public trust in the protection of sensitive data in critical sectors.European CommissionEuropean Union2026RegulationT1
Hybridization of traditional cryptographic mechanisms with PQC - Standardisation StatusENISA report dated 30 April 2026, produced with the ECCG sub-group on cryptography, analysing the state of standardisation for hybridising traditional cryptographic mechanisms with post-quantum cryptography and mapping it against Agreed Cryptographic Mechanisms v2.0. It is explicitly not yet a recommendation but is intended to feed later ECCG recommendations on preferred hybridisation modes.ENISAEuropean Union2026ReportT1
ECCG Agreed Cryptographic Mechanisms - version 3 - draft for public reviewWorking draft of version 3 of the European Cybersecurity Certification Group cryptography sub-group's Agreed Cryptographic Mechanisms, issued for public review on 2 June 2026 (review open until end July 2026). It realigns the EUCC certification cryptography baseline for the post-quantum era, removing mechanisms deprecated in 2025 and introducing an admissible-mechanisms category for gradual migration of large-scale deployments.ENISAEuropean Union2026GuidanceT1
Monitoring of EU-level recommendations 2025 (SWD(2026) 156 final)Commission Staff Working Document of 17 June 2026 tracking implementation of EU-level digital recommendations, including the recommendation that Member States transition cryptosystems to post-quantum cryptography via the NIS Cooperation Group roadmap. It records that the PQC work stream is now developing sectorial guidance and that further action is needed on cross-border testing and on growing an EU ecosystem of PQC-compliant solutions.European CommissionEuropean Union2026ReportT1
Digital Decade 2026 country report (SWD(2026) 155 final)Commission Staff Working Document of 17 June 2026 giving per-Member-State digital assessments, with numerous country-level post-quantum entries (for example Estonia's national PQC roadmap and QARC project, Latvia's quantum-resistant cryptography strategy, and a Greek HellasQCI hybrid QKD/PQC deployment for medical data). It is the Commission's country-by-country evidence base on national PQC readiness.European CommissionEuropean Union2026ReportT1
State of the Digital Decade 2026: Closing structural gaps and mobilising investments for 2030 and beyond (COM(2026) 288 final)Commission Communication of 17 June 2026 assessing EU digital progress, which finds Member State progress uneven on preparing for post-quantum cryptography and states a clear and urgent need to ramp up PQC transition efforts. It requires that PQC migration safeguard service continuity and be coordinated across network types, in line with the timeline in the June 2025 Coordinated Implementation Roadmap.European CommissionEuropean Union2026ReportT1
Establishment of a List of External Experts in Post-Quantum Cryptography (PQC) - ECCC/BUH/2026/CEI/0017Prior information notice / call for expressions of interest published on TED on 26 June 2026 by the European Cybersecurity Competence Centre to build a standing list of external post-quantum cryptography experts across the European Economic Area. It institutionalises PQC advisory capacity inside the EU's cybersecurity funding agency.ECCCEuropean Union2026AnnouncementT4
Wait & see is not an option: Q-day is hereETSI newsroom readout, dated 22 June 2026, of the 2026 ETSI/IQC Quantum Safe Cryptography Conference in Ottawa, attended by over 250 participants from industry, government and academia. It reports keynote conclusions on the urgency of PQC migration, the centrality of standards and interoperability, and a shortage of PQC-specialised engineers and board-level readiness.ETSIEuropean Union2026AnnouncementT4
ETSI TR 104 239-2 V1.1.1 - Quantum-Safe Cryptography (QSC); Secure Implementation Guidance for Key Encapsulation Mechanisms and Digital Signature Schemes; Part 2: ML-KEMETSI Technical Report published in June 2026 giving secure implementation guidance for post-quantum key encapsulation and signature schemes, with this part dedicated to ML-KEM. It translates the standardised PQC primitives into implementation practice for European vendors and evaluators.ETSIEuropean Union2026GuidanceT1
ETSI TS 104 145 V1.1.1 - Cyber Security (CYBER); Quantum-Safe Cryptography (QSC); Quantum-Safe Enterprise Transport Security (QSETS)ETSI Technical Specification published in June 2026 by TC CYBER's Quantum-Safe Cryptography group, defining quantum-safe enterprise transport security. It is a normative deliverable specifying how enterprise transport-layer security is made resistant to quantum attack.ETSIEuropean Union2026StandardT1
Cybersecurity call for proposals HORIZON-CL3-2026-02-CS-ECCCEuropean Cybersecurity Competence Centre call under Horizon Europe closing 15 September 2026, whose third topic (EUR 15 million) funds advanced cryptographic schemes and high-assurance implementations. It solicits quantum-resistant cryptographic primitives, post-quantum entity authentication and authenticated key establishment, and formal verification tooling for post-quantum migration.ECCCEuropean Union2026AnnouncementT1
European technological sovereignty and digital infrastructure - European Parliament resolution of 22 January 2026 (P10_TA(2026)0022)European Parliament own-initiative resolution on technological sovereignty and digital infrastructure, published in the Official Journal (C/2026/3697) on 5 August 2026. It explicitly calls for a coordinated EU strategy for post-quantum cryptography to protect data from future cyberthreats.European ParliamentEuropean Union2026AdvisoryT1
IPEN event on post-quantum cryptography: The leap to post-quantum data protectionThe European Data Protection Supervisor, with the Paris Lodron University of Salzburg, convened an Internet Privacy Engineering Network conference in Salzburg on 8 September 2026 on the risks quantum technologies pose to long-term confidentiality and data protection. It examines practical strategies for transitioning to post-quantum cryptography, covering current standards, implementation challenges and migration pathways.EDPSEuropean Union2026AnnouncementT1
Feuille de route cyber de l'État 2026-2027 : renforcer la résilience numériqueCOMCYBER article of 5 May 2026 presenting the state's 2026-2027 cyber roadmap and listing 'la transition vers la cryptographie post-quantique, face à la menace future des ordinateurs quantiques' among its priority axes, with a 2030 deadline for deploying post-quantum solutions. First Ministry of Armed Forces entry for France.Ministère des Armées (COMCYBER)France2026AnnouncementT1
La Banque de France réalise avec CryptoNext Security une expérimentation de sécurité post-quantiqueBanque de France press release reporting a successful experiment with the French PQC vendor CryptoNext Security using post-quantum security technologies to protect central bank communications. Distinct from the later Banque de France experiments already recorded.Banque de FranceFranceAnnouncementT2
Les clés pour comprendre la cryptographie (dossier LINC)March 2025 dossier of the CNIL's digital innovation laboratory (LINC) on cryptography, whose first part is devoted to post-quantum cryptography, describing the replacement of current asymmetric mechanisms by algorithms resistant to both quantum and classical computers and the NIST standardisation process.CNILFrance2025ReportT1
La France envoie son premier télégramme post-quantiqueAnnouncement on the national quantum strategy portal that the French embassy in Washington transmitted the first diplomatic message encrypted with a new generation of cryptography called post-quantum cryptography, designed to resist decryption by quantum computers.France 2030 (Stratégie nationale quantique)France2022AnnouncementT2
Follow up position paper on Post-Quantum CryptographyANSSI's English-language follow-up position paper on post-quantum cryptography, the predecessor of the current 'ANSSI views on the Post-Quantum Cryptography transition' guide, published on ANSSI's official guides portal.ANSSIFranceAdvisoryT1
Se préparer aux technologies quantiques : éléments clés à prendre en compte pour les acteurs du secteur financierMay 2026 reference report of the G7 central banks' Quantum Technologies Working Group, co-chaired by the Banque de France and the Bank of Canada, stating that post-quantum cryptography backed by international standardisation is becoming central to the quantum-resilient transition and that migration requires inventorying cryptographic dependencies. Hosted on the Banque de France site; flagged for routing review as a G7 deliverable.G7 Quantum Technologies Working Group (co-chaired by Banque de France)France2026ReportT2
Les technologies du quantique et leur impact sur les réseaux (note de synthèse Réseaux du futur)Arcep synthesis note of June 2026 in its 'Réseaux du futur' cycle, devoting a section to post-quantum cryptography (PQC) as the set of algorithms designed to stay secure against quantum-capable attackers, relaying ANSSI's call for firms to include the quantum threat in risk analysis, and noting that normative integration of quantum-safe mechanisms is mainly envisaged in 3GPP Release 21 and 6G. First telecom-regulator entry for France.ArcepFrance2026ReportT1
Publication de la feuille de route des efforts prioritaires en matière de sécurité numérique de l'État 2026-2027 (ANSSI)ANSSI news item presenting the 2026-2027 state digital security roadmap, including the action to complete by end-2026 an inventory of durably sensitive data for which post-quantum cryptography will be required. Companion announcement to the SGDSN roadmap.ANSSIFrance2026AnnouncementT1
Efforts prioritaires en matière de sécurité numérique de l'État : feuille de route annuelle 2026-2027Annual state digital security roadmap published 9 April 2026 by the SGDSN, which states that it 'prépare ces administrations à la transition vers la cryptographie post-quantique avec des premières étapes d'inventaire en 2026 et 2027 et des objectifs de mise en œuvre à l'horizon 2030'. First French instrument setting a whole-of-government PQC inventory and 2030 implementation milestone.SGDSNFrance2026RoadmapT1
Securing Tomorrow, Today: Transitioning to Post-Quantum CryptographyJoint statement of 30 November 2024 co-led by ANSSI with the German BSI, the Dutch NCSC and 15 further EU member states, declaring that post-quantum cryptography must become an absolute priority engaged immediately and inviting member states to join a dedicated PQC working group under the NIS cooperation framework. Multi-country instrument hosted by ANSSI; flagged for routing review.ANSSI (with BSI, NCSC-NL and other EU member states)France2024AdvisoryT1
Déclaration du groupe de travail sur la cybersécurité du G7 concernant la préparation d'une migration vers la cryptographie post-quantiqueDeclaration of the G7 cybersecurity working group on preparing a migration to post-quantum cryptography, republished by ANSSI on 1 June 2026; it sets out a shared vision among G7 cyber agencies and gives practical advice to technical managers of medium and large organisations preparing the PQC transition. Flagged for routing review as a G7 instrument hosted by ANSSI.G7 Cybersecurity Working Group (via ANSSI)France2026AdvisoryT1
Preparing for the Post-Quantum Era: A Call to ActionPublication of 3 September 2026 issued by the G7 Cybersecurity Working Group under ANSSI's chairmanship, stating that PQC is a new field of cryptography resistant to classical and quantum attacks and urging organisations to begin their PQC transition as soon as possible, with cryptographic inventories, dependency mapping and phased transition plans. Co-portage international publication hosted by ANSSI; flagged for routing review against any G7/other-country entries.G7 Cybersecurity Working Group (via ANSSI)France2026GuidanceT1
Transition post-quantique : l'ANSSI et ses partenaires du G7 publient un appel à actionANSSI news item of 3 September 2026 announcing that, under France's 2026 G7 presidency, ANSSI and its G7 partners have published a call to action on the transition to post-quantum cryptography, presented as a major security challenge requiring collective and coordinated effort.ANSSIFrance2026AnnouncementT1
Trends in Overseas PQC MigrationPresentation of 27 February 2026 at the Bank of Japan IMES information security symposium by an IMES Director, surveying overseas post-quantum cryptography migration policies and deadlines as a benchmark for Japanese financial institutions. It complements the already-stored Mizuho presentation from the same symposium.BOJ IMESJapan2026ReportT4
TOPPAN Holdings, NICT and ISARA Demonstrate Seamless Migration Technology to Post-Quantum Cryptography at a Certification AuthorityNICT press release of 9 April 2026 announcing a joint demonstration, run from October 2025 to March 2026 and partly supported by the Cabinet Office SIP programme, of hybrid root certificates signed with both current and post-quantum algorithms allowing a certification authority to migrate to PQC without service disruption. The partners target full deployment around 2030, starting with healthcare and finance.NICTJapan2026AnnouncementT2
Issues for Consideration on PQC Support in the CRYPTREC Cipher List (CRYPTREC MT-1501-2026)CRYPTREC paper setting out the four issues deferred when the cipher list was revised for post-quantum cryptography: whether Category 1/2 (roughly 128-bit security) algorithms may still be recommended given the 2035 government PQC migration deadline, treatment of modes of operation and authenticated encryption, treatment of hybrid classical-plus-PQC constructions, and the sequencing of security evaluation for forthcoming FIPS standards. It establishes the PQC List Review Task Force to resolve them by end-FY2026.CRYPTRECJapan2026ReportT1
List of Ciphers to be Referred to for Procurement in e-Government (CRYPTREC Cipher List), LS-0001-2022R2The official Japanese e-government cipher list issued by the Digital Agency, MIC and METI, last updated 30 March 2026, which for the first time adds Table 2, a post-quantum cryptography (PQC) list of algorithms confirmed resistant to a cryptographically relevant quantum computer. Table 2 lists ML-KEM-768 and ML-KEM-1024 for key agreement together with AES-192/256 and SHA-384/512 and SHA3-384/512; no PQC signature algorithm is listed yet.CRYPTREC (Digital Agency / MIC / METI)Japan2026StandardT1
Migration to Post-Quantum Cryptography in the Financial Sector: Efforts and Challenges to DateInvited presentation of 31 July 2026 at CRYPTREC Symposium 2026 by a Director of the Bank of Japan's Institute for Monetary and Economic Studies, reviewing progress and outstanding challenges in migrating the Japanese financial sector to post-quantum cryptography. The slide deck carries the standard disclaimer that views are the presenter's own rather than the Bank of Japan's official position.BOJ IMESJapan2026ReportT4
CRYPTREC Symposium 2026: Cryptographic Technology Evaluation Committee Activity Report (FY2025-FY2026)Activity report presented on 31 July 2026 by the chair of CRYPTREC's Cryptographic Technology Evaluation Committee, covering the Cryptographic Technology Investigation Working Group on post-quantum cryptography (running since July 2021) and the monitoring and evaluation work behind the PQC entries in the CRYPTREC cipher list.CRYPTRECJapan2026ReportT3
CRYPTREC Report 2025: Cryptographic Technology Evaluation Committee Report (CRYPTREC RP-2000-2025)Full FY2025 report of CRYPTREC's Cryptographic Technology Evaluation Committee, released on 24 July 2026, running to roughly 196 pages with extensive post-quantum cryptography content from the standing PQC investigation working group. It documents security and implementation evaluation underpinning the addition of PQC to the CRYPTREC cipher list.CRYPTRECJapan2026ReportT3
Analytical Report on IT Resilience in the Financial Sector (July 2026)Financial Services Agency analytical report of July 2026 on IT resilience in the financial sector, which includes a dedicated column on post-quantum cryptography (PQC) at page 106 covering the quantum threat to public-key infrastructure used by financial institutions and Harvest-Now-Decrypt-Later attacks. The FSA presents PQC as a matter requiring planned response by each financial institution.FSAJapan2026ReportT1
FY2026 Information and Communications White Paper: Status of Adoption of Cryptography Resistant to Quantum Computer AttackSection of the Reiwa 8 (FY2026) Information and Communications White Paper, published by the Ministry of Internal Affairs and Communications on 24 July 2026, covering the harvest-now-decrypt-later threat, the establishment of the inter-ministerial PQC liaison council in June 2025, the November 2025 interim summary, the update of the CRYPTREC cipher list for PQC by March 2026, and the FY2026 migration roadmap.MICJapan2026ReportT1
Overview of Cybersecurity 2026 (FY2025 Annual Report and FY2026 Annual Plan)Six-page official summary of Cybersecurity 2026 issued by the Cabinet Secretariat's National Cyber Office on 31 July 2026, listing formulation of the government post-quantum cryptography (PQC) migration roadmap, industry migration guidelines and migration-support demonstrations under the heading of responses to technological advances such as AI and quantum computing.Cabinet Secretariat National Cyber OfficeJapan2026ReportT1
Cybersecurity 2026 (FY2025 Annual Report and FY2026 Annual Plan)Annual cybersecurity report and plan adopted by Japan's Cybersecurity Strategic Headquarters on 31 July 2026, which records the launch of the inter-ministerial PQC liaison council and its interim summary as FY2025 achievements and sets the FY2026 programme of formulating the government PQC migration roadmap, preparing industry migration guidelines, and running migration-support demonstrations.Cybersecurity Strategic HeadquartersJapan2026StrategyT1
Priority Plan for the Realization of a Digital Society: Part 2, List of Priority PoliciesPolicy list annexed to the Priority Plan for the Realization of a Digital Society, cabinet-decided 21 July 2026, containing four dedicated post-quantum cryptography measures: PQC migration within the Digital Agency (item 4-5, including FY2026 signature/verification demonstrations using domestically developed HSMs), government-wide PQC migration by 2035 with an FY2026 roadmap (4-45), support for industry PQC migration through crypto-inventory guidelines due around end-FY2026 (4-46), and PQC migration of the Government PKI (4-47).Digital AgencyJapan2026StrategyT1
Japan Growth Strategy (日本成長戦略)Cabinet decision of 21 July 2026 setting Japan's cross-cutting growth strategy, which commits the government to complete migration of government agencies to post-quantum cryptography (PQC) as a rule by 2035 and to formulate the migration roadmap during FY2026. It also commits to guidelines to push industry migration and to demonstration projects supporting migration work, alongside quantum cryptographic communications.Cabinet SecretariatJapan2026StrategyT1
Post Quantum Cryptography Buyer's GuideGSA Federal Acquisition Service buyer's guide helping federal agencies acquire post-quantum cryptography capabilities, covering the NIST PQC standards, cryptographic inventory and assessment, and the contract vehicles available for PQC migration. It is the acquisition-side companion to GSA's PQC roadmap and to the government-wide migration directed by OMB.GSA Federal Acquisition ServiceUnited States2025GuidanceT1
G7 Cyber Expert Group Releases Roadmap for Coordinating the Transition to Post-Quantum Cryptography in the Financial SectorTreasury press release of 12 January 2026 announcing the G7 Cyber Expert Group's roadmap guiding financial entities toward a coordinated transition to quantum-resistant encryption. The co-chairs frame quantum computers capable of breaking current encryption as a significant risk to the safety and soundness of the financial ecosystem, and the roadmap underpins Treasury's later Quantum-Readiness Task Force.U.S. Department of the TreasuryUnited States2026AnnouncementT1
S. 3597 (119th Congress) - National Quantum Initiative Reauthorization Act of 2026Bill introduced in the Senate on 8 January 2026 by Senator Young and colleagues reauthorising and extending the National Quantum Initiative through December 2034, and advanced unanimously by the Senate Commerce Committee. Among its provisions, grants awarded under the Act may cover reasonable costs of activities to adopt standards relating to post-quantum cryptography and to remediate quantum-related vulnerabilities.U.S. CongressUnited States2026RegulationT1
H.R. 4942 (119th Congress) - Quantum Encryption Readiness and Resilience ActBill introduced in the House on 8 August 2025 directing the Subcommittee on the Economic and Security Implications of Quantum Information Science to report on mitigating the cybersecurity and national security risks posed by cryptographically relevant quantum computers. Within one year of enactment it requires an assessment of US progress in adopting security measures including post-quantum cryptography, identification of the most vulnerable economic sectors, and a mitigation plan built on interagency and public-private collaboration.U.S. CongressUnited States2025RegulationT1
NIST SP 800-230 (Initial Public Draft): Additional SLH-DSA Parameter Sets for Limited Signature Use CasesInitial public draft released 13 April 2026 (comments closed 12 June 2026) specifying six additional SLH-DSA parameter sets at security levels 1, 3 and 5 as a technical extension to FIPS 205. The additional sets target limited-signature applications such as software and firmware signing that require faster verification and smaller post-quantum signatures.NISTUnited States2026StandardT1
Post-Quantum Cryptography: Additional Digital Signature SchemesNIST CSRC project page for the supplementary post-quantum digital signature standardisation track, running in parallel to the main PQC process and now in its third round. It hosts the round-3 candidate list, evaluation criteria and status reports for schemes intended to diversify the signature portfolio beyond the lattice- and hash-based FIPS 204 and FIPS 205 standards.NISTUnited StatesAnnouncementT1
Nine Candidates Advance to the Third Round of the Additional Digital Signatures for the PQC Standardization ProcessNIST announcement of 14 May 2026 that nine algorithms have advanced to the third round of the additional post-quantum digital signature standardisation process, accompanying the release of NIST IR 8610. The additional signatures track seeks schemes with different mathematical foundations from the already-standardised ML-DSA and SLH-DSA.NISTUnited States2026AnnouncementT1
NIST IR 8610: Status Report on the Second Round of the Additional Digital Signature Schemes for the NIST Post-Quantum Cryptography Standardization ProcessNIST internal report released 14 May 2026 describing the evaluation criteria and selection process for the second round of the additional post-quantum digital signature standardisation track. It announces nine candidates advancing to a third round expected to last about two years - FAEST, HAWK, MAYO, MQOM, QR-UOV, SDitH, SNOVA, SQIsign and UOV - intended to augment FIPS 204, FIPS 205, FIPS 186-5 and SP 800-208.NISTUnited States2026ReportT1
PIV Standards and Guidelines - PQC Drafts (SP 800-73 Parts 1 and 2, SP 800-78, PQC Overview)NIST working-draft repository hosting the post-quantum updates to the PIV standards: a PQC Overview gap analysis plus draft SP 800-73 Part 1 (namespace, data model and representation), SP 800-73 Part 2 (card command interface) and SP 800-78 (cryptographic algorithms and key sizes). The drafts specify the use of ML-DSA and ML-KEM in the PIV environment, covering cryptographic identifiers, key formats, command behaviour and authentication mechanisms.NISTUnited StatesStandardT1
Working Drafts: Post-Quantum Cryptography Updates to the PIV StandardsNIST news item of 12 June 2026 announcing initial working drafts of proposed updates to the Personal Identity Verification (PIV) standards to support post-quantum cryptography. The drafts identify the changes expected to be needed to use ML-DSA and ML-KEM with PIV credentials and are open for comment on a rolling basis.NISTUnited States2026AnnouncementT1
Memorandum: Preparing for Migration to Post Quantum CryptographyDepartment of War CIO memorandum (dated 18 November) to senior Pentagon leadership, combatant commands and defence agencies requiring identification of PQC migration points of contact and a full cryptographic inventory across DoW information systems, including national security systems, weapons systems, cloud, mobile, IoT and operational technology. It prohibits procurement of non-CNSA 2.0 asymmetric PQC algorithms for key establishment after 31 December 2030 and requires phase-out of certain symmetric key distribution protocols by 31 December 2030 (31 December 2031 for solutions registered with NSA CSfC).DoW CIO (Department of War)United StatesGuidanceT1
Securing Global Dominance: DoW Unleashes Quantum Defense Strategy to Harden Networks and Empower the Joint ForceDepartment of War press release of June 2026 announcing publication of the DoW Post Quantum Cryptography Strategy. It summarises the department's plan to inventory vulnerable cryptography, field quantum-resistant cryptography on high-impact systems by 2030 and force-wide by 2031, and to use defence acquisition to accelerate the commercial PQC market.U.S. Department of WarUnited States2026AnnouncementT1
Department of War Post Quantum Cryptography StrategyDepartment of War PQC Strategy, cleared for open publication on 16 April 2026 and announced by DoW CIO Kirsten Davies in June 2026, framing cryptographically relevant quantum computing as an existential threat to US military dominance. It directs an enterprise-wide migration to quantum-resistant cryptography on high-impact systems by 2030 and across the force by 2031, covering cryptographic inventory and discovery, PQC technology acceleration and testing, and revision of acquisition policy to use DoW purchasing power to drive commercial PQC adoption.DoW CIO (Department of War)United States2026StrategyT1
Executive Order 14413: Ushering in the Next Frontier of Quantum InnovationExecutive order signed 22 June 2026 (companion to EO 14412) directing an update of the National Quantum Strategy, a national effort toward a scientifically useful quantum computer, quantum workforce development and domestic quantum supply chains. Section 4(f) directs the Director of National Intelligence and the Secretary of War to assess the national security implications of increasingly powerful commercial quantum computers, expressly including the implications for the migration to post-quantum cryptography.The White HouseUnited States2026RegulationT1
OMB Memorandum M-26-15: Execution of the Migration to Post-Quantum CryptographyBinding OMB memorandum signed by Director Russell T. Vought on 24 June 2026 implementing Executive Order 14412 and fulfilling OMB's duty under the Quantum Computing Cybersecurity Preparedness Act to direct agencies to prioritise critical IT for PQC migration and produce migration plans. It requires each agency to designate a PQC migration lead, sets a phased migration (Phase 1 strategy, planning and discovery over 2026-2027) and transition deadlines of 31 December 2030 and 31 December 2031 depending on use case; it does not apply to national security systems.OMBUnited States2026RegulationT1
NIST CSWP 39upd1: Considerations for Achieving Crypto Agility - Strategies and PracticesUpdated NIST cybersecurity white paper (update 1 issued 29 June 2026, superseding the December 2025 CSWP 39, which was formally withdrawn) surveying approaches to cryptographic agility. It frames crypto agility as a necessity rather than an option because the post-quantum cryptography transition has exposed the difficulty of swapping algorithms, and covers modularity, policy/mechanism separation and hybrid PQ/traditional mechanisms.NISTUnited States2026GuidanceT1
2026 Post-Quantum Cryptography Summit (In Person, 16 September 2026)GSA-hosted federal Post-Quantum Cryptography Summit scheduled for 16 September 2026 in Washington DC, convening federal leaders, industry partners and subject-matter experts on PQC migration. The agenda covers federal migration strategy and marketplace dynamics, hands-on implementation guidance, and global threat analysis to accelerate agency quantum readiness.GSAUnited States2026AnnouncementT1
GSA Leads the Transition to Quantum-Resistant TechnologyGSA Office of Government-wide Policy post of 24 August 2026 setting out GSA's assigned responsibilities under OMB Memorandum M-26-15 for the government-wide PQC migration. It describes updating the Federal Identity, Credential and Access Management (FICAM) architecture for quantum-resistant algorithms, an interagency FICAM modernisation working group convened on 12 August 2026 with 40 participants from 17 agencies, and expansion of the FIPS 201 Evaluation Program PACS lab to test quantum-resistant solutions.GSAUnited States2026AnnouncementT1
National Security Science and Technology Strategy (August 2026)White House OSTP strategy of August 2026 setting national-security science and technology priorities in support of the 2025 National Security Strategy, organised around four pillars and fourteen critical and emerging technology areas. It names post-quantum cryptography explicitly as a priority subfield under cyber and information technology, alongside a call to modernise cryptography and cyber infrastructure for resilience.OSTP / The White HouseUnited States2026StrategyT1
Treasury Announces the Quantum-Readiness Task ForceTreasury press release of 24 August 2026 launching a public-private Financial Sector Quantum-Readiness Task Force to help the financial sector adopt post-quantum cryptography in an operationally resilient way. It runs three workstreams — sector alignment and PQC transition, third-party and vendor readiness, and digital assets and emerging technology risk — building on the G7 Cyber Expert Group PQC roadmap.U.S. Department of the TreasuryUnited States2026AnnouncementT1
Preparing for the Post-Quantum Era: A Call to ActionJoint CISA and G7 Cyber Security Working Group call to action published 3 September 2026, urging organisations and governments to begin transitioning to post-quantum cryptography. It sets out five priorities: raising awareness of quantum risk, developing national PQC strategies, advancing quantum-safe R&D, fostering public-private partnerships, and integrating PQC into cybersecurity requirements and procurement.CISAUnited States2026GuidanceT1
Disrupción de la computación cuántica en el sistema financiero y de pagosBanco Central del Uruguay analytical/literature-review document for central banks and financial-system regulators on the disruption of quantum computing to the financial and payments system. It explicitly addresses post-quantum cryptography, referencing NIST's PQC standardisation and the transition to quantum-resistant algorithms (including hybrid post-quantum cryptographic protocols tested between central banks).BCUUruguayReportT1
Türkiye Kuantum Platformu (Turkey Quantum Platform)National quantum-technologies coordination platform run by the Turkish Presidency of Defence Industries (SSB), explicitly framing quantum communication as encompassing complementary layers 'QKD ve post-kuantum kriptografi' and referencing the updated Quantum Technology Roadmap and the 'Kuantum OTAĞ Sonuç Raporu' (2024-2025). Domestic government issuer with an explicit post-quantum cryptography reference.SSB (Cumhurbaşkanlığı Savunma Sanayii Başkanlığı)TürkiyeAnnouncementT1
New Zealand's Cyber Security Strategy 2026-2030New Zealand's national cyber security strategy (DPMC, February 2026) warns that within the strategy's timeframe quantum computing has the potential to render current encryption methods obsolete, and commits the GCSB to refresh its Cryptographic Products Management Infrastructure to ensure government ICT is prepared for the emerging needs of a post-quantum world. This is the first NZ national-strategy-level acknowledgement of the post-quantum transition.DPMCNew Zealand2026StrategyT1
Intelligence Report – Quantum Computers and Their Impact on Information SecurityIsrael Ministry of Communications (Engineering Administration, Sectoral Cyber Unit) intelligence report dated 1 July 2025 analysing how quantum computers can break common encryption algorithms and the resulting risk to information security, framing the need for quantum-resistant cryptographic measures.Ministry of Communications (Israel), Sectoral Cyber UnitIsrael2025ReportT1
Preparedness for Dealing with Encryption in the Quantum Computing Era (National Digital Agency guidelines)Israel National Digital Agency policy guidance directing government ministries and public bodies to prepare for the post-quantum era, explicitly naming Post Quantum Cryptography (PQC), warning that quantum computers will break encryption such as RSA, and requiring infrastructure mapping, data-exposure assessment, and a move toward quantum-resistant encryption.National Digital Agency (Israel)IsraelGuidanceT1
PQC Readiness Survey Report 2026National Cybersecurity Competence Center (NC3) survey report, produced with LuxQuantum, assessing post-quantum cryptography maturity across 25+ Luxembourg organisations; it finds high PQC awareness (92%) but weak action (only 16% have run pilots, 11% have identified vulnerable systems) ahead of the EU's 2030 PQC deadline, and sets out five action imperatives including cryptographic inventory and crypto-agility.NC3 (Luxembourg House of Cybersecurity)Luxembourg2026ReportT1
L'ILNAS a participé à la 4ième conférence NISDUC à LuxembourgLuxembourg digital-trust portal (ILNAS) news item reporting Dr Michele Feltz's presentation at the 4th NISDUC conference (6-7 May 2025), which set out the quantum threat to public-key cryptography ('record now, decrypt later'), the NIST PQC standardisation process, and concrete recommendations for migrating to post-quantum cryptography.ILNAS / portail-qualiteLuxembourg2025AnnouncementT1
Q-PrEP 2026: Quantum Readiness in Practice — first cybersecurity workshop for the quantum era at DemokritosAnnouncement by the Greek National Cybersecurity Authority (EAK), with the Demokritos quantum institute, of the first national quantum-era cybersecurity workshop (3-5 Feb 2026), explicitly centred on the transition to Post-Quantum Cryptography (PQC) and Quantum Key Distribution (QKD) infrastructures.National Cybersecurity Authority (EAK)Greece2026AnnouncementT1
Εθνική Στρατηγική Κυβερνοασφάλειας 2026–2030 (National Cybersecurity Strategy 2026-2030)Greece's new five-year National Cybersecurity Strategy (protocol 2563/16.12.2025), issued by the Ministry of Digital Governance / National Cybersecurity Authority, which explicitly frames the transition to post-quantum cryptography (μετα-κβαντική κρυπτογραφία) as a matter of strategic importance for EU member states including Greece. It is the successor to the National Cyber Security Strategy 2020-2025.Ministry of Digital Governance / National Cybersecurity Authority (EAK)Greece2025StrategyT1
Ohje kvanttiturvalliseen salaukseen siirtymisestä julkaistu, infotilaisuus asiantuntijoilleNCSC-FI news item (4 March 2026) announcing publication of its guidance on migrating to quantum-safe encryption and an expert info session, urging organisations to protect long-confidentiality data such as personal, health and classified information against the quantum threat.Traficom / Kyberturvallisuuskeskus (NCSC-FI)Finland2026AnnouncementT1
Kvanttiturvallinen salaus ja PQC-siirtymä (organisaatioiden ohjesivusto)Official Traficom/NCSC-FI guidance hub for organisations on the quantum threat to current encryption and on planning the migration to quantum-safe cryptography (PQC), covering crypto-inventory, risk assessment, crypto-agility and a step-by-step transition plan. Launched alongside the March 2026 guidance release.Traficom / Kyberturvallisuuskeskus (NCSC-FI)Finland2026GuidanceT1
Suomen kansallisen kryptotyöryhmän linjaukset kansallisiin PQC-salaustuotearviointeihin 1.1.2026 alkaenFinland's national cryptography working group sets binding requirements that, from 1 January 2026, cryptographic products entering national evaluation must use quantum-safe key-establishment (PQC KEM) and quantum-safe signature algorithms (or document how quantum risk is addressed), with hybrid PQC-plus-classical strongly recommended. Published 3 October 2025.Traficom / Kyberturvallisuuskeskus (NCSC-FI), Suomen kansallinen kryptotyöryhmäFinland2025RegulationT1
România intră în era securității cuantice (launch of RExQTCS center of excellence)Romanian National Authority for Research announcement (27 April 2026) of the launch of RExQTCS, the Romanian Centre of Excellence in Quantum Technologies for Enhancing Cybersecurity (coordinated by Politehnica University of Bucharest, ~86 million lei funding), explicitly linking frontier research in classical and post-quantum ('post-cuantică') cryptography to communications security.Autoritatea Națională pentru Cercetare (MCID)Romania2026AnnouncementT4
MYNIC'S Preparing For Tomorrow's Threat: The Impact Of Quantum Computing On Internet SecurityMinistry of Digital speech/announcement (21 April 2026) for a MYNIC programme on quantum computing's impact on internet security, stating that quantum computing can break existing cryptographic codes and that the transition to post-quantum cryptography (PQC) has become an urgent necessity, including replacing at-risk DNSSEC protocols. Delivered with NACSA and MYNIC participation.Ministry of DigitalMalaysia2026AnnouncementT1
2024. évi LXIX. törvény Magyarország kiberbiztonságáról (Act LXIX of 2024 on Hungary's Cybersecurity)Hungary's national cybersecurity act (in force 1 January 2025, transposing NIS2) which contains a dedicated Chapter V on post-quantum encryption (A POSZT-KVANTUMTITKOSÍTÁS, sections 51-56) imposing binding obligations on designated organisations to deploy post-quantum cryptography against quantum-computer attacks, establishing certification of PQC providers, and assigning supervisory powers to the Regulated Activities Supervisory Authority (SZTFH). Verified directly from the official kormany.hu PDF text.Országgyűlés / Kormány (Hungarian Parliament / Government)Hungary2024RegulationT1
Notice on soliciting suggestions for the Second Batch of National Cryptography Science Fund project guidelinesOSCCA (State Cryptography Administration) notice inviting nationwide suggestions for the second batch of National Cryptography Science Fund project guidelines, explicitly listing 'cryptographic algorithm design and analysis targeting quantum computing' (面向量子计算的密码算法设计与分析) among the priority foundational research directions. This is the upstream solicitation that preceded the published 2nd-batch guidelines (Announcement No. 55).OSCCAChina2025AnnouncementT1
Seminar with Prof. Kris Gaj: Post-Quantum Digital Signature Standards and Hardware ImplementationsEnglish-language announcement by Poland's National Institute of Telecommunications (IŁ-PIB) of a 27 June 2025 seminar with Prof. Kris Gaj on post-quantum cryptographic digital-signature schemes (ML-DSA, SLH-DSA) and their hardware implementations. This is the English counterpart of the Polish seminar page already in the corpus, at a distinct URL.Instytut Łączności – PIB (National Institute of Telecommunications)Poland2025AnnouncementT4
Perspektywy na lata 2026-2030 (Instytut Łączności)Strategic research-direction outlook for 2026-2030 from Poland's National Institute of Telecommunications (IŁ-PIB), which explicitly plans 'ocena bezpieczeństwa rozwiązań z zakresu kryptografii postkwantowej' (security assessment of post-quantum cryptography solutions) alongside e-identity/EUDI Wallet conformance work. Confirms a forward research commitment to PQC evaluation at a state research institute.Instytut Łączności – PIB (National Institute of Telecommunications)PolandRoadmapT4
Polska w erze kwantowej, czyli założenia polityki rozwoju technologii kwantowychPoland's Ministry of Digital Affairs published the foundational assumptions for a national quantum-technology development policy on 29 August 2025 (public consultation to 30 September 2025), structured across five pillars and three phases to 2035 and explicitly naming post-quantum security (bezpieczeństwo postkwantowe) and post-quantum cryptography among its priorities. First comprehensive national-level policy framing of Poland's quantum-safe posture.Ministerstwo Cyfryzacji (Ministry of Digital Affairs)Poland2025StrategyT1
Kvantové technologie a komunikace (Quantum Technologies and Communications) – study for the Ministry of Industry and TradeStudy (June 2025) prepared for the Czech Ministry of Industry and Trade under the National Recovery Plan, surveying quantum technologies and communications and containing a dedicated section (3.2) on post-quantum cryptography (PQC) / quantum-safe cryptography (QSC), its advantages and the migration challenge.MPO (Ministerstvo průmyslu a obchodu)Czechia2025ReportT1
EU Member States warn of the quantum threat and call for the transition to post-quantum cryptographyNÚKIB news item stating that it has joined the joint statement 'Securing Tomorrow, Today: Transitioning to Post-Quantum Cryptography' of 18 EU member states, agreeing with its conclusions and endorsing preparatory steps such as quantum-threat impact analysis and a risk-oriented PQC migration roadmap.NÚKIBCzechiaAnnouncementT1
NÚKIB prepared support materials for protection against the threat posed by quantum computersNÚKIB news item introducing three support materials explaining the quantum-computer threat to current cryptography and the steps required to defend against it, including the Minimum Requirements document that supports the transition to quantum-resistant (post-quantum) cryptography.NÚKIBCzechiaAnnouncementT1
NÚKIB has updated the Minimum Requirements for Cryptographic AlgorithmsNÚKIB recommendation notice (February 2025) announcing the updated Minimum Requirements for Cryptographic Algorithms, including the addition of post-quantum algorithm names and parameters based on the final NIST PQC standards issued in August 2024 and support for preparing the transition to quantum-resistant cryptography.NÚKIBCzechia2025GuidanceT1
Minimum Requirements for Cryptographic Algorithms (v4.1)Latest edition (v4.1, dated 4 March 2026) of NÚKIB's official 'Minimum Requirements for Cryptographic Algorithms', which updates recommended algorithms in line with NIST's finalised post-quantum cryptography standards and supports preparation for the transition to quantum-resistant cryptography.NÚKIBCzechia2026StandardT1
New European project QARC will ensure quantum-resistant data securityNÚKIB news item (20 February 2026) announcing the Horizon Europe / ECCC-funded QARC ('Quantum-Resistant Cryptography in Practice') project, coordinated by Brno University of Technology, in which NÚKIB is a partner responsible for cryptographic expertise and coordinating the national transition to post-quantum cryptography, including developing and validating PQC implementation methodologies for critical state systems.NÚKIBCzechia2026AnnouncementT2
Artėja kvantinių kompiuterių era: kaip verslas turi apsaugoti savo duomenis nuo naujos kartos kibernetinių grėsmių (The quantum computing era is approaching: how business must protect its data)Ministry of National Defence article explaining post-quantum cryptography for organisations, describing the national PQC transition plan coordinated by the Ministry and the National PQC Coordination Working Group, with milestone dates (2027 inventory, 2031, 2036) and hybrid-cryptography recommendations.KAM (Ministry of National Defence)LithuaniaGuidanceT1
Nacionalinė kibernetinio saugumo būklės ataskaita 2025 (National Cybersecurity Status Report 2025)Annual national cybersecurity status report that explicitly addresses the quantum threat to public-key cryptography and the coordinated transition to post-quantum cryptography, including the NIS Cooperation Group PQC working group roadmap and Lithuania's national PQC coordination effort.NKSC / KAMLithuania2025ReportT1
Ilgalaikiam saugumui – postkvantinė kriptografija: Vyriausybė patvirtino kryptįNKSC (lrv.lt government portal) news item announcing the Government-approved national post-quantum cryptography transition direction and the staged migration milestones for cybersecurity entities.NKSCLithuaniaAnnouncementT1
Postkvantinė kriptografija (Post-quantum cryptography)Official Ministry of National Defence post-quantum cryptography hub page describing PQC, the national transition plan and timeline, and pointing to the transition guidelines and cryptography inventory methodology prepared for organisations.KAM (Ministry of National Defence)LithuaniaGuidanceT1
Ilgalaikiam saugumui – postkvantinė kriptografija: Vyriausybė patvirtino kryptį (For long-term security – post-quantum cryptography: Government approves the direction)Ministry of National Defence announcement that the Lithuanian Government approved a national plan/direction for transitioning to post-quantum cryptography, setting staged deadlines (cryptography inventory by 1 May 2027, post-quantum/hybrid in high-risk systems by 1 January 2031, PQC-only from 2036).KAM (Ministry of National Defence)LithuaniaStrategyT1
Ny temaartikel: Overgangen til kvantesikker kryptografiCentre for Cyber Security (CFCS) news item launching its theme article on the transition to quantum-safe cryptography, explaining the quantum threat and proposed steps to migrate to post-quantum cryptography. Separate news URL from the theme page already stored.CFCSDenmark2023AnnouncementT1
Nyt sekretariat i CFCS skal hjælpe organisationer med at overgå til kvantesikker kryptografiCentre for Cyber Security (CFCS) news announcing a new secretariat (under the national quantum technology strategy) to help authorities and companies in Denmark's critical digital infrastructure transition to quantum-safe cryptography. Distinct from the CFCS theme page already in the corpus.CFCSDenmark2024AnnouncementT1
Ensuring national cybersecurity in the era of AI and quantum: challenges and proposed solutions for VietnamPolicy article in the Government Cipher Committee's journal analysing the quantum threat (including 'collect now, decrypt later') to Vietnamese critical infrastructure and proposing a rapid national migration to post-quantum cryptography, noting the Committee has been tasked with building Vietnam's quantum-resistant cryptography development plan for 2026-2030.Ban Cơ yếu Chính phủ (Government Cipher Committee)VietnamReportT1
New advance in post-quantum encryptionArticle in the Government Cipher Committee's information-security journal reporting the 9 Feb 2026 launch of the VN-PQSign post-quantum digital signature algorithm and the Advanced Cryptography Research Lab, and setting out the 2026 plan to standardise VN-PQSign as a Vietnamese national standard (TCVN) and develop lattice-based PQC signature and KEM algorithms toward standardisation.Ban Cơ yếu Chính phủ (Government Cipher Committee)Vietnam2026ReportT1
Kvantsäkra krypton – ett begrepp att lära sigFRA news article (29 April 2026) in which mathematician Alexander Engström explains why organisations must move to quantum-safe (post-quantum) cryptography, highlighting the harvest-now-decrypt-later threat and stating that Swedish authorities will lead the transition over the next five years.FRASweden2026AnnouncementT1
Rekommendationer för övergången till kvantsäker kryptografi (Tidpunkter)NCSC Sweden publication setting out the recommended timepoints (Tidpunkter) for the transition to quantum-safe cryptography, with end-2035 as the general deadline and end-2030 for information needing protection for ten years or more, and naming NIST FIPS 203/204/205 as the standardised algorithms. Distinct file from the main national recommendations PDF already in the corpus.NCSC SwedenSweden2026RoadmapT1
Technical Guidelines on SBOM, QBOM & CBOM, AIBOM and HBOM (Version 2.0)CERT-In technical guidelines (Version 2.0, dated 09.07.2025) covering Software, Quantum, Cryptographic, AI and Hardware Bills of Materials, including a Quantum Bill of Materials (QBOM) and Cryptographic BOM (CBOM) with a dedicated 'Quantum-Readiness and Migration Strategy' section to support organisational transition to post-quantum cryptography.CERT-InIndia2025GuidanceT1
Technical Report on Quantum Secure 5G / beyond 5G Core using Post-Quantum Cryptography (TEC 910028:2025)Telecommunication Engineering Centre technical report (TEC 910028:2025, dated 28 March 2025) on securing 5G and beyond-5G core network interfaces, recommending migration of classical cryptography in 5G core subsystems to NIST post-quantum cryptography algorithms (and/or quantum key distribution).TECIndia2025StandardT1
Roadmap for Transforming India into a Leading Quantum-Powered EconomyNITI Aayog national strategic roadmap (with IBM as knowledge partner) setting India's 2035/2047 quantum vision, which explicitly calls for a Post-Quantum Cryptography (PQC) transition plan, mandatory quantum-safe encryption planning in government systems, national PQC testbeds, and building domestic post-quantum cryptographic stacks. Published November 2025.NITI AayogIndia2025StrategyT1
New EU cybersecurity funding opportunities: Digital Europe Programme and Horizon Europe calls now openCentre for Cybersecurity Belgium (acting as the national coordination centre NCC-BE) notice on open EU cybersecurity funding calls, explicitly listing post-quantum cryptography topics including the transition to post-quantum Public Key Infrastructures and three PQC focus areas (security implementations, protocol integration, security evaluations). Published 13.06.2025 (updated 28.08.2025).CCBBelgium2025AnnouncementT1
The Italian Industrial Ecosystem of Quantum TechnologiesOfficial report by the Italian Ministry of Enterprises and Made in Italy (MIMIT/MISE) mapping Italy's industrial ecosystem for quantum technologies, which explicitly addresses post-quantum cryptography among quantum-security matters for enterprises and critical digital infrastructure.MIMIT (MISE)ItalyReportT1
A Practical Implementation of a Quantum-Safe PKI in a Payment Systems EnvironmentBank of Italy notice presenting a practical implementation of a quantum-safe public key infrastructure (PKI) in a payment systems environment, applying post-quantum cryptography to payment infrastructure security.Banca d'ItaliaItalyReportT2
Parliamentary Inquiry on Quantum Technologies in Defence and Security: Stenographic Record (3 December 2025)Stenographic record of a Chamber of Deputies Defence Committee inquiry hearing on quantum technologies for defence and security (3 December 2025) that explicitly discusses post-quantum cryptography, noting that only five of the original 48 candidate PQC algorithms have survived.Camera dei DeputatiItaly2025ReportT1
Strategia Italiana per le Tecnologie Quantistiche (Strategy Document)The official PDF of Italy's national Strategy for Quantum Technologies, which sets the protection of national security through migration to post-quantum cryptography as a strategic objective and frames quantum-resistant data protection as a priority.Dipartimento per la Trasformazione DigitaleItaly2025StrategyT1
Italian Strategy for Quantum Technologies Presented to the Council of MinistersAnnouncement (31 July 2025) by the Italian Department for Digital Transformation presenting the national Strategy for Quantum Technologies, whose objectives explicitly include safeguarding national security through migration to post-quantum cryptography, in line with EU recommendations and with ACN support.Dipartimento per la Trasformazione DigitaleItaly2025StrategyT1
Transitioning to Post-Quantum Cryptography (Joint Statement, Italian version)Italian-language version of the joint statement on transitioning to post-quantum cryptography, signed by ACN together with partner cyber agencies, hosted as a PDF on the ACN portal.ACNItalyGuidanceT1
Cryptography: ACN Updates the Guidelines (English)English-language ACN announcement that its cryptographic functions guidelines have been updated to evaluate quantum-resistant solutions, with post-quantum alternatives included for digital signature schemes and aligned to the NIST PQC standards published in August 2024.ACNItaly2026GuidanceT1
Updated Guidelines on Cryptographic Functions (Post-Quantum Alternatives Included)ACN announcement (11 June 2026) on the update of its cryptographic functions guidelines, adding new documents on stream ciphers and digital signatures and noting that post-quantum alternatives have already been included for quantum-vulnerable signature schemes, alongside the post-quantum solutions added to the TLS guidelines.ACNItaly2026GuidanceT1
Boletín Oficial de las Cortes Generales BOCG-15-CG-A-223 (texto íntegro PDF)Canonical PDF of the Cortes Generales parliamentary bulletin (BOCG, serie A, no. 223) addressing the transition to post-quantum cryptography, including the need for a complete inventory of cryptographic systems, protocols and algorithms. This is the direct document for the bulletin the corpus currently references only via a portal language-redirect link.Cortes Generales (Congreso de los Diputados)SpainReportT1
Recomendaciones para una transición postcuántica segura de CCN-PYTEC (noticia/novedades)CCN-CERT novedades page announcing the CCN-PYTEC recommendations for a secure post-quantum transition (CCN-TEC 009), explaining the need to migrate towards quantum-resistant cryptographic systems. Official national cryptologic authority announcement.CCN-CERT (Centro Criptológico Nacional)SpainAnnouncementT1
CCN-TEC 009 - Recomendaciones para una transición postcuántica seguraCentro Criptológico Nacional (CCN-PYTEC) technical bulletin setting out recommendations for a safe transition to post-quantum cryptography, advising early adoption of hybrid solutions (e.g. for TLS and IKEv2) and covering hybridisation modes, KEMs and hash-based signatures. National cryptologic authority on the trusted-domains list.CCN / CCN-PYTEC (Centro Criptológico Nacional)SpainGuidanceT1
Nueva guía CCN-STIC 221 sobre mecanismos criptográficos autorizados por el CCN (noticia/novedades)CCN-CERT news item announcing the new CCN-STIC 221 guide on authorised cryptographic mechanisms, explicitly noting its post-quantum cryptography (criptografía postcuántica) content. Official national cryptologic authority announcement.CCN-CERT (Centro Criptológico Nacional)Spain2025AnnouncementT1
CCN-STIC 221 - Guía de mecanismos criptográficos autorizados por el CCN (noviembre 2025)Centro Criptológico Nacional security guide (November 2025 edition) enumerating the cryptographic mechanisms authorised by the CCN, including a dedicated post-quantum cryptography chapter covering lattice-based schemes such as ML-KEM and FrodoKEM. National cryptologic authority on the trusted-domains list.CCN (Centro Criptológico Nacional)Spain2025StandardT1
Cryptographic algorithms for UNCLASSIFIED, PROTECTED A, and PROTECTED B information (ITSP.40.111)Canadian Centre for Cyber Security standard (Version 5, effective 29 May 2026) listing approved cryptographic algorithms, now explicitly recommending the NIST-standardised post-quantum algorithms ML-KEM for key establishment and ML-DSA and SLH-DSA for digital signatures. It is the referenced algorithm baseline for the Government of Canada's PQC migration.CCCSCanada2026StandardT1
Recommended Contract Clauses for Cryptography (ITSM.00.501)Canadian Centre for Cyber Security guidance (September 2025) providing recommended procurement contract clauses for cryptographic products, explicitly requiring that cryptographic modules support appropriate post-quantum cryptography (per ITSP.40.111) for key establishment and digital signatures by the end of 2026. Emphasises cryptographic agility to ease the PQC migration.CCCSCanada2025GuidanceT1
CyberQ: Cyber Security in the Quantum Era conference shapes dialogue on industry challenges from Abu DhabiOfficial Abu Dhabi Media Office report (15 November 2024) on the CyberQ conference organised by the UAE Cyber Security Council and Technology Innovation Institute, stating that post-quantum cryptography is the optimal solution for countering future quantum-computer threats and announcing strategic PQC partnerships (CSC, TII, QuantumGate). Surfaced now as it is not yet in the corpus.Abu Dhabi Media Office / UAE Cyber Security CouncilUnited Arab Emirates2024AnnouncementT1
UAE Cyber Security Council Partners with ATRC to Advance National Post-Quantum Security TransitionOfficial Abu Dhabi Media Office announcement (13 May 2026) that the UAE Cyber Security Council signed an agreement with the Advanced Technology Research Council (consolidated via VentureOne) to deploy and scale quantum-safe / post-quantum solutions supporting one of the world's first coordinated national post-quantum migration plans, drawing on TII cryptographic libraries, QuantumGate's Crypto Discovery Tool and entanglement-based QKD. This is the Abu Dhabi Media Office rendering of the partnership (distinct URL from the ATRC.gov.ae version already stored).Abu Dhabi Media Office / UAE Cyber Security CouncilUnited Arab Emirates2026AnnouncementT1
(Re-announcement) Construction of joint-certificate PKI infrastructure for the post-quantum cryptography transitionKISA procurement/tender notice (19 May 2026) for building joint-certificate PKI infrastructure to support the post-quantum cryptography transition, budget KRW 95 million, project running through 30 November 2026.KISASouth Korea2026AnnouncementT1
Preparing for the quantum threat: national core industries move to shift their cryptographyKISA press release (15 January 2026) announcing the expansion of the post-quantum cryptography pilot transition to critical sectors (transport, defence, finance, aerospace, telecom) and a 28 January 2026 briefing session, framing PQC as a next-generation cryptosystem secure against future quantum computers.KISASouth Korea2026AnnouncementT1
2026 Post-Quantum Cryptography Pilot Transition Project: Re-recruitment of Participating CompaniesKISA/MSIT re-recruitment notice (10 March 2026) for the 2026 PQC pilot transition project, covering telecom, finance, transport, defence and space, to migrate industrial public-key cryptosystems to post-quantum cryptography. Distinct from the original call (postSeq=3592) already in the corpus.KISASouth Korea2026AnnouncementT1
Risiko- og sårbarhetsanalyse (ROS) 2025The Norwegian Financial Supervisory Authority's 2025 risk and vulnerability analysis includes a quantum-technology threat assessment, warning of 'steal data today, decrypt later' and recommending that financial firms adopt new quantum-safe encryption algorithms, QRNG, QKD and quantum-safe hardware. First explicit QSC reference from a Norwegian financial regulator in the corpus.FinanstilsynetNorway2025ReportT1
NSMs kryptografiske anbefalinger (Security Conference 2025 session)NSM Security Conference 2025 programme session presenting NSM's cryptographic recommendations, including concrete algorithm advice and preparing for migration to quantum-resistant cryptography.NSMNorway2025AnnouncementT1
Kryptografiske utfordringer (Security Conference 2025 session)NSM Security Conference 2025 programme session (8 April 2025) on current cryptographic challenges and the challenges that quantum computers will bring, featuring a Norges Bank senior adviser.NSMNorway2025AnnouncementT1
NSM Temarapport: Kvanteresistent kryptografi (thematic report on quantum-resistant cryptography)NSM thematic report on quantum-resistant cryptography explaining how cryptanalytically relevant quantum computers threaten current public-key schemes and the need to prepare for quantum-resistant algorithms. Hosted on the official nsm.no domain; the document body carries an internal date of 2017-01-24.NSMNorway2017ReportT1
NSM Cryptographic Recommendations 2025 (guidance document, PDF)The 2025 edition (published March 2025) of NSM's English-language cryptographic recommendations, advising organisations to obtain a cryptographic inventory, adopt cryptographic agility, and create a plan to migrate to quantum-resistant cryptography as soon as possible. This is the dated 2025 PDF, distinct from the undated HTML landing page already in the corpus.NSMNorway2025GuidanceT1
Technology brief: Quantum computers and post-quantum cryptography (EN, 08.12.2025)English-language NCSC (BACS) technology brief on quantum computers and post-quantum cryptography dated 8 December 2025, explaining the threat to current cryptographic methods, the state of PQC progress and where further action is needed; this is the current edition and a distinct URL from the French and German versions already in the corpus.NCSC (BACS)Switzerland2025ReportT1
Increased research work on the electronic identity of the Swiss Confederation (quantum-secure e-ID)Announcement (6 March 2026) by armasuisse, in cooperation with the Federal Office of Justice and HEIG-VD, of a research programme that from 2026 will analyse the e-ID technology stack and develop a demonstrator for a quantum-secure e-ID architecture, with research funds for post-quantum cryptography allocated through to 2029.armasuisseSwitzerland2026AnnouncementT1
Post Quantum Cryptography - Migration der PKI des Bundes (DE)German-language BIT/FOITT web resource on the federal administration's migration to post-quantum cryptography, covering the threat quantum computers pose to RSA-based procedures and the planned changes to certificate algorithms and key lengths, with documentation updated in 2026.BIT (FOITT)Switzerland2026GuidanceT1
Post Quantum Cryptography - migration of the federal administration's PKI (EN)New BIT/FOITT web resource on the federal administration's migration to post-quantum cryptography, explaining that RSA-based PKI processes will become vulnerable to quantum computers and setting out certificate key-length and algorithm changes across certificate Classes A, B, C and E, with Q&A event recordings dated February and April 2026.BIT (FOITT)Switzerland2026GuidanceT1
Quantum computers are coming, and the Netherlands is readyEnglish-language Government.nl news item (17 July 2025) announcing that the Dutch central government has an operational quantum network and is deploying post-quantum cryptography alongside quantum key distribution to protect sensitive data, as demonstrated at a pre-NATO Summit event. (English mirror of the Dutch rijksoverheid.nl item at a distinct URL.)RijksoverheidNetherlands2025AnnouncementT1
Security guidelines for Transport Layer Security (TLS) version 2025-05NCSC-NL TLS security guidelines (version 2025-05, published 26 June 2025) that explicitly address hybrid quantum-safe key-exchange algorithms (X25519MLKEM768, SecP256r1MLKEM768, SecP384r1MLKEM1024 combining ECDHE with ML-KEM) and advise organisations, by quantum-risk profile, on when to implement quantum-safe cryptography in TLS.NCSC-NLNetherlands2025StandardT1
Information Security Manual: March 2026 changesASD change log for the March 2026 release of the Information Security Manual, documenting updates to cryptography guidance including the transition to ASD-approved post-quantum algorithms (ML-DSA, ML-KEM) and timelines for ceasing traditional asymmetric cryptography.ASDAustralia2026StandardT1
Read the latest publication in our Quantum technology primer series – Quantum ComputingASD/ACSC news item announcing the Quantum Computing publication in the Quantum Technology Primer series, noting that organisations will need to rely on post-quantum cryptography as cryptographically relevant quantum computers emerge.ACSCAustralia2026AnnouncementT1
New publication released – Quantum technology primer: OverviewASD/ACSC news item announcing release of the Quantum Technology Primer: Overview, highlighting adoption of post-quantum cryptography as a key preparation for quantum technologies.ACSCAustralia2026AnnouncementT1
Third release in our Quantum Technology Primer series: CommunicationsASD/ACSC news item announcing the third release in the Quantum Technology Primer series on quantum communications, reiterating the importance of planning for post-quantum cryptography.ACSCAustralia2026AnnouncementT1
Quantum technology primer: Communications (PDF)Downloadable PDF of the ASD/ACSC Quantum Technology Primer on quantum communications, noting the need to plan for post-quantum cryptography and the limits of quantum communications as a practical security solution.ACSCAustralia2026GuidanceT1
Quantum technology primer: CommunicationsCommunications entry in ASD/ACSC's Quantum Technology Primer series, advising organisations to prioritise strengthening their security posture and planning for post-quantum cryptography (PQC) and discussing harvest-now-decrypt-later risks.ACSCAustralia2026GuidanceT1
Quantum technology primer: OverviewOverview entry in ASD/ACSC's Quantum Technology Primer series, stating that adopting post-quantum cryptography (PQC) is a key example of preparation for quantum technologies because cryptographically relevant quantum computers will break current asymmetric cryptography.ACSCAustralia2026GuidanceT1
Public Consultation - Quantum-Safe Handbook and Quantum Readiness IndexCSA public consultation resource page (open 23 Oct to 31 Dec 2025) inviting feedback on the Quantum-Safe Handbook and Quantum Readiness Index, which guide Critical Information Infrastructure owners and agencies in transitioning cryptographic assets to quantum-safe solutions.CSASingapore2025GuidanceT1
Welcome Speech by SMS Tan Kiat How at CyberSG Innovation Day on 14 Nov 2025Ministerial speech by the Senior Minister of State at CyberSG Innovation Day, explicitly referencing the transition to quantum-safe cryptography and highlighting PQStation, an NTU-spinoff tool advancing quantum-safe cryptography in field trials with ten industry partners.CSASingapore2025AnnouncementT1
Quantum key distribution research reportIndependent research commissioned by the Department for Science, Innovation and Technology (DSIT), published 10 June 2026, examining quantum key distribution (QKD) and its cyber security implications. It states that the UK NCSC advises post-quantum cryptography (PQC) as the preferred approach to the quantum threat and that QKD should be considered only as an additional layer alongside PQC, not a standalone solution.DSITUnited Kingdom2026ReportT4
BSI erweitert kryptographische Empfehlungen mit Blick auf QuantencomputerBSI press release (10 March 2025) announcing an update to the TR-02102 technical guideline that extends the cryptographic recommendations to address the quantum-computer threat, recommending post-quantum algorithms (ML-KEM, ML-DSA, SLH-DSA, FrodoKEM, Classic McEliece, XMSS, LMS) and migration of high-security applications by 2030 in coordination with 17 European partners.BSIGermany2025AnnouncementT1
BSI empfiehlt Ende klassischer asymmetrischer VerschlüsselungsverfahrenBSI press release (11 February 2026) announcing that, in its annual update of the cryptographic recommendations (TR-02102), the BSI for the first time sets end-of-life dates for classical asymmetric encryption (no sole use after end-2031, end-2030 for highly sensitive applications; classical signatures by end-2035), to be replaced by hybrid post-quantum cryptography. BSI President Plattner states the transition to post-quantum cryptography is 'alternativlos' (without alternative).BSIGermany2026AnnouncementT1
Overview of the Cybersecurity Strategy (reported to the House of Representatives)Overview of Japan's Cybersecurity Strategy (23 December 2025) on the House of Representatives site, which lists migration of government agencies to post-quantum cryptography (PQC) among measures responding to advances in quantum technology.Cabinet Secretariat / National Cyber Unit (via House of Representatives)Japan2025StrategyT1
Report of the Study Group on PQC Response for Deposit-Taking Financial InstitutionsFSA study-group report of 26 November 2024 setting out recommendations, the necessity, and considerations for deposit-taking financial institutions migrating to post-quantum cryptography, urging immediate crypto-inventory work and aiming to make PQC algorithms usable by around the mid-2030s.FSA (Financial Services Agency)Japan2024ReportT1
Study Group on Post-Quantum Cryptography Response for Deposit-Taking Financial Institutions (index)Japan Financial Services Agency portal for its study group on the response of deposit-taking financial institutions to post-quantum cryptography (PQC), linking the report and three sessions of meeting materials held July-October 2024.FSA (Financial Services Agency)Japan2024AnnouncementT1
FY2025 First Cryptographic Technology Study Group Meeting, Material 1 (CRYPTREC MT-1011-2025)Agenda/secretariat material (25 March 2026) for the FY2025 first CRYPTREC study group meeting, covering establishment of the PQC List Review Task Force and FY2026 plans for a PQC guideline and research-trend survey.CRYPTRECJapan2026ReportT1
Cryptographic Technology Study Group FY2025 Report (CRYPTREC RP-1000-2025)CRYPTREC's FY2025 Cryptographic Technology Study Group report (March 2026) covering the addition of a post-quantum cryptography (PQC) list as Table 2 of the CRYPTREC cipher list and the PQC List Review Task Force.CRYPTRECJapan2026ReportT1
Survey of PQC Implementation and Deployment Status (NICT submission)NICT material dated 30 March 2026, submitted to the 5th meeting of the PQC liaison council steering committee, reporting on the implementation and deployment status of post-quantum cryptography including PQC key-exchange uptake in NICT's own traffic.NICT (submitted to PQC Liaison Council)Japan2026ReportT4
Status of Migration to Post-Quantum Cryptography (PQC) in Other CountriesMaterial 2 (31 July 2025) for the first PQC liaison council meeting surveying overseas PQC migration policies (US, EU, UK, Canada) and their roughly 2035 deadlines, as input to Japan's own posture.Cabinet Secretariat (National Cyber Unit)Japan2025ReportT1
Rules on Cryptography Use in Government Agencies and Overview of Post-Quantum Cryptography (PQC)Material 1 (31 July 2025) for the first meeting of the PQC inter-ministerial liaison council, explaining government cryptography-use rules and giving an overview of post-quantum cryptography (PQC).Cabinet Secretariat (National Cyber Unit)Japan2025ReportT1
Publication of the Interim Summary on Migration to Post-Quantum Cryptography (PQC) in Government AgenciesPress release of 20 November 2025 by the Cabinet Secretariat's National Cyber Unit announcing publication of the interim summary on the migration of government agencies to post-quantum cryptography (PQC).NISC / Cabinet Secretariat National Cyber UnitJapan2025AnnouncementT1
On the Migration to Post-Quantum Cryptography (PQC) in Government Agencies (Interim Summary)November 2025 interim summary of the PQC inter-ministerial liaison council setting Japan's target of completing government migration to post-quantum cryptography by around 2035, with a roadmap to be drawn up in FY2026 and noting Harvest-Now-Decrypt-Later risk for sensitive long-life data.Cabinet Secretariat (National Cyber Unit / PQC Inter-ministerial Liaison Council)Japan2025StrategyT1
Sécurité des paiements par carte bancaire face au développement de l'informatique quantique (question écrite n°03672)Senate written question (17th legislature, March 2025, answered June 2025) on quantum-computing threats to bank-card payments; the government answer sets out the transition to post-quantum cryptography, ANSSI's PQC roadmap and France's participation in the EU-coordinated PQC implementation.SénatFrance2025ReportT1
Avis de l'ANSSI sur la migration vers la cryptographie post-quantiqueFrench-language version of ANSSI's opinion/position on migration to post-quantum cryptography, published on ANSSI's official guides portal (counterpart to the English 'ANSSI views on the Post-Quantum Cryptography transition').ANSSIFranceAdvisoryT1
Analyse de risque chiffrement et cryptographieANSSI sectoral and technical risk analysis published 27 May 2026 stating that the arrival of a quantum computer is a considerable threat and urging organisations across all sectors to migrate urgently to post-quantum cryptography.ANSSIFrance2026ReportT1
Règles et recommandations concernant le choix et le dimensionnement des mécanismes cryptographiques (ANSSI-PG-083, v3.00)Version 3.00 of ANSSI's cryptographic mechanisms guide dated 2026-03-20, now adding post-quantum rules and recommendations that complement the classical rules when resistance to quantum-computer-assisted attacks is required, including post-quantum signatures and KEMs.ANSSIFrance2026GuidanceT1
Transition post-quantique de TLS 1.3 (fiche technique ANSSI)ANSSI technical sheet on the post-quantum transition of TLS 1.3, explaining the replacement of pre-quantum asymmetric mechanisms with post-quantum cryptography. Part of the February 2026 series of ANSSI transition fact sheets.ANSSIFrance2026GuidanceT1
Transition post-quantique de SSHv2 (fiche technique ANSSI)ANSSI technical sheet on the post-quantum transition of SSHv2, describing how to replace current asymmetric cryptographic mechanisms with post-quantum mechanisms. Part of the February 2026 series of ANSSI transition fact sheets.ANSSIFrance2026GuidanceT1
Transition post-quantique d'IPsec (ANSSI-FT-117)ANSSI technical sheet ANSSI-FT-117 dated 02/02/2026 setting out how to transition IPsec to post-quantum cryptography, replacing current asymmetric mechanisms with post-quantum mechanisms resistant to attacks by classical and quantum computers.ANSSIFrance2026GuidanceT1
Quantum Europe Strategy communication COM(2025) 363 finalEuropean Commission communication COM(2025) 363 final (Quantum Europe Strategy) stating that the EU and Member States are implementing the post-quantum cryptography Recommendation and have published a roadmap responding to quantum risks to communication security, alongside quantum-safe network deployment objectives; EUR-Lex HTML text distinct from the qt.eu PDF already in the corpus.European CommissionEuropean Union2025StrategyT1
EUCC Guidelines on Cryptography: Agreed Cryptographic Mechanisms (Version 2)ECCG/ENISA 'Agreed Cryptographic Mechanisms' v2 (adopted mid-2025) recommending cryptographic mechanisms for ICT products submitted to EUCC certification; explicitly introduces several asymmetric post-quantum mechanisms as agreed and provides key-combiner mechanisms for hybrid key establishment combining a post-quantum KEM with a classical KEM.ENISAEuropean Union2025GuidanceT1
Recommendation on a Coordinated Implementation Roadmap for the transition to Post-Quantum Cryptography (library page)European Commission (DG CONNECT) library page for the 11 April 2024 Recommendation on a Coordinated Implementation Roadmap for the transition to Post-Quantum Cryptography, encouraging Member States to develop a comprehensive PQC adoption strategy; distinct URL from the existing EUR-Lex and 'Coordinated Implementation Roadmap' corpus entries, with download links in all 24 EU languages.European CommissionEuropean Union2024AdvisoryT1
Frequently Asked Questions on Financial Sector Risks from Quantum ComputingU.S. Treasury FAQ document explaining quantum-computing cybersecurity risks to the financial sector, including 'harvest now, decrypt later', and pointing financial entities to the NIST post-quantum cryptography FIPS standards (FIPS 203/204/205) for migration.U.S. Department of the TreasuryUnited StatesGuidanceT1
CISA, NSA and NIST Publish New Resource for Migrating to Post-Quantum CryptographyJoint CISA, NSA and NIST news announcement of the Quantum-Readiness: Migration to Post-Quantum Cryptography factsheet, urging organisations to develop quantum-readiness roadmaps and begin planning migration.CISAUnited StatesAnnouncementT1
CISA Announces Post-Quantum Cryptography InitiativeCISA news announcement launching the Post-Quantum Cryptography Initiative to unify and drive efforts with interagency and industry partners to address the quantum threat to cryptography.CISAUnited StatesAnnouncementT1
CISA Releases Product Categories List to Propel Post-Quantum Cryptography Adoption Pursuant to President Trump's Executive Order 14306CISA news announcement (January 23, 2026) of an initial list of product categories for technologies that use post-quantum cryptography standards, published with NSA pursuant to Executive Order 14306 to help organisations shape PQC migration strategies.CISAUnited States2026AnnouncementT1
NIST Releases First 3 Finalized Post-Quantum Encryption StandardsNIST news announcement (August 13, 2024) of the first three finalised post-quantum encryption standards (FIPS 203, 204 and 205), concluding an eight-year standardisation effort.NISTUnited States2024AnnouncementT1
NIST Selects HQC as Fifth Algorithm for Post-Quantum EncryptionNIST news announcement (March 11, 2025) that HQC has been selected as a fifth algorithm for post-quantum encryption, to be standardised as a backup key-establishment mechanism alongside ML-KEM.NISTUnited States2025AnnouncementT1
NIST IR 8545: Status Report on the Fourth Round of the NIST Post-Quantum Cryptography Standardization ProcessFinal NIST internal report describing the evaluation and selection of fourth-round PQC key-establishment candidates (BIKE, Classic McEliece, HQC, SIKE) and announcing HQC as the only algorithm selected for standardisation to augment NIST's key-establishment portfolio.NISTUnited States2025ReportT1
FIPS 205: Stateless Hash-Based Digital Signature Standard (SLH-DSA)Finalised Federal Information Processing Standard (published August 13, 2024) specifying SLH-DSA, a quantum-resistant stateless hash-based digital signature scheme derived from the SPHINCS+ submission.NISTUnited States2024StandardT1
FIPS 204: Module-Lattice-Based Digital Signature Standard (ML-DSA)Finalised Federal Information Processing Standard (published August 13, 2024) specifying ML-DSA, a quantum-resistant digital signature algorithm derived from the CRYSTALS-Dilithium submission.NISTUnited States2024StandardT1
FIPS 203: Module-Lattice-Based Key-Encapsulation Mechanism Standard (ML-KEM)Finalised Federal Information Processing Standard (published August 13, 2024) specifying ML-KEM, a quantum-resistant key-encapsulation mechanism derived from CRYSTALS-KYBER and believed secure against adversaries possessing a quantum computer.NISTUnited States2024StandardT1
Fact Sheet: President Donald J. Trump Secures the Nation Against Advanced Cryptographic AttacksWhite House fact sheet accompanying the June 2026 executive order, summarising directives to lead an accelerated, nationwide migration to post-quantum cryptography and to deliver practical agency guidance on PQC migration including a cryptographic bill of materials.White HouseUnited States2026AnnouncementT1
Executive Order: Securing the Nation Against Advanced Cryptographic AttacksPresidential executive order (June 22, 2026) directing an accelerated nationwide migration to post-quantum cryptography, mandating that federal High Value Assets and high-impact systems transition to NIST-approved PQC standards (key establishment by end-2030, digital signatures by 2031) and tasking OMB, the National Cyber Director, NIST, NSA and CISA with implementation guidance.White HouseUnited States2026RegulationT1
Workshop introducing the Government Cipher Committee's VN-PQSign quantum-resistant digital signature algorithm and launch of the Advanced Cryptography Research LabOfficial Government Cipher Committee announcement (9 Feb 2026) of a workshop introducing the domestically developed VN-PQSign hash-based post-quantum digital signature algorithm and the presentation of its draft TCVN national standard, alongside the launch of a joint Advanced Cryptography Research Lab with the Institute for Advanced Study in Mathematics.Ban Cơ yếu Chính phủ (Government Cipher Committee)Vietnam2026AnnouncementT1
Odporúčania pre kryptografické algoritmy (Recommendations for cryptographic algorithms)National cryptographic-algorithm recommendations, in force from 8 October 2025, adopting the NIST post-quantum standards ML-KEM (FIPS 203), ML-DSA (FIPS 204) and SLH-DSA (FIPS 205) with hybrid quantum-resistant schemes during the transition; states its recommendations are in line with current NIST standards.NBÚ (Národný bezpečnostný úrad)Slovakia2025GuidanceT1
National Data Management Authority (NDMA) Achieves Top 20 Placement in CyberQ Hackathon: Demonstrating Leadership in Post-Quantum CryptographyGovernment of Guyana press item reporting that the National Data Management Authority's cybersecurity team placed in the top 20 (18th) at the UAE-hosted CyberQ: Security in the Quantum Era hackathon, which explicitly involved post-quantum cryptography, QKD, and quantum-safe migration strategies. It signals nascent domestic PQC capacity/skills rather than any Guyanese policy, guidance, or standard.DPI GuyanaGuyanaAnnouncementT4
Loi n° 195/AN/25/9ème L portant création de l'Autorité Nationale de CybersécuritéNational law establishing Djibouti's National Cybersecurity Authority (ANC). Its Article 3 explicitly lists 'la cryptographie post quantique' (post-quantum cryptography) among the strategic emerging technologies the authority is mandated to address for digital sovereignty and national security.République de Djibouti (Assemblée Nationale / Journal Officiel)Djibouti2025RegulationT1
CSB Organises Programme on Quantum Technologies and Post-Quantum SecurityCyber Security Brunei (the national cyber security agency) press release announcing the first Quantum Technology and Post-Quantum Cryptography (PQC) Workshop, co-hosted with Malaysia's NACSA and PTPKM, attended by national agencies, regulators and banks to assess Brunei Darussalam's readiness on post-quantum cryptography and align national effort towards PQC migration.CSBBruneiAnnouncementT1
Bahrain partners with SandboxAQ to build quantum-safe economyOfficial Bahrain News Agency announcement (December 2025) that the National Cyber Security Center (NCSC) of the Kingdom of Bahrain entered a strategic partnership with SandboxAQ to transition the national government toward a quantum-safe economy, deploying post-quantum / quantum-safe cybersecurity across roughly 60 ministry environments in anticipation of cryptographically relevant quantum computers and 'harvest-now, decrypt-later' risk.BNA (Bahrain News Agency)Bahrain2025AnnouncementT1
Expert Commission on Quantum Technologies delivers report with recommendations to strengthen the ecosystemOfficial page on the report of the Expert Commission on Quantum Technologies, convened by the Ministries of Interior and Science. The recommendations explicitly call to 'implementar de forma inmediata tecnologias de comunicacion Quantum-Safe' and to foster R&D in 'criptografia post-cuantica'. Dated 1 October 2024. The ciberseguridad.gob.cl URL 307-redirects to this ANCI page.ANCI / National Cybersecurity CoordinationChile2024ReportT1
National Quantum Technologies StrategyChile's national quantum technologies strategy, issued by the Ministry of Science, Technology, Knowledge and Innovation. It explicitly defines and prioritises post-quantum cryptography (PQC), directing the state to 'impulsar la investigación en criptografía post-cuántica (PQC)' and to develop quantum-safe communications for critical infrastructure.Ministry of Science (MinCiencia)ChileStrategyT1
Anatel and IME advance dialogue on national quantum communication infrastructure (Rede Quandanga)Anatel (national telecommunications regulator) note on the Rede Quandanga project with the Military Institute of Engineering (IME), an experimental quantum-communication network covering quantum cryptography and post-quantum cryptography for critical infrastructure.AnatelBrazilAnnouncementT1
Quantum computing requires strategic preparation to protect digital systemsArticle by SERPRO, the Brazilian federal data-processing service, stating it already performs evaluations and tests with post-quantum cryptography algorithms and urging government bodies to plan PQC migration for long-lived sensitive data.SERPROBrazil2026ReportT2
Panorama of the regulation of emerging technologies (GSI webinar)GSI webinar presentation surveying regulation of emerging technologies (AI, IoT, 5G/6G, cloud) including quantum computing and post-quantum cryptography and their information-security implications.GSIBrazilReportT1
OSIC 15/2024 - Information and Cybersecurity Guidance on emerging technologiesGSI Information and Cybersecurity Guidance (OSIC 15/2024) addressing emerging technologies; includes a section on quantum computing and post-quantum cryptography recommending that organisations plan PQC migration of critical systems in advance.GSIBrazil2024GuidanceT1
ABIN presents Intelligence Challenges for 2026 (transition to post-quantum cryptography)ABIN note (3 December 2025) listing the transition to post-quantum cryptography as one of five key intelligence challenges for 2026, citing the harvest-now-decrypt-later threat to current public-key cryptography.ABINBrazil2025ReportT1
ABIN launches cryptography with post-quantum algorithms for the electionsBrazilian Intelligence Agency (ABIN) announcement that its libharpia cryptographic library, composed of post-quantum algorithms and developed by the Cepesc centre, will be used to protect the electronic voting system.ABINBrazilAnnouncementT1
Secretary's visit to ITI aims at implementing quantum-resistant algorithms in the public key systemITI announcement (23 January 2024) describing a partnership with the Secretariat of Technological Development and Innovation to evaluate post-quantum algorithms and their impact on electronic signatures in ICP-Brasil.ITIBrazil2024AnnouncementT1
ITI announces advances in the GOV.BR electronic signature solution (post-quantum adaptation)ITI note (8 July 2025) reporting that adaptation of the digital certificate infrastructure to post-quantum cryptography algorithms is already under way alongside improvements to the GOV.BR advanced signature solution.ITIBrazil2025AnnouncementT1
Normative Instruction ITI No. 35/2026 - Standards and Cryptographic Algorithms of ICP-Brasil (PQC)Full text of ITI Normative Instruction 35/2026 (DOC-ICP-01.01) establishing post-quantum cryptographic algorithms, key sizes and signature suites applicable to Brazil's Public Key Infrastructure (ICP-Brasil).ITIBrazil2026RegulationT1
ITI publishes Normative Instruction incorporating post-quantum algorithms into ICP-BrasilITI announcement that Normative Instruction No. 35 (30 January 2026) adds post-quantum cryptography algorithms to ICP-Brasil services and to the advanced electronic signature on the GOV.BR platform.ITIBrazil2026AnnouncementT1
Standardization documents of TC26 (national cryptographic standards index)Index maintained by TC26 of Russian cryptographic standardization documents (national GOST R 34 standards, recommendations, technical specifications) developed by the committee. The body whose Working Group 2.5 is developing post-quantum signature and key-encapsulation standards to extend the GOST R 34 family; no adopted national PQC standard is published as of June 2026.TC26 (Rosstandart)RussiaStandardT1
Working Group 2.5 'Post-Quantum Cryptographic Mechanisms' (TC26 structure)Structure page of TC26, the Rosstandart Technical Committee for Standardization 'Cryptographic Information Protection', listing Working Group 2.5 'Постквантовые криптографические механизмы' (Post-Quantum Cryptographic Mechanisms) under Subcommittee No. 2. Documents the official national standards body's dedicated post-quantum cryptography standardization track, intended to complement the GOST R 34 series.TC26 (Rosstandart)RussiaAnnouncementT1
UkrCrypto2026: International Conference on Cryptographic Research (post-quantum and quantum cryptography section)Announcement page for UkrCrypto2026 (Kyiv, 23-25 September 2026), the international cryptographic-research conference organised by the State Scientific and Research Institute of Cybersecurity Technologies and Information Protection under Ukraine's State Service of Special Communications. Its thematic sections explicitly include 'Постквантова та квантова криптографія' (post-quantum and quantum cryptography).SSSCIP / DerzhNDI (State Scientific and Research Institute of Cybersecurity Technologies and Information Protection)Ukraine2026AnnouncementT1
Cybersecurity and Post-Quantum Cryptology (BTK programme)BTK (Information and Communication Technologies Authority) news item on a programme themed 'Cybersecurity and Post-Quantum Cryptology', opened by the Minister of Transport and Infrastructure and BTK officials, stressing the importance of spreading quantum-resistant cryptography algorithms and studies in Turkey.BTKTürkiyeAnnouncementT1
Advanced Communication Technologies (DIANA Challenge 26-02)NATO Defence Innovation Accelerator for the North Atlantic (DIANA) challenge document featuring communication systems with integrated post-quantum cryptography.NATO DIANANATOAnnouncementT1
NATO Exploring Quantum Technology for Future ChallengesNATO Allied Command Transformation article on quantum technology for defence, noting the need to secure digital infrastructure with quantum-resistant / post-quantum cryptography and an experiment using PQC for friend-or-foe identification of tactical drones.NATO ACTNATOReportT1
Quantum LeapNCI Agency newsroom feature on NATO quantum-safe work, including post-quantum cryptography and quantum key distribution to enhance network resilience.NCI AgencyNATOReportT2
NATO Cyber Security Centre experiments with secure network capable of withstanding attack by quantum computersNCI Agency / NATO Cyber Security Centre press release reporting successful testing of a hybrid post-quantum VPN combining post-quantum and traditional algorithms, with the solution proposed to the IETF for open standardisation.NCI Agency / NATO Cyber Security CentreNATOAnnouncementT2
Quantum Technologies and the Science for Peace and Security ProgrammeNATO Science for Peace and Security Programme document on quantum technology activities, including funded post-quantum cryptography and quantum key distribution projects.NATO SPSNATO2023ReportT1
NATO works on quantum cryptography with MaltaNATO news on a Science for Peace and Security (SPS) project with Malta to establish and implement post-quantum cryptographic solutions and protocols, alongside quantum key distribution over submarine optical fibre.NATO SPSNATOAnnouncementT1
Using quantum technologies to make communications secureNATO news article describing Alliance efforts on post-quantum cryptography and quantum key distribution to secure communications against the quantum threat.NATONATO2022AnnouncementT1
NATO releases first ever quantum strategyNATO news article announcing the Alliance's first quantum strategy, including the aim to upgrade and secure data communications using quantum-resistant cryptography.NATONATO2024AnnouncementT1
Summary of NATO's Quantum Technologies StrategyNATO official text summarising the Alliance's first Quantum Technologies Strategy. Sets the desired end-state of transitioning NATO cryptographic systems to quantum-safe cryptography and committing Allies and NATO bodies to develop and implement post-quantum cryptography and quantum key distribution.NATONATO2024StrategyT1
Dubai Electronic Security Center launches Post-Quantum Cryptography Guideline at GISEC Global 2025DESC announcement that it launched a Post-Quantum Cryptography Guideline at GISEC Global 2025 to prepare Dubai's digital infrastructure against emerging quantum-computing threats.DESCUnited Arab Emirates2025GuidanceT1
Abu Dhabi's Technology Innovation Institute unveils first post-quantum cryptography library in UAE (WAM)Official Emirates News Agency report on TII's Cryptography Research Centre launching the first post-quantum cryptography software library in the UAE.WAM (Emirates News Agency)United Arab EmiratesAnnouncementT4
Abu Dhabi's Technology Innovation Institute unveils first post-quantum cryptography library in UAEOfficial Abu Dhabi Media Office report that TII's Cryptography Research Centre launched the first post-quantum cryptography software library in the UAE, guarding against quantum-computer attacks and integrated into secure communication products.Abu Dhabi Media Office / TIIUnited Arab Emirates2021AnnouncementT4
Technology Innovation Institute contributes to post-quantum cryptographic standardisation via NIST digital signature schemesATRC/TII news that its Cryptography Research Centre contributed post-quantum digital signature schemes (MiRitH, PERK, RYDE) to NIST's call for additional PQC digital signatures, reflecting national research capacity in post-quantum standardisation.ATRC / TIIUnited Arab EmiratesAnnouncementT4
UAE Cybersecurity Council advances national readiness for future quantum threats with ATRC's QuantumGateATRC announcement that the UAE Cyber Security Council is advancing national readiness against future quantum threats using ATRC's QuantumGate platform to support migration to quantum-safe / post-quantum cryptography.ATRCUnited Arab EmiratesAnnouncementT1
UAE Cyber Security Council partners with ATRC to advance national post-quantum security transitionATRC announcement of a partnership with the UAE Cyber Security Council to advance the national transition to post-quantum security, including deployment of QuantumGate's Crypto Discovery Tool across critical national infrastructure.ATRCUnited Arab EmiratesAnnouncementT1
UAE Cyber Security Council partners with QuantumGate to launch national Crypto Discovery ToolOfficial Abu Dhabi Media Office announcement that the UAE Cyber Security Council partnered with QuantumGate on a national Crypto Discovery Tool, customised to UAE National Cryptography Center requirements, as part of the National Post-Quantum Migration Programme to direct migration to post-quantum cryptography.UAE Cyber Security CouncilUnited Arab EmiratesAnnouncementT1
UAE announces approval of National Encryption PolicyOfficial Emirates News Agency report on the UAE's approval of the National Encryption Policy and issuance of its executive regulation, calling on government entities to develop officially approved transition plans from traditional encryption to post-quantum cryptography.WAM (Emirates News Agency)United Arab EmiratesAnnouncementT1
National Encryption PolicyUAE Cyber Security Council policy mandating national encryption controls and requiring entities to protect information from future quantum-computing threats, including approved transition plans from traditional encryption to post-quantum cryptography. Underpinned by an issued executive regulation.UAE Cyber Security CouncilUnited Arab EmiratesRegulationT1
Securing Data in the Quantum Computing Era for the ICT SectorCommunications, Space & Technology Commission (CST) guidance for the ICT sector on the quantum threat and post-quantum cryptography. It advises organisations to define internal PQC capability needs, verify vendors' ability to shift to post-quantum cryptography, integrate PQC into transformation plans, monitor NIST/ETSI/ENISA guidance, and run PQC pilots to evaluate crypto-agility.CSTSaudi ArabiaGuidanceT1
NCA seeks public feedback on updates to the National Cryptographic Standards adding post-quantum computing algorithmsNCA announcement of a public consultation on updates to the National Cryptographic Standards. The stated updates add post-quantum computing algorithms (خوارزميات ما بعد الحوسبة الكمية), random number generators and quantum key distribution, and update cryptographic designs in line with international best practice.NCASaudi ArabiaAnnouncementT1
The National Cryptographic Standards (NCS) - overview pageNCA overview page for the National Cryptographic Standards (NCS-1:2020), stating that the standard's appendices cover topics of importance to cryptographic operations including Post-Quantum Cryptography, Pseudo Random Number Generation and Side-Channel Attacks.NCASaudi Arabia2020StandardT1
National Cryptographic Standards (NCS-1:2020) - ArabicArabic edition of the NCA National Cryptographic Standards (المعايير الوطنية للتشفير), setting minimum cryptographic requirements for national entities. The document includes a post-quantum cryptography appendix among cryptographic designs, protocols, PKI and key lifecycle management topics.NCASaudi Arabia2020StandardT1
National Cryptographic Standards (NCS-1:2020) - EnglishSaudi National Cybersecurity Authority cryptographic standard specifying minimum cryptographic requirements for national data, systems and networks for civilian and commercial use, defining MODERATE and ADVANCED levels. Includes a dedicated appendix on Post-Quantum Cryptography alongside accepted primitives, schemes, PKI and key lifecycle management.NCASaudi Arabia2020StandardT1
Banking system preparedness for the quantum computing era (Banking Supervision letter)Bank of Israel Banking Supervision Department supervisory letter (7 January 2025) directing banking corporations to prepare for the quantum computing era, including assessing infrastructure suitability for post-quantum encryption, mapping cryptographic inventory, and submitting an initial preparedness plan within a year.Bank of IsraelIsrael2025AdvisoryT1
Best Practices - Organizational Cyber Readiness to the Post-Quantum AgeIsrael National Cyber Directorate best-practices document setting out the threat from quantum-computing-based attacks and recommended courses of action for organizations to achieve cyber readiness for the post-quantum age, including migration to quantum-resistant cryptography.INCDIsraelGuidanceT1
Continuing in-depth research in the field of quantum cryptographyItem in the Government Cipher Committee's official journal on continued in-depth quantum cryptography research within the cipher/defence-security sector, including post-quantum-resistant cryptographic work.Ban Cơ yếu Chính phủ (Government Cipher Committee)VietnamAnnouncementT4
Development of hash-based quantum-resistant digital signature schemesTechnical article in the Government Cipher Committee's official journal on the development of hash-based quantum-resistant digital signature schemes, relevant to Vietnam's domestic VN-PQSign post-quantum signature work.Ban Cơ yếu Chính phủ (Government Cipher Committee)VietnamReportT4
Recommended Post-Quantum Cryptography Standards (QUANTA)NCSA QUANTA page recommending NIST PQC standards for Thai organisations: FIPS 203 (ML-KEM) for key encapsulation, FIPS 204 (ML-DSA) for digital signatures, and FIPS 205 (SLH-DSA) for long-term archival.NCSAThailandGuidanceT1
Post-Quantum Cryptography Migration Roadmap (QUANTA)NCSA phased PQC migration roadmap setting out discovery and risk assessment, PQC integration, and full system migration, targeting completion of the national transition to quantum-resistant cryptography by 2035.NCSAThailandRoadmapT1
QUANTA: National Post-Quantum Cryptography Readiness PlatformNCSA's national platform (QUANTA) to lead Thailand's transition to the quantum era, educating and preparing public and private organisations and providing tools and labs to support migration to Post-Quantum Cryptography standards.NCSAThailandAnnouncementT1
Post-Quantum CryptographyDocument hosted on Thailand's National Cyber Security Agency (NCSA / สกมช.) domain explaining post-quantum cryptography and the need for Thai organisations to prepare information systems for the arrival of quantum computers and adopt PQC standards.NCSAThailand2025GuidanceT1
Post-Quantum Cryptography ServicesCyberSecurity Malaysia's PQC service offering: expert consultations to plan and execute migration from classical to quantum-safe cryptography, plus awareness sessions and technical workshops to build organisational quantum-readiness.CyberSecurity MalaysiaMalaysiaGuidanceT2
Post-Quantum Cryptography Initiatives - DocumentsMyKripto documents page hosting CyberSecurity Malaysia's PQC publications, including the PQC Migration Framework and the technical guide 'Recommendations for the Adoption and Implementation of Post-Quantum Cryptographic Solutions'.CyberSecurity MalaysiaMalaysiaGuidanceT2
Post-Quantum Cryptography InitiativesCyberSecurity Malaysia's overview of its post-quantum cryptography programme, covering the PQC Migration Framework, post-quantum algorithm research, encryption-standard work (MySEAL), industry partnerships and quantum-safe migration services.CyberSecurity MalaysiaMalaysiaGuidanceT1
Post-Quantum Cryptography Migration FrameworkCyberSecurity Malaysia's PQC Migration Framework provides a structured, strategic pathway to help organisations transition from traditional cryptographic systems to quantum-safe alternatives and safeguard Malaysia's digital infrastructure against quantum threats.CyberSecurity MalaysiaMalaysiaRoadmapT1
BSN and BSSN Strengthen Synergy to Prepare Migration to Post-Quantum Cryptography AlgorithmsOfficial news from Indonesia's National Standardization Agency (BSN) reporting joint work with BSSN to prepare migration to post-quantum cryptography algorithms, including standardization support and conformity assessment for the PQC transition.BSNIndonesiaAnnouncementT1
Technical Clarifications to the CSCRF for SEBI Regulated EntitiesSEBI circular issuing technical clarifications to the CSCRF, including the expected approach for maintaining cryptographic-asset inventories and prioritising assets for post-quantum cryptography migration.SEBIIndia2025RegulationT1
Cybersecurity and Cyber Resilience Framework (CSCRF) for SEBI Regulated EntitiesSEBI circular establishing the Cybersecurity and Cyber Resilience Framework for regulated entities, which requires periodic post-quantum risk assessment and maintenance of cryptographic-asset inventories to prepare for migration to post-quantum cryptography.SEBIIndia2024RegulationT1
Technical Report on Migration to Post-Quantum Cryptography (TEC 910018:2025)Telecommunication Engineering Centre technical report (TEC 910018:2025) on migration to post-quantum cryptography, providing a reference framework for the Indian telecom sector's transition to quantum-safe algorithms.TECIndia2025StandardT1
MeitY launches whitepaper to guide India's shift towards Atmanirbhar & Quantum-Safe CybersecurityPress Information Bureau (Government of India) release announcing the Ministry of Electronics and Information Technology whitepaper 'Transitioning to Quantum Cyber Readiness', which sets out India's approach to post-quantum / quantum-safe cybersecurity.PIB / MeitYIndiaAnnouncementT1
Transitioning to Quantum Cyber Readiness (CERT-In Whitepaper CIWP-2025-0002)CERT-In information whitepaper (with MeitY and SISA) providing a strategic, step-by-step roadmap for public and private organisations to transition cybersecurity frameworks to quantum-resilient / post-quantum cryptography, prioritising critical sectors such as BFSI, defence and health.CERT-InIndia2025GuidanceT1
Report on Quantum-Safe Ecosystem in IndiaDepartment of Science & Technology report under the National Quantum Mission on building a quantum-safe ecosystem, covering post-quantum cryptography migration pathways, a national testing and certification programme, hybrid deployment frameworks and crypto-agile PKI.DST (National Quantum Mission)IndiaReportT1
Implementation of Quantum Safe Ecosystem in India - Report of the Task ForceDepartment of Science & Technology task force report under the National Quantum Mission setting out India's national strategy for migration to post-quantum cryptography, including phased timelines for critical information infrastructure, mandatory cryptographic inventories, crypto-agile design and a national PQC testing and certification framework.DST (National Quantum Mission)India2026StrategyT1
State Cryptography Administration Announcement No. 55: National Cryptography Science Fund (2nd batch) application guidelinesOSCCA (State Cryptography Administration) announcement releasing application guidelines for the second batch of the National Cryptography Science Fund. The first listed research direction is 'anti-quantum computing cryptography key theory and technology', covering quantum provable-security theory and quantum-resistant cryptographic algorithms.OSCCAChina2026AnnouncementT1
Post-quantum algorithms (Security Conference 2024 session)NSM Security Conference 2024 programme session on post-quantum algorithms and how quantum-secure cryptosystems rest on new mathematical assumptions.NSMNorway2024AnnouncementT1
Migration to post-quantum cryptography (Security Conference 2023 session)NSM Security Conference 2023 programme session on migration to post-quantum cryptography.NSMNorway2023AnnouncementT1
NSM opens Centre for Applied CryptologyNSM announcement of a Centre for Applied Cryptology to strengthen Norway's quantum-safe preparedness, including work on post-quantum cryptography, civilly and militarily.NSMNorwayAnnouncementT1
Quantum computers challenge today's cryptographic solutionsNSM commentary article explaining how quantum computers challenge current cryptographic solutions and the need to migrate towards post-quantum cryptography.NSMNorwayAdvisoryT1
Cryptographic recommendations - a guidance document from NSM (Security Act guidance)NSM cryptographic recommendations issued as a guidance document under the Security Act framework, including guidance on preparing for migration to quantum-resistant cryptography.NSMNorwayGuidanceT1
Cryptographic Recommendations - a guidance document from NSM (English)English-language NSM cryptographic recommendations that advise organisations to create and implement a plan for successful migration to quantum-resistant cryptography.NSMNorwayGuidanceT1
Cryptographic recommendationsNSM cryptographic recommendations giving concrete advice on algorithms and use cases, including preparing for quantum computers by creating a plan for migration to quantum-resistant cryptography.NSMNorwayGuidanceT1
Quantum migration guide (PDF) - NSM guide to quantum relocationNSM PDF guide on quantum migration (kvanteflytting), advising Norwegian organisations on transitioning to quantum-safe cryptography.NSMNorwayGuidanceT1
Overview report for cryptographic resources and systemsNSM guidance on what organisations should report about cryptographic resources and systems expected to be vulnerable to cryptographically relevant quantum computers, supporting quantum migration.NSMNorwayGuidanceT1
Vulnerable algorithms (quantum migration)NSM overview of cryptographic algorithms currently in use (RSA, ECDH, ECDSA, Diffie-Hellman) that will be vulnerable to cryptographically relevant quantum computers, as part of quantum migration planning.NSMNorwayGuidanceT1
Quantum migration - guideNSM guide introducing the issues and giving advice on how organisations begin quantum migration, aimed at system owners handling sensitive information in telecom, finance, health, energy and petroleum.NSMNorwayGuidanceT1
What is quantum migration?NSM explainer stating that quantum computers could break today's encryption and that organisations can and should now plan migration to post-quantum cryptography.NSMNorwayGuidanceT1
Quantum migrationNSM's quantum migration section providing advice and recommendations for how Norwegian organisations should transition to quantum-safe IT systems and post-quantum cryptographic solutions.NSMNorwayGuidanceT1
Preparation for Post-Quantum Cryptography (NZISM Section 2.4)Section 2.4 of the New Zealand Information Security Manual advises government agencies to inventory their cryptographically protected assets and begin planning migration to post-quantum cryptographic standards, referencing NIST PQC work. PDF identifies the manual as version 3.9, November 2025.NCSC / GCSBNew Zealand2025GuidanceT1
ENISA Telecom and Digital Infrastructure Security Forum 2026News item from Cyprus' Digital Security Authority on the ENISA Telecom and Digital Infrastructure Security Forum, where topics of discussion included quantum computing and post-quantum cryptography alongside 5G and IoT security.DSACyprus2026AnnouncementT1
Quantum Communication in Luxembourg (factsheet)Official Luxembourg government factsheet outlining the national quantum strategy roadmap (Phase 1 2025-2027, Phase 2 2027-2030, Phase 3) for quantum communication infrastructure. PQC reference is not explicit in the available snippet, so flagged for human review.Government of LuxembourgLuxembourgRoadmapT1
Public consultation on the European Union roadmap for the transition to post-quantum cryptographyLuxembourg government digital-trust portal announcement of a public consultation on the EU roadmap for transition to post-quantum cryptography, noting the recommendation that critical use cases migrate to PQC by end-2030 at the latest.ILNAS / portail-qualiteLuxembourg2025AnnouncementT1
Luxembourg's Quantum Technologies StrategyNational quantum technologies strategy issued by the Luxembourg Ministry of State, setting a roadmap toward secure quantum networks and explicitly addressing post-quantum cryptography (PQC) as a quantum-resistant solution integrable with existing systems.Ministry of StateLuxembourg2024StrategyT1
Overview of the cybersecurity status in Lithuania: key informationNKSC overview of cybersecurity trends and statistics in Lithuania, identifying the transition to post-quantum cryptography as one of the most important decisions for the near future.NKSCLithuania2024ReportT1
CTAC 2024 Yearly ReportYearly report published via Lithuania's NKSC discussing standardisation of quantum-resistant algorithms and the NIST Post-Quantum Cryptography (PQC) project.NKSCLithuania2024ReportT1
Guidelines for cryptography use inventoryNKSC guidance on conducting a cryptographic inventory, explicitly referencing post-quantum cryptography (PQC) as part of preparing for the quantum-resistant transition.NKSCLithuaniaGuidanceT1
Digital Europe Programme calls (info day presentation)NKSC info-day presentation on Digital Europe Programme funding calls, including the deployment of post-quantum cryptography (PQC) in systems across industrial sectors.NKSCLithuania2024AnnouncementT1
Post-quantum cryptographyNKSC news item presenting post-quantum cryptography as a key step in strengthening Lithuania's digital resilience and ensuring long-term security.NKSCLithuaniaAnnouncementT1
Quantum computing threats to current cryptography: reality or hype (post-quantum cryptography presentation)NKSC Cyberpusryciai presentation on post-quantum cryptography, covering PQC algorithm selection, cryptographic inventory and testing for the transition to quantum-resistant algorithms.NKSCLithuaniaGuidanceT1
Cryptography Secure Against Quantum Computers (presentation)Presentation hosted on CERT.LV's events area surveying post-quantum cryptography methods (lattice-based such as NTRU/LWE, code-based such as McEliece, and multivariate-quadratic schemes). Authored by an academic researcher rather than CERT.LV itself, so flagged for human review.CERT.LVLatviaReportT4
Q-Ready 25: Quantum-Security Horizons ConferenceCERT.LV announcement for the Q-Ready 25 conference covering quantum key distribution (QKD) and post-quantum (quantum-safe) cryptography (PQC), with attention to quantum-safe infrastructure under the EuroQCI initiative.CERT.LVLatvia2025AnnouncementT1
WB3C Training for Information Security Leaders in Critical Infrastructure and Public AdministrationSlovenian government news item on a WB3C training for information security leaders in critical infrastructure and public administration, covering post-quantum cryptography and NIS2 directive obligations.URSIVSlovenia2023AnnouncementT1
The European Union's Roadmap for Post-Quantum Cryptography (FAQ)FAQ recommendation document published by Slovenia's Government Information Security Office (URSIV) explaining the EU roadmap for post-quantum cryptography (PQC) and related terminology such as PQC and NIS.URSIVSlovenia2026GuidanceT1
Secure Digital Future in the Age of Quantum ComputersDocument from Slovenia's Government Information Security Office (URSIV) warning that post-quantum cryptography (PQC) is becoming a necessary part of ensuring cybersecurity, as today's cryptographic solutions will not suffice against quantum computers.URSIVSloveniaGuidanceT1
Webinar: The Qubits Attack - How to Prepare a Defence Against the Quantum Threat?National CERT.hr webinar notice addressing the quantum threat and how organisations can prepare a defence, explicitly covering post-quantum cryptography (postkvantna kriptografija), qubits, superposition and quantum cryptography.CERT.hrCroatiaAnnouncementT1
Funding call: Integration of post-quantum cryptography (PQC) algorithms into high-level protocolsRomanian government EU-funding opportunities portal listing a call for the integration of post-quantum cryptography (PQC) algorithms into high-level protocols.Oportunitati UE (Government of Romania)RomaniaAnnouncementT1
National strategy on quantum technologies (Annex 41)Romanian government national strategy on quantum technologies, covering quantum communications and post-quantum cryptography among the addressed quantum technology domains.SGGRomania2024StrategyT1
Analysis: Current state of cryptography in cybersecurityDNSC analysis of the current state of cryptography in cybersecurity, including the need to transition to post-quantum cryptography (PQC) to protect digital infrastructure.DNSCRomaniaReportT1
Guide on the transition to post-quantum cryptographyDNSC guide on migrating to post-quantum cryptography, noting that NIST-standardised PQC algorithms are mathematically validated but lack operational maturity, and addressing crypto-agility for Romanian organisations.DNSCRomaniaGuidanceT1
Post-Quantum Cryptography and the QCI Hungary ProjectPresentation on post-quantum cryptography and the QCI Hungary project, authored by Janos Mohacsi of KIFU (the Hungarian Governmental Agency for IT Development), the national node of the EU EuroQCI initiative. Domestic and government-linked but a project presentation rather than a formal published document, and not on the trusted-domains list; flagged for human review.KIFU / QCI HungaryHungary2024ReportT2
IT Security Newsletter / Press Review (week 47)Press-review newsletter published by Hungary's National Cyber Security Institute (NKI) referencing the need to develop a post-quantum cryptography (PQC) migration plan accounting for existing systems. This is a press-digest compilation rather than an original NKI policy document; flagged for human review.NKIHungary2025ReportT1
IT Security Press Review (week 28)Weekly IT-security press review published by Hungary's National Cyber Security Institute (NKI) that discusses quantum communication and post-quantum cryptography (PQC). This is a press-digest compilation of external news rather than an original NKI policy position; flagged for human review.NKIHungary2025ReportT1
Post-Quantum Cryptography and Quantum-Resistant CryptographyNews article from Hungary's National Cyber Security Institute (NKI) on post-quantum and quantum-resistant cryptography, published in its IT security news section.NKIHungaryReportT1
Greece at the forefront of quantum communications in EuropeGreek Ministry of Digital Governance news item on two highly-rated European proposals placing Greece at the forefront of quantum communications. Domestic and institutional, but the title/description reference quantum communications (QKD) rather than an explicit post-quantum/quantum-safe cryptography migration; flagged for human review to confirm a PQC reference.Ministry of Digital GovernanceGreeceAnnouncementT1
PQ-REACT — Post-Quantum Cryptography Framework for Energy Aware Contexts (project listing)Entry in the Greek Ministry of Digital Governance observatory registry listing the PQ-REACT (Post-Quantum Cryptography Framework for Energy Aware Contexts) project, an EU-funded (CEF) initiative on post-quantum cryptography.Ministry of Digital GovernanceGreeceReportT2
ROSE - CNCS R&D DocumentResearch and development document published by the Portuguese National Cybersecurity Centre. The candidate snippet describes the general cybersecurity landscape and does not explicitly confirm a post-quantum cryptography reference, so this is flagged for human review.CNCSPortugalReportT1
Emerging Technologies Report 2023 (CNCS Observatory)Report from the Portuguese National Cybersecurity Centre's Observatory on emerging technologies in cybersecurity. The candidate snippet does not explicitly confirm a post-quantum cryptography reference, so this is flagged for human review.CNCSPortugal2023ReportT1
Call for Presentations - C-DAYS 2026 (CNCS)Call for presentations for the Portuguese National Cybersecurity Centre's C-DAYS 2026 conference, listing Post-Quantum Cryptography among the priority thematic topics.CNCSPortugal2026AnnouncementT1
NCC-PT - National Coordination Centre (CNCS)Page of the Portuguese National Cybersecurity Centre's National Coordination Centre (NCC-PT) listing funded actions, including security evaluations of Post-Quantum Cryptography (PQC) primitives and security of PQC algorithm implementations.CNCSPortugalAnnouncementT1
Analysis of investment options in further asset classes: Part I, digital assetsCzech National Bank (central bank) research analysis on investment in digital assets which notes the quantum threat and discusses quantum-resistant signature schemes (post-quantum cryptography). Flagged for review as the PQC mention is incidental to a financial-research paper rather than a dedicated QSC document.ČNBCzechiaReportT1
Czech research mission to Taiwan strengthens cooperation in cybersecurityNÚKIB news item on a Czech research mission to Taiwan whose discussions covered quantum key distribution, post-quantum cryptography, and the use of artificial intelligence in cybersecurity. Flagged for review as the PQC reference is one topic in a diplomatic mission readout rather than the document's substance.NÚKIBCzechiaAnnouncementT1
National Cyber Security Strategy 2026-2030Czech national cyber security strategy for 2026-2030, which identifies emerging disruptive technologies including artificial intelligence and post-quantum cryptography as means to strengthen cyber security.NÚKIBCzechia2026StrategyT1
The quantum threat and quantum-resistant cryptography (minimum requirements appendix)Official NÚKIB document (appendix to minimum requirements) explaining the quantum threat and quantum-resistant (post-quantum) cryptography, including the origins and definition of post-quantum asymmetric algorithms.NÚKIBCzechiaGuidanceT1
NÚKIB portal now supports quantum-resistant cryptographyAnnouncement by the Czech National Cyber and Information Security Agency that its portal now supports quantum-resistant cryptography, and setting out expectations for when post-quantum cryptography should be deployed for sensitive information of critical confidentiality in higher-risk environments.NÚKIBCzechiaAnnouncementT1
NBB Annual Report 2025 - Prudential regulation and supervisionNational Bank of Belgium 2025 annual report section noting specific attention to post-quantum cryptography, alongside the enshrinement of Swift supervision in Belgian law since May 2025.NBBBelgium2025ReportT1
Swift oversight factsheet (Financial Market Infrastructures)National Bank of Belgium oversight factsheet on Swift noting work on post-quantum cryptography to ensure the long-term security of sensitive financial messaging.NBBBelgiumReportT1
Financial Market Infrastructures and Payment Services 2025National Bank of Belgium report identifying post-quantum cryptography as an emerging cybersecurity issue addressing future quantum-computer threats to current encryption.NBBBelgium2025ReportT1
Quantum cybersecurity (Quantum4Belgium)Belgian federal public service BOSA page on quantum cybersecurity, explaining the threat to long-term sensitive data and post-quantum cryptography, referencing NIST's 2024 standards.BOSABelgiumGuidanceT1
Preparing for the Quantum Era: A Strategic Imperative for Belgian OrganisationsCCB news item urging Belgian organisations to prepare for the quantum era, referencing the EU strategic roadmap milestones (national strategies by 2026, critical infrastructure protected by 2030, broad adoption by 2035).CCBBelgiumAdvisoryT1
CCB 10-year anniversary publication (post-quantum cryptography)Centre for Cybersecurity Belgium publication that addresses post-quantum cryptography, noting it remains difficult to predict when the technology will mature.CCBBelgium2025ReportT1
Opening Statement by Richard Browne, Director of the National Cyber Security Centre, to the Joint Committee on Foreign Affairs and DefenceOpening statement by the Director of Ireland's National Cyber Security Centre to an Oireachtas joint committee, which references the challenges associated with the shift to post-quantum computing alongside other cyber threats.Oireachtas / NCSC-IEIreland2023ReportT1
National Cyber Security Centre Research & Innovation PrioritiesIreland's National Cyber Security Centre sets out research and innovation priorities, stating that the global shift to post-quantum cryptography is already underway and that Ireland must ensure a secure transition for Government, regulated sectors and critical infrastructure.NCSC-IEIrelandStrategyT1
From threat scenarios to quantum-safe cryptography: how to secure digital trustArticle from Finland's state research institute VTT discussing quantum-safe cryptography and the need for near-term solutions to maintain digital trust. Institutional Finnish research body and explicitly PQC-themed, but a news/story page rather than a formal publication, so flagged for human review.VTT Technical Research Centre of FinlandFinlandReportT4
Finland's Quantum Technology Strategy 2025–2035National strategy published in the Finnish Government publications repository aiming to give Finland a prominent role in developing and using quantum technology over 2025–2035. Whether it contains an explicit post-quantum/quantum-safe cryptography reference is not confirmed from the candidate metadata, so flagged for human review.Finnish Government (Valtioneuvosto)Finland2025StrategyT1
National Strategy for Quantum TechnologyDanish national strategy for quantum technology development. Flagged for review because the candidate text describes quantum technology broadly and does not clearly contain an explicit post-quantum/QSC cryptography migration reference.Ministry of Industry, Business and Financial AffairsDenmarkStrategyT1
Global tensions, rising house prices and the cyber threat dominate the risk pictureDanish central bank (Nationalbanken) risk report stating that preparations for implementing quantum-safe cryptography in the financial sector should be strengthened.NationalbankenDenmarkReportT2
Council meeting samlenotat referencing 5G/6G and quantum-safe cryptographyDanish Parliament (Folketinget) consolidated note for an EU Council meeting noting cybersecurity and resilience conclusions, including 5G/6G and quantum-safe cryptography.FolketingetDenmarkReportT1
Grund- og nærhedsnotat on the recommendation for a coordinated implementation plan for the transition to post-quantum cryptographyDanish Parliament (Folketinget) background and subsidiarity note in which the government welcomes the recommendation and supports a coordinated effort on the transition to quantum-safe cryptography in the EU.FolketingetDenmarkReportT1
The transition to quantum-safe cryptographyTheme page from the Danish Agency for Societal Security (Styrelsen for Samfundssikkerhed/SAMSIK) on the transition to quantum-safe cryptography; appears to be the same content as the CFCS page on the agency's newer domain. Flagged for review because samsik.dk is not yet on the trusted-domains list.SAMSIKDenmarkGuidanceT1
The transition to quantum-safe cryptographyCentre for Cyber Security (CFCS) theme page on the transition to quantum-safe cryptography, explaining post-quantum/PQC concepts and the migration of Danish organisations to quantum-resistant algorithms.CFCSDenmarkGuidanceT1
Towards a Swedish quantum ecosystemReport by the Swedish Agency for Economic and Regional Growth on building a Swedish quantum ecosystem. Flagged for review: candidate text describes quantum technologies broadly and does not show an explicit post-quantum/quantum-safe cryptography reference.TillvaxtverketSwedenReportT1
Activities in the European Union during 2025 (Government Communication 2025/26:115)Annual government written communication to Parliament on EU activities, identifying the transition to quantum-safe cryptography as an important part of strengthening Europe's cybersecurity.Government of Sweden / RiksdagenSweden2025ReportT1
White paper and recommendation on the EU's digital infrastructure (fact memo)Swedish Parliament fact memo on the EU digital infrastructure white paper which defines post-quantum cryptography (PQC) as quantum-computer-secure public-key cryptography usable on classical computers.RiksdagenSwedenReportT1
Notice on the EU quantum strategy (fact memo on EU proposal)Swedish Parliament fact memo on the EU quantum strategy in which the government welcomes the Commission's approach to promoting the transition to quantum-safe cryptography to strengthen information and cyber security.RiksdagenSwedenReportT1
Together we strengthen our digital societyNews page from the Swedish National Defence Radio Establishment (FRA), which hosts NCSC, referencing the national recommendations for the transition to quantum-safe cryptography.FRASwedenAnnouncementT1
Cybersecurity Conference 2025 - Together we strengthen our digital societyNCSC conference report in which Alexander Engstrom of FRA presented on the transition to quantum-safe cryptography during the in-depth session.NCSC SwedenSweden2025AnnouncementT1
This is how the transition to quantum-safe cryptography should be doneNews article in which the National Cyber Security Centre announces and explains its recommendations for how Sweden should carry out the transition to quantum-safe cryptography.NCSC SwedenSwedenAnnouncementT1
National recommendations for the transition to quantum-safe cryptographySweden's National Cyber Security Centre sets out national recommendations for how organisations should carry out the transition to quantum-safe (post-quantum) cryptography. It frames the migration in relation to NIS2 and the Swedish cybersecurity act.NCSC SwedenSweden2026GuidanceT1
USA - National Cybersecurity Strategy (NASK Cyberpolicy analysis)NASK Cyberpolicy commentary on the US National Cybersecurity Strategy, noting post-quantum cryptography among priority technologies. Flagged for review: issuer is domestic (NASK) but the document analyses another country's strategy rather than a Polish PQC document.NASK (Cyberpolicy)PolandReportT1
Efficient post-quantum cryptography from the perspective of resource consumptionPolish government research-information system (RAD-on) project profile describing work on PQC migration paths across different deployment contexts. Flagged for review: this is a research-project database record rather than a formal institutional document.RAD-on / Ministry of Science (Poland)PolandReportT4
Poland at the forefront of quantum technology solutions - QKD presentationNASK (Poland's national research institute and CSIRT operator) news item presenting quantum technology work, naming post-quantum cryptography (PQC) and quantum key distribution (QKD) as responses to quantum threats.NASKPolandAnnouncementT1
Post-quantum cryptography - seminar with Prof. Kris GajAnnouncement by Poland's National Institute of Telecommunications of a post-quantum cryptography seminar held on 27 June 2025 featuring Prof. Kris Gaj.Instytut Łączności (National Institute of Telecommunications)Poland2025AnnouncementT4
Post-quantum cryptography without quantaExplainer from Poland's National Institute of Telecommunications (Instytut Łączności, a state research institute) introducing post-quantum cryptography and clarifying that it relies on classical methods resistant to quantum attacks rather than on quantum mechanics.Instytut Łączności (National Institute of Telecommunications)PolandGuidanceT4
Parliamentary written response citing post-quantum cryptography researchSpanish Congress written reply referencing recent work including post-quantum biometric authentication research. Institutional parliamentary record; PQC reference is a citation of research rather than a policy document, flagged for review.Congreso de los DiputadosSpainReportT1
Cybersecurity report (Congreso de los Diputados)Spanish Congress cybersecurity document discussing post-quantum and quantum cryptography, i.e. the development of algorithms to encrypt information against quantum attacks. Parliamentary source not on the trusted-domains list, flagged for review.Congreso de los DiputadosSpainReportT1
Parliamentary bulletin on post-quantum cryptography (BOCG, Cortes Generales, no. 223)Official bulletin of the Spanish Cortes Generales (BOCG, serie A, no. 223) stating that the transition to post-quantum cryptography must start from a complete inventory of cryptographic systems, protocols and algorithms. Parliamentary source; URL is a portal language-redirect link, flagged for review.Congreso de los DiputadosSpain2026ReportT1
Financial stability implications of post-quantum cryptography (FSR Box 5.3)Banco de España Financial Stability Report box noting that a future transition to post-quantum cryptography would entail substantial technical and organisational effort and requires advance planning. Central bank publication not on the trusted-domains list, flagged for review.Banco de EspañaSpain2026ReportT1
The path towards quantum supremacyBanco de España Occasional Paper examining quantum computing risks to data security, studying post-quantum and quantum cryptography as solutions to the store-now-decrypt-later (SNDL) threat. Central bank publication; bde.es is not on the trusted-domains list, flagged for review.Banco de EspañaSpainReportT1
Post-quantum cryptography: how to protect our information in the quantum eraSpanish government foresight portal (futuros.gob.es) trend analysis explaining post-quantum cryptography (PQC) as new security methods designed to protect information against quantum-capable adversaries.Oficina Nacional de Prospectiva (futuros.gob.es)SpainReportT1
INCIBE inaugurates the 9th edition of the Spanish Cybersecurity Research ConferenceINCIBE press release on the national cybersecurity research conference, noting post-quantum cryptography among the accepted research topics.INCIBESpainAnnouncementT1
Vulnerability in liboqs (CVE-2025-48946)INCIBE-CERT early-warning advisory on a vulnerability (CVE-2025-48946) in liboqs, an open-source C library implementing post-quantum cryptographic algorithms.INCIBE-CERTSpain2025AdvisoryT1
NCC-ES INCIBE dossier: European public administrations and the post-quantum transitionDossier from Spain's National Coordination Centre (NCC-ES) at INCIBE describing the roadmap for European public administrations to transition to Post-Quantum Cryptography (PQC). Subject matter is the EU-level transition, presented through the Spanish coordination centre.INCIBE (NCC-ES)SpainReportT1
Supercomputing and quantum computing in cybersecurityINCIBE-CERT article on supercomputing and quantum computing in cybersecurity, addressing the need to adopt post-quantum cryptography to protect systems against the quantum threat.INCIBE-CERTSpainGuidanceT1
Swiss National Bank, 116th Annual Report 2023Annual report of the Swiss National Bank noting that a post-quantum cryptography mode was used to protect central bank digital currency (CBDC) against attacks by quantum computers.SNBSwitzerland2023ReportT2
Swiss National Bank, 118th Annual Report 2025Annual report of the Swiss National Bank noting the adaptation of existing infrastructure to the requirements of post-quantum cryptography.SNBSwitzerland2025ReportT2
Report of the Security Policy Committee of the Council of States (22.4270)Committee report of the Council of States Security Policy Committee listing cryptography including post-quantum cryptography, quantum computers and AI among priority technologies.Swiss Parliament (SiK-S)Switzerland2023ReportT1
Positioning Switzerland as a leader in quantum computing and post-quantum cryptography (Curia Vista affair 24.4511)Swiss parliamentary affair seeking proposals on how Switzerland can take a leading role in international bodies on quantum computing and post-quantum cryptography.Swiss ParliamentSwitzerlandAnnouncementT1
Quantum-safe systems in the Confederation (Curia Vista affair 23.3689)Swiss parliamentary affair on quantum-safe systems in the Confederation, referencing the federal selection process for post-quantum cryptography expected to conclude in 2024.Swiss ParliamentSwitzerlandAnnouncementT1
Confederation's transition to post-quantum cryptography (Curia Vista affair 24.4398)Swiss parliamentary affair on the use of quantum-safe / post-quantum cryptography by the Confederation, noting the federal focus on post-quantum cryptography over quantum key distribution.Swiss ParliamentSwitzerlandAnnouncementT1
Action Plan to a Quantum-Safe Financial FutureAction plan hosted by the Swiss State Secretariat for International Financial Matters (SIF) proposing a coordinated transition to post-quantum cryptography for the financial sector.SIFSwitzerlandRoadmapT1
Post-Quantum Cryptography (BIT/FOITT)Document from the Swiss Federal Office of Information Technology, Systems and Telecommunication (BIT) emphasising the need to switch early to post-quantum cryptography, especially for long-term confidential data.BIT (FOITT)SwitzerlandGuidanceT1
Annual Report 2024 - Federal Office for Cybersecurity BACS (DE)Annual report of the Swiss Federal Office for Cybersecurity (BACS), referencing its assessment of the need for action in relation to post-quantum cryptography (PQK).NCSC (BACS)Switzerland2024ReportT1
Report on the implementation of the National Cyber Strategy (NCS) 2024Report on the implementation of Switzerland's National Cyber Strategy, citing quantum computing and post-quantum cryptography among the technology considerations produced.NCSC (BACS)Switzerland2024ReportT1
Annual Report 2025 - National Cyber Security Centre NCSCAnnual report of the Swiss National Cyber Security Centre, listing technology considerations including quantum computers and post-quantum cryptography among its published work.NCSC (BACS)Switzerland2025ReportT1
BACS assessment: Post-quantum cryptography (DE)German-language assessment by the Swiss Federal Office for Cybersecurity (BACS) on quantum-computer-resistant methods and algorithms developed as post-quantum cryptography (PQK).NCSC (BACS)SwitzerlandAdvisoryT1
BACS assessment: Post-quantum cryptography and measures to be taken (FR)Assessment by the Swiss Federal Office for Cybersecurity (BACS) on post-quantum cryptography, following its technology consideration, setting out the situation and the measures to be taken.NCSC (BACS)SwitzerlandAdvisoryT1
Technology consideration: Quantum computers and post-quantum cryptography (DE)German-language technology consideration by the Swiss National Cyber Security Centre explaining post-quantum cryptography (PQK), what has been achieved and where matters stand.NCSC (BACS)SwitzerlandReportT1
Technology consideration: Quantum computers and post-quantum cryptography (FR)Technology consideration by the Swiss National Cyber Security Centre on quantum computers and post-quantum cryptography, stressing that migration to PQC is a long process requiring planning in line with current standardisation.NCSC (BACS)SwitzerlandReportT1
US House introduces the Post Quantum Cybersecurity Standards Act (7 May 2025)KISA-published briefing summarising a US House bill on quantum-resistant cybersecurity standards and the NIST PQC standardisation effort. Issuer is domestic (KISA) but the document reports on foreign legislation; flagged for review.KISASouth Korea2025ReportT1
National achievements: expansion of post-quantum cryptography pilot transition and start of technology developmentMSIT national-achievements page listing expansion of PQC pilot transition support and the start of related technology development. Listing-style page; flagged for human review to confirm it points to a discrete document.MSITSouth KoreaReportT1
MSIT to Invest KRW 8.12 Trillion in 2026 to Drive Science and ICT, including transition to post-quantum cryptographyMSIT press release on its 2026 R&D budget, noting increased cybersecurity investment including AI-embedded security and transition to post-quantum cryptography.MSITSouth Korea2026AnnouncementT1
MSIT to establish a National Post-Quantum Cryptography transition infrastructureMSIT press release stating the ministry aims to establish an implementation infrastructure for systematic transition to post-quantum cryptography, including a national PQC body.MSITSouth KoreaStrategyT1
First demonstration case of applying post-quantum cryptography to a commercial ICT productKISA press release reporting the first case of extending PQC testing from the research lab to a domestic commercial ICT product.KISASouth KoreaAnnouncementT1
2025 Post-Quantum Cryptography Pilot Transition Performance-Sharing Event (3 Dec)KISA announcement of an event sharing results of the 2025 PQC pilot transition and introducing the 2026 PQC pilot project plan.KISASouth Korea2025AnnouncementT1
2026 Post-Quantum Cryptography Pilot Transition Project: Briefing Session (28 Jan, FKI Tower, Seoul)KISA announcement of a briefing session for the 2026 PQC pilot transition project covering the telecom, finance, transport, defence and space sectors.KISASouth Korea2026AnnouncementT1
2025 Post-Quantum Cryptography Pilot Transition Support Project: Call for Participating Companies (revised)KISA notice recruiting companies for the 2025 sector-by-sector (energy, medical, public administration) PQC pilot transition support programme, prompted by quantum-computer threats to existing cryptosystems.KISASouth Korea2025AnnouncementT1
2026 Post-Quantum Cryptography Pilot Transition Project: Call for Participating Companies (FAQ added)KISA notice recruiting companies for the 2026 PQC pilot transition programme, stating the need to migrate IT infrastructure to post-quantum cryptography.KISASouth Korea2026AnnouncementT1
Next-generation cryptography: Post-Quantum CryptographyKISA's reference page on post-quantum cryptography (PQC), describing it as new public-key cryptography enabling secure use of cryptographic technology in a quantum-computing environment.KISASouth KoreaGuidanceT1
Quantum-Safe Migration Handbook (Draft for Public Consultation)Draft Quantum-Safe Migration Handbook released by CSA for public consultation, offering practical migration guidance and referencing PQC roadmap categories recommended by the Post-Quantum Cryptography Coalition.CSASingapore2025GuidanceT1
Digital Connectivity Blueprint ReportIMDA Digital Connectivity Blueprint stating that Singapore needs to be ready to adopt quantum security technologies such as Post-Quantum Cryptography (PQC) and Quantum Key Distribution (QKD).IMDASingaporeStrategyT1
Singapore Launches Southeast Asia's First Quantum-Safe Network InfrastructurePress release announcing the National Quantum-Safe Network Plus (NQSN+), which aims to deliver quantum-safe communications across Singapore.IMDASingapore2023AnnouncementT1
Technology Roadmap Working Group 4: AI, Data and Blockchain (Slides)IMDA technology roadmap working group slides covering post-quantum cryptographic schemes, blockchains using quantum cryptography, and the quantum-proofing of existing blockchains by replacing vulnerable components.IMDASingaporeRoadmapT4
Fact Sheet: Quantum-Safe SingaporeIMDA fact sheet on Singapore's quantum-safe activities, including training programmes on quantum technologies covering QKD, Post-Quantum Cryptography and quantum computing.IMDASingaporeAnnouncementT1
Reference Specification: Quantum Key Distribution Networks (Issue 1, Draft for Public Comment)Draft IMDA reference specification for quantum key distribution networks, noting that QKD keys can be combined with Post-Quantum Cryptography (PQC) and that PQC can be used as an authentication method to initialise QKD operation.IMDASingaporeStandardT1
Reference Specification: Secure Deployment of Quantum Key Distribution Networks (Draft for Public Comment)Draft IMDA reference specification, issued for public comment, on the secure deployment of quantum key distribution networks; it requires the QKD module to key manager link to use cryptographic algorithms with appropriate computational security, including post-quantum cryptographic techniques.IMDASingapore2026StandardT1
Quantum-Safe TechnologiesIMDA programme page on quantum-safe technologies under which businesses can work with National Quantum-Safe Network Plus (NQSN+) operators to integrate quantum-safe solutions such as Quantum Key Distribution (QKD) and Post-Quantum Cryptography (PQC).IMDASingaporeAnnouncementT1
Request for Proposal: Quantum Computing and Its Implication on Cybersecurity of the Financial SectorMAS request for proposal exploring the potential post-quantum landscape of the financial sector, including the development of quantum-resistant cryptography.MASSingaporeAnnouncementT1
MAS Commits up to S$100 Million to Support Quantum and Artificial Intelligence CapabilitiesMedia release on MAS committing up to S$100 million to support quantum and AI capabilities in the financial sector, including Post-Quantum Cryptography (PQC) and Quantum Key Distribution (QKD) to safeguard firms' critical data.MASSingapore2024AnnouncementT1
FSTI Quantum TrackMAS funding scheme page for the Financial Sector Technology and Innovation (FSTI) Quantum track, supporting pilots that explore approaches such as Post-Quantum Cryptography (PQC) and Quantum Key Distribution (QKD).MASSingaporeAnnouncementT1
Singapore Financial Sector Quantum-Safe Technology Sandbox ReportTechnical report on the Singapore financial sector quantum key distribution (QKD) sandbox, including tests combining QKD with Post-Quantum Cryptography (PQC) digital signing for file transfer to address QKD's limitations.MASSingapore2025ReportT3
MAS and Industry Partners Publish Technical Report on Proof-of-Concept Quantum Security SandboxMedia release announcing publication of a technical report on a proof-of-concept quantum security sandbox, following the Post-Quantum Cryptography (PQC) experiment with the Banque de France the previous year.MASSingapore2025AnnouncementT2
MAS Advisory on Quantum Computing and Post-Quantum CryptographyRegulatory advisory circular from the Monetary Authority of Singapore on the cybersecurity risks of quantum computing for financial institutions, referencing NIST's global standardisation process for post-quantum cryptography (PQC).MASSingaporeAdvisoryT1
Banque de France and Monetary Authority of Singapore Conduct Post-Quantum Cryptography ExperimentMedia release on a joint post-quantum cryptography experiment between the Banque de France and the Monetary Authority of Singapore, aimed at strengthening communication and data security against quantum computing advancements.MASSingapore2024AnnouncementT2
Opening Address by Minister Josephine Teo at the High-Level Panel (AI), 22 October 2025Ministerial speech referencing Singapore's intent to thrive in a post-quantum future, both harnessing opportunities and managing risks. The visible excerpt does not explicitly name post-quantum cryptography, so it is flagged for human review.CSASingapore2025AnnouncementT1
18 Projects Awarded a Total of $16 Million in Funding at CyberSG Innovation Day 2025Press release announcing S$16 million of CSA funding for 18 cybersecurity research and innovation projects under the CyberSG R&D Programme. The visible description does not explicitly confirm a PQC component, so it is flagged for human review.CSASingapore2025AnnouncementT1
Senior Minister of State Tan Kiat How, Committee of Supply 2026 SpeechCommittee of Supply 2026 speech stating the Singapore government's position that Post-Quantum Cryptography (PQC) will be the mainstream solution for quantum-safe migration.CSASingapore2026AnnouncementT1
CSA Releases a Quantum-Safe Handbook and Quantum Readiness IndexPress release announcing the Cyber Security Agency of Singapore's Quantum-Safe Handbook and Quantum Readiness Index. Public consultation on the quantum-safe materials runs until end December 2025.CSASingapore2025AnnouncementT1
New tools available to mitigate the threat of quantum computersNews item on the Dutch digital government portal announcing the updated handbook on quantum-safe cryptography and the PQChoiceAssistant tool, which support governments in future-proofing their security.BZKNetherlandsAnnouncementT1
Communication on the EU Quantum Strategy (parliamentary document)Parliamentary document on the EU quantum strategy referencing the Dutch programme Quantumveilige Cryptografie NL, which supports vital sectors in migrating to post-quantum encryption and contributes to the European effort.Tweede KamerNetherlands2025ReportT1
Decision memorandum on the report concerning new EU Commission proposals (PQC and QKD)Decision memorandum from the Ministry of the Interior and Kingdom Relations, published via the House of Representatives, distinguishing post-quantum cryptography (based on mathematical problems that cannot be broken by quantum computers) from quantum key distribution in the context of EU proposals.BZKNetherlands2024ReportT1
Answers to parliamentary questions from MP Sneller on quantum-proof encryptionGovernment answers to parliamentary questions on quantum-proof encryption, addressing quantum-safe cryptography, the opportunities it offers, and risks such as insufficient awareness and knowledge.Tweede KamerNetherlands2024ReportT1
Prepare for the threat of quantum computersAIVD brochure advising organisations to prepare now for migration to quantum-safe cryptography and explaining how to secure systems against the threat of quantum computers.AIVDNetherlands2021AdvisoryT1
Securing Tomorrow, Today: Transition to Post-Quantum CryptographyStatement on the transition to post-quantum cryptography hosted by the AIVD, warning of the risk that the migration to quantum-safe cryptography will not be completed in time.AIVDNetherlands2025AdvisoryT1
Protect yourself now against the threat of quantum computers (2026)AIVD publication urging organisations to protect themselves against the quantum-computer threat, referencing the central-government programme Quantumveilige Cryptografie Nederland (QvC NL) set up to support the central government and other organisations.AIVDNetherlands2026AdvisoryT1
Quantum computers are coming and the Netherlands is preparedGovernment news item on the central-government programme Quantumveilige Cryptografie Rijk, which develops tools to mitigate the risks quantum technology poses to current security systems.RijksoverheidNetherlands2025AnnouncementT1
Decision memorandum accompanying the letter to Parliament on the renewed quantum-safe cryptography handbookDecision memorandum containing background information on the letter to Parliament about the renewed handbook for quantum-safe cryptography.BZKNetherlands2025ReportT1
Letter to Parliament accompanying the renewed handbook for quantum-safe cryptographyLetter in which Minister Uitermark (Interior and Kingdom Relations) informs the House of Representatives about the renewed handbook for the migration to quantum-safe cryptography.BZKNetherlands2025AnnouncementT1
The PQC Migration Handbook (revised and extended second edition)Joint AIVD, CWI and TNO handbook providing guidelines for migrating to post-quantum cryptography, supporting organisations in mitigating the quantum-computer threat to cryptography; revised and extended second edition.AIVDNetherlands2024GuidanceT1
Speech by State Secretary Van Marum at the Post-Quantum Cryptography symposiumSpeech delivered by State Secretary Eddie van Marum at the Post Quantum Cryptography symposium on 2 December 2025, published by the Dutch central government.RijksoverheidNetherlands2025AnnouncementT1
TNO: Cryptographic Asset Discovery and InventoryNCSC-NL page presenting a TNO approach to cryptographic asset discovery and inventory as a key first step for organisations that must migrate to quantum-safe cryptography in time.NCSC-NLNetherlandsGuidanceT2
Make your organization quantum secure: kicking off your quantum migration programNCSC-NL guidance document (English edition) on starting a quantum migration programme, defining post-quantum cryptography (PQC) as cryptography impervious to the threat of quantum computing.NCSC-NLNetherlandsGuidanceT1
NIST releases three quantum-safe cryptography standards: what does this mean for your organisation?NCSC-NL expert blog on NIST's publication of three post-quantum cryptography standards on 13 August 2024 and what the new quantum-safe standards mean for Dutch organisations.NCSC-NLNetherlands2024AdvisoryT1
What is quantum-safe cryptography?NCSC-NL explainer stating that the most effective way to mitigate the quantum-computer threat is to migrate to quantum-safe cryptography (QVC), also called post-quantum cryptography.NCSC-NLNetherlandsGuidanceT1
Senate Document CCXVIII No. 3 (National Activities Including Post-Quantum Cryptography)Report transmitted to the Italian Senate (Doc. CCXVIII no. 3) describing national activities also in the field of post-quantum cryptography and outlining training pathways in applied cryptography.SenatoItalyReportT1
Multi-Year Programme SMD 41/2025 (Defence Acquisition Including Post-Quantum Cryptography)Italian Senate document on the multi-year acquisition programme SMD 41/2025, which includes post-quantum cryptography (PQC) to protect the digital infrastructures and services of the public administration and other entities.SenatoItaly2025ReportT1
Bank of Italy Joins Phase 2 of the BIS Project Leap to Test Post-Quantum Cryptography in Payment SystemsBank of Italy notice announcing its participation in Phase 2 of the BIS Project Leap, which broadens the experimentation of post-quantum cryptography to payment infrastructures after positive initial-phase results.Banca d'ItaliaItalyAnnouncementT2
The G7 Cyber Expert Group Publishes the Roadmap for the Financial Sector's Transition to Post-Quantum CryptographyBank of Italy notice on the publication of the G7 Cyber Expert Group roadmap for the financial sector's transition to post-quantum cryptography, confirming the commitment to a timely and secure transition to quantum-resistant cryptography.Banca d'ItaliaItalyAnnouncementT1
Project Leap 2: Results of the Post-Quantum Cryptography Experimentation in Real Payment SystemsBank of Italy notice presenting the final report of Project Leap 2, illustrating the results of applying post-quantum cryptography protocols in real payment systems and the main findings.Banca d'ItaliaItalyAnnouncementT2
First Italian Quantum Internet Testbed Inaugurated at the University Federico II of NaplesACN announcement of the inauguration of the first Italian Quantum Internet Testbed at the University Federico II of Naples, citing post-quantum cryptography (PQC) as a means to guarantee the country's resilience.ACNItalyAnnouncementT3
G7 Cybersecurity Working Group: Priorities Set in ParisACN announcement on the G7 Cybersecurity Working Group meeting in Paris, which set priorities including artificial intelligence security, post-quantum cryptography, telecommunications and SME protection.ACNItalyAnnouncementT1
Europe United in the Urgency of the Transition to Post-Quantum CryptographyACN announcement on the European joint position on the urgency of transitioning to post-quantum cryptography, with details on the main vulnerabilities and possible precautions to adopt.ACNItalyAnnouncementT1
Post-Quantum and Quantum CryptographyDocument by the Italian National Cybersecurity Agency (ACN) on post-quantum and quantum cryptography, referencing the NIST PQC standardization process and EU material on the transition to post-quantum cryptography.ACNItalyGuidanceT1
Cryptography and quantum computing (technical advisory services)NRC technical advisory services page on the design, development and implementation of cryptographic solutions and quantum computing; the candidate description does not explicitly name post-quantum cryptography.NRCCanadaAnnouncementT4
Quantum Safe Technologies InitiativeNational Research Council of Canada programme supporting the testing and integration of post-quantum cryptography into critical systems and building Canadian capacity through training.NRCCanadaAnnouncementT4
Canadian National Quantum-Readiness: Best PracticesQuantum-readiness best practices document (v04, July 2024) published via ISED, addressing preparation for quantum-safe post-quantum cryptography while noting that quantum-resistant solutions were not yet fully available.ISEDCanada2024GuidanceT2
National Quantum Strategy Roadmap: Quantum communication and post-quantum cryptographyRoadmap under Canada's National Quantum Strategy addressing quantum communication and post-quantum cryptography as responses to the threat posed by cryptographically relevant quantum computers.ISEDCanadaRoadmapT1
Looking ahead: Quantum computing and cybersecurityShared Services Canada campaign article on quantum computing and cybersecurity, discussing post-quantum cryptography and citing the Communications Security Establishment's assessment of the quantum threat.SSCCanadaAnnouncementT2
Migration to post-quantum cryptography for the Government of Canada (policy implementation notice)Government of Canada digital policy implementation notice on migrating government systems to post-quantum cryptography, referencing the Cyber Centre's migration roadmap.TBSCanadaRegulationT1
GC Migration to Post-Quantum Cryptography (PQC) - Course CRY102SOnline training course (CRY102S) from the Cyber Centre's Learning Hub presenting the Government of Canada's plan for migrating to post-quantum cryptography.CCCSCanadaGuidanceT2
Cyber Centre's summary review of final candidates for NIST Post-Quantum Cryptography standardsSummary review by Cyber Centre cryptographic scientists evaluating the remaining finalist and alternate candidates in the NIST Post-Quantum Cryptography standardization process.CCCSCanadaEvaluationT3
Preparing your organization for the quantum threat to cryptography (ITSAP.00.017)Cyber Centre guidance explaining post-quantum cryptography as algorithms designed to be quantum-safe while running on conventional computers, and advising organizations on preparing for the quantum threat.CCCSCanadaGuidanceT1
Roadmap for the migration to post-quantum cryptography for the Government of Canada (ITSM.40.001)The Canadian Centre for Cyber Security's recommended roadmap for the Government of Canada to migrate non-classified IT systems to post-quantum cryptography.CCCSCanadaRoadmapT1
ECSG Status Report on cards standardisation (18th ERPB meeting)European Cards Stakeholders Group status report on cards standardisation noting NIST's release of the list of post-quantum crypto-algorithms to be standardised against future quantum threats. Industry stakeholder group within an ECB-convened forum, flagged for review.ECSGEuropean UnionReportT2
European Payments Stakeholders Group status report (24th ERPB meeting)Status report by the European Payments Stakeholders Group to the ECB's Euro Retail Payments Board, covering analysis of the announced EC programme for the post-quantum migration of sensitive EU infrastructures and its impact on the banking and payments industry. Industry stakeholder group within an ECB-convened forum, flagged for review.EPSGEuropean UnionReportT2
Pontes User Requirements Document v0.5ECB user requirements document for the Pontes initiative requiring post-quantum resilient cryptographic capabilities through crypto-agility mechanisms enabling progressive migration towards standardised post-quantum cryptography.ECBEuropean UnionStandardT2
One step ahead: protecting the cyber resilience of financial infrastructures (speech)ECB speech stating that discussing post-quantum cryptography environments within the Euro Cyber Resilience Board will help understand the opportunities and risks for financial infrastructures.ECBEuropean Union2024AnnouncementT1
Technology as a new frontier for macroprudential policy (speech)ECB speech on technology and macroprudential policy noting that the US National Institute of Standards and Technology finalised the first post-quantum encryption standards.ECBEuropean Union2024AnnouncementT1
EESC Opinion on the EU's Cybersecurity Strategy (CELEX 52020AE5923)European Economic and Social Committee opinion noting the need for a transition to quantum-resistant or post-quantum cryptography and referencing the PQC standardisation process.EESCEuropean Union2021AdvisoryT1
Commission Communication COM(2024) 81 finalCommission document COM(2024) 81 final describing Post-Quantum Cryptography (PQC) as a promising approach to make communications and data resistant to quantum attacks.European CommissionEuropean Union2024ReportT1
A European Internal Security StrategyCommission communication on a European Internal Security Strategy, stating that deploying post-quantum cryptography (PQC) solutions will be crucial to safeguard sensitive communications and data at rest.European CommissionEuropean Union2025StrategyT1
Roadmap for lawful and effective access to data for law enforcementCommission roadmap on lawful and effective access to data for law enforcement, stating that deploying post-quantum cryptography (PQC) solutions and developing quantum key distribution will be crucial to safeguarding data.European CommissionEuropean Union2025RoadmapT1
Proposal COM(2026) 13 final (targeted amendments including mandatory PQC migration policies)Commission legislative proposal COM(2026) 13 final providing that Member States should be required to adopt policies for the migration to post-quantum cryptography (PQC).European CommissionEuropean Union2026RegulationT1
NIST PQC: The road aheadETSI article featuring NIST mathematician Dustin Moody, who leads NIST's post-quantum cryptography project, on the road ahead for PQC standardisation.ETSIEuropean UnionAnnouncementT4
ETSI TC ESI PQC Working Group Terms of ReferenceTerms of reference for the ETSI TC ESI PQC working group, whose work covers post-quantum cryptographic signatures and certificates, post-quantum public key infrastructures, and policies for post-quantum transition.ETSIEuropean UnionReportT4
ETSI/IQC Quantum Safe Cryptography Conference 2025Event page for the ETSI/IQC Quantum Safe Cryptography Conference 2025, featuring sessions on the post-quantum cryptography transition including the QUBIP and PQ-REACT projects.ETSIEuropean Union2025AnnouncementT4
ETSI/IQC conference: Migrate now to post-quantum cryptography!ETSI press release stating that post-quantum cryptography has become a mature technology and urging awareness-raising on quantum safety and immediate migration.ETSIEuropean UnionAnnouncementT1
ETSI/IQC Quantum Safe Cryptography Conference 2026Event page for the ETSI/IQC Quantum Safe Cryptography Conference 2026, covering quantum-safe technologies from post-quantum algorithms and quantum key distribution to hardware security modules.ETSIEuropean Union2026AnnouncementT4
ETSI launches new standard for Quantum-Safe Hybrid Key ExchangesETSI press release announcing a new standard for Quantum-Safe Hybrid Key Exchanges to secure future post-quantum encryption.ETSIEuropean UnionAnnouncementT1
Quantum Europe StrategyThe Quantum Europe Strategy (July 2025), which references a cryptography roadmap specifying quantum-safe algorithms alongside quantum communication, sensing and computing objectives. PDF hosted on the Quantum Flagship (qt.eu) site rather than an europa.eu domain.European CommissionEuropean Union2025StrategyT1
Quantum technologies: Can they boost the EU's decarbonisation?European Parliamentary Research Service briefing on quantum technologies that identifies post-quantum cryptography (PQC) as the near-to-medium-term priority, as presented in the Commission's roadmap.EPRSEuropean Union2026ReportT1
Resolution on the EU's Cybersecurity Strategy for the Digital Decade (procedure summary)Summary of the European Parliament resolution on the EU's Cybersecurity Strategy for the Digital Decade, calling for further research into post-quantum algorithms as a standard for cybersecurity.European ParliamentEuropean UnionAdvisoryT1
Cryptographic security: A question for Europe's digital sovereigntyEuropean Parliamentary Research Service briefing on cryptographic security and digital sovereignty, covering international post-quantum cryptography efforts including national PQC standard-selection competitions.EPRSEuropean Union2024ReportT1
Solving the cryptography riddle: Post-quantum computing and crypto-assets blockchain puzzlesENISA news item announcing the release of two cryptography reports, one of them on the progress of post-quantum cryptography standardisation.ENISAEuropean UnionAnnouncementT1
Post-Quantum Cryptography - Integration studyENISA report exploring the necessity to design new cryptographic protocols and integrate post-quantum systems into existing protocols.ENISAEuropean UnionReportT1
Engineering Data Protection in the wake of PQCENISA webinar discussing the latest developments and considerations on engineering personal data protection in the post-quantum cryptography context.ENISAEuropean UnionAnnouncementT1
Post-Quantum Cryptography: Anticipating Threats and Preparing the FutureENISA news item stressing that the transition to post-quantum cryptography does not end with the selection and standardisation of post-quantum algorithms.ENISAEuropean UnionAnnouncementT1
Post-Quantum Cryptography: Current state and quantum mitigationENISA study providing an overview of the current state of the standardisation process for Post-Quantum Cryptography (PQC).ENISAEuropean UnionReportT1
European Commission welcomes G7 cybersecurity declaration to strengthen global digital resilienceCommission news item welcoming a G7 cybersecurity declaration that calls for coordinated action across industry on Post-Quantum Cryptography (PQC) migration.European CommissionEuropean UnionAnnouncementT1
Survey - EU Roadmap on Post-Quantum CryptographyCommission notice of a stakeholder survey supporting the EU Roadmap on Post-Quantum Cryptography, framed by the cryptographic threats posed by quantum computing.European CommissionEuropean UnionAnnouncementT1
Commission publishes Recommendation on Post-Quantum CryptographyNews announcement of the Commission Recommendation on Post-Quantum Cryptography, encouraging Member States to develop and implement a harmonised approach.European CommissionEuropean UnionAnnouncementT1
EU reinforces its cybersecurity with post-quantum cryptographyEuropean Commission news item presenting post-quantum cryptography, based on encryption methods using complex mathematical problems, as an effective solution to quantum-era security challenges.European CommissionEuropean UnionAnnouncementT1
Commission Recommendation (EU) 2024/1101 on a Coordinated Implementation Roadmap for the transition to Post-Quantum CryptographyOfficial EUR-Lex text of Commission Recommendation (EU) 2024/1101 of 11 April 2024 on a Coordinated Implementation Roadmap for the transition to Post-Quantum Cryptography.European CommissionEuropean Union2024AdvisoryT1
A Coordinated Implementation Roadmap for the Transition to Post-Quantum CryptographyRoadmap published via the European Commission setting out recommendations Member States need to implement for a synchronised transition to post-quantum cryptography, with measures to ensure coordination.NIS Cooperation GroupEuropean UnionRoadmapT1
Enabling post-quantum cryptography (PQC) migration (industry PhD opportunity)CSIRO industry PhD project listing on developing techniques for the migration to post-quantum cryptography to secure critical infrastructure from quantum attacks.CSIROAustraliaAnnouncementT4
Submission: the impact of new and emerging information and communications technologiesSubmission to a parliamentary inquiry on new and emerging information and communications technologies that references post-quantum encryption. Issuing body is not identifiable from the listing.Parliament of AustraliaAustraliaReportT1
Parliamentary inquiry document on post-quantum cryptography implementation timelinesDocument held in the Parliament of Australia document store stating that the time required to implement post-quantum cryptography will vary with a Commonwealth entity's cyber security posture. Issuing body is not identifiable from the listing.Parliament of AustraliaAustraliaReportT1
ASD Science, Technology, Innovation and Research PrioritiesASD's published research priorities, listing mathematics and post-quantum cryptography among its priority research areas alongside quantum computing and algorithms.ASDAustralia2025StrategyT4
Australian Signals Directorate releases the Annual Cyber Threat Report 2024-25ASD news release announcing the Annual Cyber Threat Report 2024-25, urging organisations to prepare for post-quantum cryptography.ASDAustralia2025AnnouncementT1
Quantum shift: How are Australian organisations navigating the quantum frontier?CSIRO report on how Australian organisations are navigating quantum readiness, with transitioning to post-quantum cryptography among the key focus areas of proactive organisations.CSIROAustraliaReportT4
Post quantum safe transition and cyber resilienceCSIRO research programme providing guidance, tools and frameworks to identify critical assets, assess cryptographic dependencies and plan post-quantum migration pathways.CSIROAustraliaReportT4
Critical Technologies Challenge Program round 1 projectsAnnouncement of round 1 projects funded under the Critical Technologies Challenge Program, including post-quantum cryptography supportive hardware to reduce eavesdropping risks.DISRAustraliaAnnouncementT4
List of Critical Technologies in the National Interest: Quantum technologiesQuantum technologies entry in the List of Critical Technologies in the National Interest, naming post-quantum cryptography among priority technologies for improved data security.DISRAustraliaStrategyT1
National Quantum Strategy: Quantum technologiesSection of Australia's National Quantum Strategy covering the spectrum of quantum technologies, including an indicative 5-to-10-year horizon for post-quantum cryptography.DISRAustraliaStrategyT1
State of Australian Quantum Report 2024, Appendix A: Support for quantum across the Australian GovernmentAppendix to the State of Australian Quantum Report 2024 mapping government support for quantum, noting a Plan of Action that deals explicitly with adopting post-quantum cryptographic standards.DISRAustralia2024ReportT1
Senate estimates committee Hansard, 2 December 2025Senate estimates committee transcript in which senators question the Home Affairs portfolio on its handling of post-quantum cryptography.Parliament of AustraliaAustralia2025ReportT1
Budget estimates question on notice BE24-0018 (Legal and Constitutional Affairs)2024-25 Budget estimates question-on-notice response stating that entities will be encouraged to prepare for the post-quantum future by reviewing data holdings and developing a plan.Parliament of AustraliaAustralia2024ReportT1
Quantum technology primer: ComputingPrimer on quantum computing noting that as cryptographically relevant quantum computers emerge, organisations will need to rely on post-quantum cryptography.ACSCAustraliaGuidanceT1
Information Security Manual: Guidelines for cryptographyCryptography chapter of ASD's Information Security Manual, including provisions for post-quantum algorithms and post-quantum/traditional hybrid schemes.ASDAustraliaStandardT1
Initiatives in the Financial Sector Toward Quantum-Resistant SystemsBank of Japan IMES symposium presentation on financial-sector initiatives toward quantum-resistant systems, referencing the standardisation of new PQC algorithms and the European Commission's call for member-state PQC migration roadmaps.BOJ IMESJapanReportT2
Recent Trends on Research and Development of Quantum Computers and Post-Quantum CryptographyBank of Japan IMES research paper reviewing trends in quantum computing and post-quantum cryptography, including growing industry efforts toward implementation of PQC candidate algorithms.BOJ IMESJapanReportT4
Technology Trends Toward Cryptographic Migration to Post-Quantum CryptographySeminar presentation hosted by the Bank of Japan's IMES on the 'cryptography 2030 problem', covering NIST's 2024 PQC standards and the timeline for completing cryptographic migration. Presenter affiliation is not identifiable from the candidate data, so flagged for review.BOJ IMESJapanReportT4
Overseas Initiatives Toward Migration to Post-Quantum CryptographyBank of Japan Institute for Monetary and Economic Studies seminar material surveying overseas initiatives in anticipation of migration to post-quantum cryptography (PQC), noting the breadth of devices and services that rely on public-key cryptography.BOJ IMESJapanReportT4
Post-Quantum Cryptography (PQC) and Financial Institutions' ResponseBank of Japan financial-system conference material explaining what post-quantum cryptography (PQC) is and how financial institutions should respond to the migration.BOJJapan2025ReportT1
Secretariat Briefing Material, 9th Meeting of Industrial Cybersecurity Study Group WG3METI working-group material covering development of implementation technologies for post-quantum cryptography (cryptography that remains secure once quantum computers are practical) alongside tamper-resistance technologies.METIJapanReportT4
Secretariat Briefing Material, 11th Meeting of Industrial Cybersecurity Study Group WG1METI secretariat material noting the need for cryptography that remains secure in the quantum-computer era and the international standardisation of post-quantum cryptography (PQC) led by NIST and others.METIJapanReportT1
Secretariat Briefing Material, 12th Meeting of Industrial Cybersecurity Study Group WG1METI secretariat material on supporting industry's smooth migration to post-quantum cryptography (PQC), presenting cryptographic inventory work as the first step of migration.METIJapanReportT1
Cybersecurity Guidelines for Commercial Space Systems (Working Group Document)METI cybersecurity guidelines for commercial space systems, including reference material on post-quantum cryptography (PQC) in relation to currently deployed RSA and elliptic-curve public-key schemes.METIJapanGuidanceT1
Secretariat Briefing Material, 10th Industrial Cybersecurity Study GroupMETI secretariat material reviewing domestic and international moves toward migration to post-quantum cryptography (PQC) in preparation for the compromise of existing cryptography by quantum computers.METIJapan2026ReportT1
Secretariat Reference Material, 1st Digital and Cybersecurity Working GroupMETI working-group reference material setting out Japan's PQC migration deadline: as a rule, migration to post-quantum cryptography is to be completed by around 2035, with adjustments according to information criticality.METIJapanReportT1
Secretariat Briefing Material, 9th Industrial Cybersecurity Study GroupMETI secretariat material noting that, in preparation for the compromise of existing cryptography by quantum computers, countries led by the United States are advancing work on migration to post-quantum cryptography (PQC).METIJapanReportT1
Toward the Promotion of Quantum Cryptography and Quantum CommunicationsMIC policy document on promoting quantum cryptography and quantum communications, which includes formulating guidelines on post-quantum cryptography and advancing the social implementation of quantum-cryptographic systems.MICJapanStrategyT1
R&D Programme on New-Generation Cryptographic Technologies for Secure Wireless Communication Services (FY2024)MIC programme document for spectrum-fee-funded R&D on new-generation cryptography for wireless services, centred on post-quantum cryptography (PQC) including work aimed at 6G.MICJapan2024ReportT4
Quantum Computers and Their Impact on Cryptographic TechnologiesBriefing material hosted by MIC explaining how migration from current public-key cryptography to post-quantum cryptography (PQC), including lattice-based and multivariate schemes, addresses the quantum threat.MICJapanReportT4
Summary of Discussion Points to Date (Draft), MIC Cryptography Study GroupDraft summary of discussion points from an MIC study group stating that migration to post-quantum cryptography (PQC) will be necessary, and noting CRYPTREC's monitoring of cipher security and NICT's PQC evaluation research.MICJapanReportT1
R&D Results: New-Generation Cryptographic Technologies for Secure Wireless Communication ServicesResults overview of an MIC-funded research programme that developed foundational post-quantum cryptography technologies, including a new isogeny-based key-exchange scheme presented at EUROCRYPT 2023.MICJapanReportT4
FY2025 Ex-Post Project Evaluation Report (Cryptographic Technology R&D)Ministry of Internal Affairs and Communications ex-post evaluation of a research programme, addressing countermeasures against large-scale quantum computers including longer symmetric keys and migration of public-key schemes to post-quantum cryptography (PQC).MICJapan2025EvaluationT1
Post-Quantum Cryptography (PQC) and NICT's Research and DevelopmentPresentation by NICT, submitted to an MIC study group, explaining post-quantum cryptography as a drop-in replacement for current public-key cryptography secure against both quantum and classical computers, and outlining NICT's related R&D.NICTJapanReportT4
Administrative Programme Review: Study on Migration to Post-Quantum Cryptography (March 2026)Digital Agency policy-evaluation and administrative programme review document covering the agency's commissioned study on migration to post-quantum cryptography (PQC).Digital AgencyJapan2026EvaluationT1
Next-Generation Individual Number Card Task Force: Final Summary (Overview)Final summary of the Digital Agency task force on the next-generation My Number (national ID) card, which does not rule out future adoption of post-quantum cryptography and addresses contingencies should current schemes be compromised before 2050.Digital AgencyJapan2024ReportT1
Technology Trends Survey on Migration to Post-Quantum CryptographyCRYPTREC external survey report (EX-3503-2025) framing migration to post-quantum cryptography as a system-wide undertaking rather than a simple replacement of cryptographic algorithms.CRYPTRECJapan2025ReportT4
Bundestag printed paper on the PQC roadmap (DIP full text)Machine-readable full text of a Bundestag printed paper discussing the presentation of a roadmap for post-quantum cryptography in Germany and the promotion of migration to quantum-safe cryptography. May duplicate one of the included Drucksachen, flagged for review.BundestagGermanyReportT1
BSI TR-02102-2 Cryptographic mechanisms: recommendations on TLSBSI Technical Guideline with recommendations for the use of the Transport Layer Security (TLS) protocol, part of the TR-02102 series of cryptographic recommendations. Explicit PQC reference not visible in the candidate snippet, flagged for review.BSIGermanyStandardT1
PQC update from BSI: policies, activities and roadmap (presentation)BSI conference presentation outlining the agency's PQC policies, activities and roadmap, including continued migration to post-quantum cryptography for high-security applications. Hosted on a conference platform rather than an official BSI domain, flagged for review.BSIGermanyReportT1
Federal Report on Research and Innovation 2020Federal Government report on research and innovation referencing post-quantum cryptography, whose aim is to develop encryption schemes that remain secure in the era of quantum computers.BMBFGermany2020ReportT4
Digital. Secure. Sovereign. (IT security research framework programme)Federal research framework programme for IT security noting that diverging international developments are expected for new algorithms such as post-quantum cryptography.BMBFGermanyStrategyT4
Research programme quantum systemsBMBF federal research programme on quantum systems that covers post-quantum cryptography (PQK) among the topics addressed in the programme.BMBFGermanyStrategyT4
Agenda for cybersecurity researchBMBF cybersecurity research agenda that includes researching post-quantum cryptography and bringing it into broad application to be prepared for the future era of quantum computers.BMBFGermanyStrategyT4
Federal Government action plan for quantum technologies (Handlungskonzept)Federal Government action plan for quantum technologies, which addresses post-quantum cryptography as an important element in the quantum technology context, noting it is implemented on classical hardware.BundesregierungGermany2023StrategyT1
Bringing post-quantum cryptography into applications (funding call)BMBF funding announcement for projects on the development and analysis of cryptographic schemes that withstand quantum computers, aimed at bringing post-quantum cryptography into application.BMBFGermany2022AnnouncementT1
Looking ahead: how will quantum computing change banking? (speech)Bundesbank speech on quantum computing in banking, noting the Federal Government's goal of initiating the migration to post-quantum cryptography in security-critical areas by 2026.BundesbankGermanyAnnouncementT1
Bundesrat printed paper 166/24 on post-quantum cryptographyBundesrat printed paper describing post-quantum cryptography (PQC) as a promising approach and referencing the BSI's recommendations for action on post-quantum cryptography.BundesratGermany2024ReportT1
Bundesrat session 1065 explanatory note on PQC migration in national cybersecurity strategiesExplanatory note for the Bundesrat's 1065th session concerning an obligation for member states to adopt concepts for the migration to post-quantum cryptography (PQC) within their national cybersecurity strategies.BundesratGermany2026ReportT1
Bundestag printed paper 20/8104 on post-quantum cryptography readinessBundestag printed paper stating that Germany is well positioned on post-quantum cryptography and that the BSI issued early recommendations for the migration to PQC.BundestagGermanyReportT1
Bundestag printed paper 21/2526 on the transition to quantum-safe cryptographyBundestag printed paper stating that a national project plan for the transition to quantum-safe cryptography is currently being drawn up in line with the relevant recommendation.BundestagGermanyReportT1
Government plans roadmap for post-quantum cryptographyBundestag news item reporting that the Federal Government plans a roadmap for post-quantum cryptography and supports implementation through the funding directive 'Bringing post-quantum cryptography into applications'.BundestagGermanyAnnouncementT1
BSI TR-02102-1 Cryptographic mechanisms: recommendations and key lengthsTechnical Guideline in which BSI provides an assessment of cryptographic mechanisms and key lengths; recent updates extend the recommendations to post-quantum cryptography.BSIGermanyStandardT1
Position paper on quantum key distributionPosition paper on quantum key distribution published by BSI under its quantum technologies and quantum-safe cryptography workstream.BSIGermanyAdvisoryT1
Post-quantum cryptography (topic page)BSI information page explaining post-quantum cryptography as cryptographic schemes assumed to remain unbreakable even with the help of a quantum computer.BSIGermanyGuidanceT1
BSI and partners from 17 other EU member states demand transition to post-quantum cryptographyBSI press release announcing that BSI and partner agencies from 17 other EU member states jointly call for the transition to post-quantum cryptography.BSIGermany2024AnnouncementT1
Cooperation group publishes EU roadmap for quantum-safe cryptography (press release)BSI press release on the publication of an EU roadmap for quantum-safe cryptography, prepared by a working group on post-quantum cryptography established in 2024.BSIGermany2025AnnouncementT1
Transition deadlines agreed for post-quantum cryptography in classified IT (VS-IT)BSI announcement that deadlines have been agreed for migrating German classified IT systems (VS-IT) to post-quantum cryptography.BSIGermany2025AnnouncementT1
Transitioning to Post-Quantum Cryptography (joint statement)Joint statement hosted and co-signed by BSI on transitioning to post-quantum cryptography, noting that several well-studied PQC alternatives to currently deployed vulnerable cryptography are available.BSIGermany2025AdvisoryT1
Statement on advancing a coordinated roadmap for the post-quantum cryptography transition in the financial sectorBanque de France communiqué relaying a statement on advancing a coordinated roadmap for the transition to post-quantum cryptography in the financial sector, likely linked to the G7 Cyber Expert Group; flagged for routing review.Banque de FranceFranceAnnouncementT1
Securing central bank regulatory file transfers with post-quantum cryptographyReport on an experiment securing central bank regulatory file transfers, defining post-quantum cryptography as a field focused on algorithms resistant to quantum-computer attacks.Banque de FranceFrance2025ReportT2
Banque de France announces successful experiment securing data with post-quantum cryptographyPress release announcing the success of an experiment securing regulatory data using post-quantum cryptography, which aims to develop protection methods resistant to advanced quantum technologies.Banque de FranceFranceAnnouncementT2
Banque de France and Monetary Authority of Singapore conduct a joint post-quantum cryptography experimentPress release on a Banque de France and MAS experiment integrating post-quantum cryptography. Joint document also relevant to Singapore.Banque de FranceFrance2024AnnouncementT2
Post-Quantum Cryptography (Banque de France and Monetary Authority of Singapore report)Joint report by the Banque de France and the Monetary Authority of Singapore on using post-quantum cryptography to strengthen communication and data security against quantum computing advances.Banque de FranceFrance2024ReportT2
ACPR raises ecosystem awareness on preparing for post-quantum cryptographyACPR publication urging the financial ecosystem to prepare for post-quantum cryptography, describing the PQC migration as a long-term technical undertaking.ACPRFranceAdvisoryT1
Post-quantum transition: technical objectives (ANSSI)ANSSI material on the technical objectives of the post-quantum transition, stating that post-quantum security will be strongly recommended for long-term security and listing criteria. Hosted on the third-party PTCC site; flagged for provenance review.ANSSIFrance2024GuidanceT1
Call for projects: Post-quantum cryptography (France 2030)Call for projects carried by the National Quantum Strategy to develop the French post-quantum cryptography offer, operated by Bpifrance under France 2030.BpifranceFranceAnnouncementT1
Post-quantum cryptography projects (National Quantum Strategy)Portal page presenting post-quantum cryptography projects funded under the national quantum strategy, including the PQC software-library specialist CryptoNext Security.France 2030FranceReportT4
Post-quantum cryptography (National Quantum Strategy portal)Post-quantum cryptography pillar page of the France 2030 national quantum strategy portal, noting ANSSI's recently updated opinion on PQC migration.France 2030FranceStrategyT1
Resolutions published in the Journal Officiel referencing the post-quantum cryptography transitionResolution text published in the Journal Officiel stating that the modalities of the post-quantum transition should be adapted to the deployment timetable. Exact instrument unclear from the candidate record; flagged for review.JORFFranceRegulationT1
Law No. 2023-703 of 1 August 2023 on military programming for 2024-2030Military programming law whose technology priorities explicitly include the transition to post-quantum cryptography alongside other defence capabilities.Parlement françaisFrance2023RegulationT1
Order of 17 March 2022 approving the specifications of the 'Post-Quantum Cryptography' call for projectsMinisterial order approving the specifications of the France 2030 'Cryptographie Post-Quantique' call for projects under the technology-maturation and R&D action.Gouvernement françaisFrance2022RegulationT1
Quantum computing vocabulary (official terminology list)Official terminology list published in the Journal Officiel defining French quantum-computing terms, including 'cryptographie post-quantique' with the English equivalent post-quantum cryptography.Commission d'enrichissement de la langue françaiseFranceStandardT1
OPECST Science and Technology Briefing No. 45 (English)Parliamentary briefing that mentions post-quantum cryptography in the context of infrastructure resilience. PQC appears only in passing; flagged for relevance review.OPECSTFranceReportT1
Senate written question on payment card security and post-quantum cryptographyWritten question on the security of card payments facing quantum computing; the government answer notes that ANSSI participates actively in post-quantum cryptography work.SénatFrance2025ReportT1
The French quantum strategy (OPECST public hearing report)Senate report on the French national quantum strategy, including a round table on quantum communications and post-quantum cryptography methods.OPECSTFranceReportT1
National Assembly finance committee amendment on quantum technologies and post-quantum cryptographyFinance committee amendment referring to quantum computing, post-quantum cryptography and quantum sensing, citing China's announced series production. Flagged for review as a proposed amendment rather than adopted law.Assemblée nationaleFranceRegulationT1
National Assembly amendment referencing post-quantum cryptography (open data record)Open-data record of a parliamentary amendment whose text refers to post-quantum cryptography and communications. Flagged for review as a machine-format legislative document.Assemblée nationaleFranceRegulationT1
OPECST hearing minutes of 20 January 2022 on quantum and post-quantum cryptographyCommittee minutes distinguishing quantum cryptography, which enables highly secure encryption, from post-quantum cryptography. Possible overlap with the Senate report on the French quantum strategy; flagged for review.OPECSTFrance2022ReportT1
OPECST public hearing record on post-quantum cryptography (session record N119)Record of a public parliamentary hearing addressing post-quantum cryptography, broadcast on the Senate website. Raw-format committee record; flagged for review against the related Senate hearing report.OPECSTFrance2022ReportT1
OPECST report No. 4933 (15th legislature) on quantum technologiesParliamentary report discussing post-quantum cryptography and the standardisation call for PQC algorithms that attracted strong participation.OPECSTFranceReportT1
Quantum and post-quantum cryptography (OPECST Scientific Note No. 18)Parliamentary scientific note of the Office for the Evaluation of Scientific and Technological Choices covering quantum cryptography and post-quantum cryptography, which relies on classical encryption algorithms.OPECSTFrance2019ReportT1
A Coordinated Implementation Roadmap for the Transition to Post-Quantum CryptographyANSSI's republication of the EU work stream's roadmap for a coordinated implementation of the transition to post-quantum cryptography. EU-level document co-developed by member states; flagged for routing review against the EUU entry.EU PQC Work Stream (via ANSSI)FranceRoadmapT1
Post-quantum cryptography: ANSSI's workNews page describing ANSSI's work on post-quantum cryptography, presented as a new generation of cryptographic algorithms.ANSSIFranceAnnouncementT1
First security visas including post-quantum cryptographyANSSI announces the first security visas covering products that include post-quantum cryptography, which the agency regards as the most promising path to guard against the quantum threat.ANSSIFranceAnnouncementT1
ANSSI shares two market studies on post-quantum cryptographyNews item announcing two ANSSI market studies on post-quantum cryptography conducted across the French ecosystem.ANSSIFranceAnnouncementT1
FAQ on post-quantum cryptography (PQC)ANSSI FAQ explaining that the transition to post-quantum cryptography rests on the availability of a trusted PQC product offering on the market.ANSSIFranceGuidanceT1
Post-quantum cryptography (PQC)ANSSI's thematic page presenting post-quantum cryptography as a set of traditional cryptographic algorithms, including key establishment and digital signatures, intended to resist attacks by quantum computers.ANSSIFranceGuidanceT1
Enhancing the Privacy of a Digital Pound (MIT report)Report on privacy-enhancing technologies for a digital pound, hosted by the Bank of England, stating that assessment of PETs for CBDCs should consider compatibility with post-quantum security. Authored by MIT researchers rather than the Bank itself, so flagged for review.Bank of EnglandUnited KingdomReportT4
John Taylor questionnaire, January 2024Appointment questionnaire published by the Bank of England noting that quantum computing could undermine standard methods for encrypting data and referencing post-quantum cryptography. PQC mention is incidental to the document's purpose, so flagged for review.Bank of EnglandUnited Kingdom2024ReportT1
Written evidence on quantum technologies (QUT0015)Written evidence submitted to a UK parliamentary inquiry on quantum technologies, defining post-quantum cryptography as classical cryptographic protocols believed to be resilient to quantum computing attacks. Submitter could not be identified from the candidate, so flagged for review.UK Parliament (committee evidence)United KingdomReportT4
Written evidence to a UK Parliament committee on quantum technologies (121374)Written evidence submitted to a UK parliamentary committee discussing post-quantum cryptography (PQC) algorithms as classical algorithms hoped to be secure against quantum computers. Submitter could not be identified from the candidate, so flagged for review.UK Parliament (committee evidence)United KingdomReportT4
Financial Stability Report - December 2025Bank of England Financial Stability Report discussing post-quantum cryptography (PQC) and urging firms to prepare and plan for PQC migration now, including mapping the software and hardware needed.Bank of EnglandUnited Kingdom2025ReportT1
2025 CBEST thematicBank of England thematic findings from CBEST threat-led penetration testing, noting that the work supports organisations' progress toward post-quantum cryptography (PQC) readiness, with discovery as a key milestone.Bank of EnglandUnited Kingdom2025EvaluationT3
A systemic risk perspective on operational resilience (speech)Bank of England keynote speech stating that, given firm dependencies on third-party vendors, the transition to post-quantum cryptography is broader than individual firms' risk appetites.Bank of EnglandUnited Kingdom2025AnnouncementT1
The Bank of England's approach to innovation in artificial intelligence, DLT and quantum computingBank of England report on its approach to technological innovation, including developed risk scenarios for post-quantum threats such as encrypted data harvesting and quantum-enhanced trading.Bank of EnglandUnited Kingdom2025ReportT1
Google Quantum Computing Chip - House of Commons debate (Hansard)Hansard record of a House of Commons debate on quantum computing in which post-quantum cryptography is discussed as the means to prevent the so-called Y2Q ('year to quantum') end of privacy.UK ParliamentUnited Kingdom2025ReportT1
Quantum Technology - parliamentary written question and answer (8496)Parliamentary written question and government answer noting that, following publication of post-quantum cryptography standards, the NCSC has published details of how it will help organisations plan their migration to PQC.UK ParliamentUnited Kingdom2024AnnouncementT1
Quantum Technology - parliamentary written question and answer (40037)Parliamentary written question and government answer on quantum technology, referencing guidance focused on migrating to post-quantum cryptography to mitigate the future quantum threat to encryption services.UK ParliamentUnited Kingdom2025AnnouncementT1
Quantum computing, sensing and communications (POSTnote PN 0742)Research briefing by the Parliamentary Office of Science and Technology noting that the UK National Cyber Security Centre has recommended organisations start moving to post-quantum cryptographic methods now.POST (UK Parliament)United KingdomReportT1
Perspectives on the plan for PQC transitionIndependent research published on GOV.UK setting out regulator and industry perspectives on the current plan for the transition to post-quantum cryptography.UK GovernmentUnited KingdomReportT4
Post-quantum cryptography (NCSC Annual Review 2024 chapter)Chapter of the NCSC Annual Review 2024 identifying migration to post-quantum cryptography as the primary mitigation against the quantum threat to current cryptography.NCSCUnited Kingdom2024ReportT1
Migrating to post-quantum cryptography (NCSC Annual Review 2025 chapter)Chapter of the NCSC Annual Review 2025 describing migration to post-quantum cryptography as an international effort to protect against a future large-scale quantum computer.NCSCUnited Kingdom2025ReportT1
Post-quantum cryptography (PQC) pilot under the Assured Cyber Security Consultancy schemeNCSC pilot scheme assuring consultancies that meet the scheme Standard for post-quantum cryptography; assured consultancies will support the NCSC's PQC work with organisations.NCSCUnited KingdomAnnouncementT1
RFC 9794: a new standard for post-quantum terminologyNCSC post introducing RFC 9794, a new standard for post-quantum cryptography terminology, in the context of NIST's publication of PQC standards.NCSCUnited KingdomAnnouncementT1
Future of Cybersecurity: Leadership Needed to Fully Define Quantum Threat Mitigation Strategy (GAO-25-107703)GAO report on quantum threat mitigation noting that OMB's Report on Post-Quantum Cryptography provided a migration cost estimate of $7.1 billion and reviewing how PQC standards documents were developed.GAOUnited States2025ReportT1
Leadership Needed to Coordinate Cyber Threat Mitigation Strategy (GAO-25-108590)GAO report identifying central goals of the national quantum threat mitigation strategy, including standardising post-quantum cryptography, and noting the cost and challenge of migrating federal systems to PQC.GAOUnited States2025ReportT1
Science & Tech Spotlight: Securing Data for a Post-Quantum WorldGAO science and technology spotlight on post-quantum cryptography, the new encryption methods being developed and standardised to counter cryptographically relevant quantum computers.GAOUnited States2023ReportT1
S. 2558 (119th Congress) - Introduced Senate Bill on Federal Quantum Migration AssessmentSenate bill requiring the Subcommittee on the Economic and Security Implications of Quantum Information Science to assess possible migration by federal entities; explicit PQC wording not visible in the candidate text.U.S. CongressUnited StatesRegulationT1
S. 3312 (119th Congress) - Introduced Senate BillSenate bill introduced in the first session of the 119th Congress, surfaced in post-quantum cryptography search results; the candidate text does not show its subject matter.U.S. CongressUnited States2025RegulationT1
Preparing Secrets for a Post-Quantum World - National Security Memorandum 10Congressional Research Service insight on National Security Memorandum 10, signed by President Biden on May 4, 2022, which directs U.S. preparation for the post-quantum transition.CRSUnited States2022ReportT1
Post Quantum Cybersecurity Standards Act (H.R. 3259, 119th Congress) - Bill TextBill amending the National Quantum Initiative Act and the Cyber Security Research and Development Act to advance rapid deployment of post-quantum cybersecurity standards across the U.S. economy and support cryptography research at NIST and NSF.U.S. CongressUnited States2025RegulationT1
Preparing for Post-Quantum Cryptography (Infographic)Infographic guide to help organisations create effective plans to ensure the continued security of essential data against the post-quantum threat.DHSUnited States2021GuidanceT1
Post-Quantum Cryptography Frequently Asked QuestionsFAQ document on post-quantum cryptography accompanying the DHS roadmap, noting NIST's plan to publish PQC standards in 2024.DHSUnited States2021GuidanceT1
Memorandum on Preparing for Post-Quantum CryptographyDHS memorandum providing guidance to component heads to begin preparing the transition from current cryptography standards to post-quantum cryptography.DHSUnited StatesGuidanceT1
2024 Report on the Cybersecurity Posture of the United StatesAnnual posture report describing federal engagement with stakeholders to prepare for a post-quantum future, including NIST's August 2023 submission of draft PQC standards for public comment.ONCDUnited States2024ReportT1
Playbook for Strengthening Cybersecurity in Federal Grant ProgramsPlaybook for embedding cybersecurity in federal grant programs; its template material references post-quantum cryptography among mitigation measures, but PQC is not the document's subject.White HouseUnited States2024GuidanceT1
Technical Design Choices for a U.S. Central Bank Digital Currency SystemWhite House technical analysis of design choices for a potential U.S. CBDC system, raising questions on how quantum computers would affect public-key cryptography and how the system would change post-quantum.OSTPUnited States2022ReportT4
OFCIO Impact Report 2024OMB Office of the Federal CIO impact report noting initiating steps for federal agency migration to post-quantum cryptography and the establishment of an interagency PQC Migration Working Group.OMB OFCIOUnited States2024ReportT1
National Cybersecurity Strategy Implementation Plan (Version 2)Second version of the National Cybersecurity Strategy implementation plan, including the initiative 'Prepare for Our Post-Quantum Future' and assessment of PQC impacts on the supply chain.White HouseUnited States2024StrategyT1
Report on Post-Quantum CryptographyWhite House report describing how post-quantum cryptography addresses the security challenge posed by cryptanalytically relevant quantum computers through different mathematical algorithms.OMBUnited States2024ReportT1
Memorandum M-25-34: Fiscal Year 2027 Administration Research and Development Budget Priorities and Cross-Cutting ActionsOMB memorandum setting FY 2027 federal R&D budget priorities; surfaced in post-quantum cryptography search results but the candidate text shows no explicit PQC reference.OMBUnited States2025StrategyT1
Strengthening American Leadership in Digital Financial Technology (Report under EO 14178)White House digital assets report referencing NIST's post-quantum cryptography standardization project, launched in 2016 to solicit, evaluate and standardise quantum-resistant algorithms.White HouseUnited States2025ReportT1
President Trump's Cyber Strategy for AmericaNational cyber strategy committing to promote the adoption of post-quantum cryptography and secure quantum computing, alongside securing the AI technology stack.White HouseUnited States2026StrategyT1
Executive Order: Sustaining Select Efforts to Strengthen the Nation's Cybersecurity and Amending Executive Order 13694 and Executive Order 14144Executive order directing preparation for the transition to post-quantum cryptography, including agency-level actions due by December 1, 2025, once PQC products are widely available.White HouseUnited States2025RegulationT1
Memorandum M-23-02: Migrating to Post-Quantum CryptographyOMB memorandum describing preparatory steps federal agencies must take to begin their transition to PQC, starting with a prioritised cryptographic inventory.OMBUnited States2022RegulationT1
Cybersecurity Speaker Series: Preparing for Post-QuantumNSA news highlight for a Cybersecurity Speaker Series episode on preparing for post-quantum cryptography; video content rather than a policy document.NSAUnited StatesAnnouncementT1
NSA Releases Future Quantum-Resistant (QR) Algorithm Requirements for National Security Systems (CNSA 2.0)Announces the Commercial National Security Algorithm Suite 2.0, algorithms analysed as secure against both classical and quantum computers that will eventually be required for National Security Systems.NSAUnited StatesAnnouncementT1
CSfC Post-Quantum Cryptography Guidance Addendum 1.0 (Draft 5)Draft addendum to the Commercial Solutions for Classified capability packages clarifying the usage of post-quantum cryptography technologies and product selections.NSAUnited StatesGuidanceT1
NSA's Cybersecurity Perspective on Post-Quantum Cryptography AlgorithmsStates NSA CSD's position that it does not currently anticipate approving additional post-quantum cryptographic technologies for National Security Systems usage.NSAUnited StatesAdvisoryT1
Strategy for Migrating to Automated Post-Quantum Cryptography Discovery and Inventory ToolsCISA strategy for moving federal agencies to automated PQC discovery and inventory tooling, following OMB Memorandum M-23-02 on migrating to post-quantum cryptography.CISAUnited States2024StrategyT1
Post-Quantum Considerations for Operational TechnologyExamines the specific risks quantum computing could pose to industrial control systems and other operational technology, building on CISA's post-quantum migration work.CISAUnited States2024GuidanceT1
Quantum-Readiness: Migration to Post-Quantum CryptographyJoint CISA, NSA and NIST factsheet with recommendations to establish a Quantum-Readiness Roadmap and steps to prepare migration to post-quantum cryptography.CISAUnited StatesGuidanceT1
Product Categories for Technologies That Use Post-Quantum Cryptography StandardsGuidance identifying hardware and software product categories that currently support or are expected to support post-quantum cryptography standards, to aid PQC adoption.CISAUnited StatesGuidanceT1
Transition to Post-Quantum Cryptography Standards (NIST IR 8547, initial public draft)Initial public draft setting out the transition from quantum-vulnerable cryptographic algorithms to the three post-quantum cryptography standards NIST has released.NISTUnited States2024RoadmapT1
New Draft White Paper: PQC Migration - Mappings to Risk Framework DocumentsNCCoE announcement of a draft white paper from its Migration to PQC project, a collaboration with industry, mapping post-quantum cryptography migration to risk-framework documents.NIST NCCoEUnited StatesAnnouncementT2
Post-Quantum Cryptography Project FAQsFrequently asked questions for NIST's PQC standardization project, covering technical implementation details such as acceptable key-pair and KeyGen seed formats.NISTUnited StatesGuidanceT1
What Is Post-Quantum Cryptography?NIST explainer describing post-quantum cryptography as a defence against potential cyberattacks from quantum computers and distinguishing it from quantum cryptography.NISTUnited StatesAnnouncementT1
Secretariat Briefing Material, VC/DIW Governance Working Group (Technology)Digital Agency working-group material on verifiable credentials and digital identity wallet governance, noting the importance of crypto-agility designed with future PQC support in mind.Digital AgencyJapan2026ReportT1
FY2026 Budget and Organisational Staffing Plan OverviewDigital Agency FY2026 (Reiwa 8) budget and staffing overview that lists promotion of government migration to post-quantum cryptography (PQC) among its trust-policy priorities.Digital AgencyJapan2026ReportT1
Next-Generation My Number Card Task Force - Interim SummaryInterim summary of the Digital Agency task force on the next-generation My Number identity card, which keeps open the future adoption of post-quantum cryptography (PQC) in case current schemes are compromised before 2050.Digital AgencyJapan2023ReportT1
Digital Minister Press Conference on Post-Quantum Cryptography (21 November 2025)Press conference by Japan's Digital Minister discussing post-quantum cryptography (PQC) as cryptography secure against both quantum and conventional computers.Digital AgencyJapan2025AnnouncementT1
Liaison Council on the Use of Post-Quantum Cryptography (PQC) in Government AgenciesCabinet Secretariat page for the inter-ministerial liaison council established to examine and promote measures for the use of post-quantum cryptography across Japanese government agencies, in close coordination among the relevant ministries.Cabinet SecretariatJapanAnnouncementT1
Cryptographic Technology Evaluation Committee Activity Report (2025)Activity report of CRYPTREC's Cryptographic Technology Evaluation Committee, covering the standing working group on post-quantum cryptography and security and implementation-performance evaluation of the NIST FIPS 203, 204 and 205 standards.CRYPTRECJapan2025ReportT3
Publication of the PQC Guideline (FY2024 Edition) and the PQC Research Trends Survey ReportCRYPTREC notice of 2 April 2025 announcing publication of the FY2024 edition of the Cryptographic Technology Guideline on post-quantum cryptography together with a survey report on PQC research trends.CRYPTRECJapan2025AnnouncementT1
CRYPTREC Cryptographic Technology Guideline - Post-Quantum Cryptography (2022)First edition of CRYPTREC's guideline on post-quantum cryptography (GL-2004-2022), setting out the necessity of PQC and surveying candidate algorithm families.CRYPTRECJapan2022GuidanceT1
CRYPTREC Cryptographic Technology Guideline - Post-Quantum Cryptography (FY2024 Edition)CRYPTREC's updated guideline on post-quantum cryptography (CRYPTREC GL-2007-2024), covering quantum-resistant public-key algorithms and defining PQC for Japanese government and industry use.CRYPTRECJapan2024GuidanceT1
Roadmap to Quantum Network (NICT Report 2022)NICT R&D roadmap for quantum networks and QKD deployment in Japan. The visible content concerns quantum key distribution rather than an explicit post-quantum cryptography reference, so flagged for review.NICTJapan2022RoadmapT4
The Quantum Safe Transition: Reality, Hurdles and PathwaysCSIRO report examining why transitioning to post-quantum cryptography is a priority for Australia and the realities, hurdles and pathways of the quantum-safe transition.CSIROAustraliaReportT4
Stay ahead of the quantum threat with post-quantum cryptographyNews item from the Australian Cyber Security Centre urging organisations to prepare for the quantum threat by adopting quantum-resistant cryptographic algorithms.ACSCAustraliaAnnouncementT1
Planning for post-quantum cryptographyACSC guidance on planning the migration to post-quantum cryptography, covering the creation and analysis of quantum-resistant cryptographic algorithms.ACSCAustraliaGuidanceT1
Quantum technologies and quantum-safe cryptography (topic page)BSI topic page on quantum technologies and quantum-safe cryptography, referencing the BSI guideline 'Quantum-safe cryptography - fundamentals, current developments and recommendations'.BSIGermanyGuidanceT1
France National Quantum Strategy Annual Report 2022Annual report of the French quantum strategy established in 2021 under the France 2030 plan. The candidate record does not show an explicit PQC passage; flagged for verification.France 2030France2022ReportT1
ANSSI views on the Post-Quantum Cryptography transitionANSSI position guide on the transition to post-quantum cryptography, describing PQC as a family of cryptographic algorithms and setting out the agency's views on migration. Published on ANSSI's official guides portal, dated 1 February 2026.ANSSIFrance2026AdvisoryT1
Post-Quantum Cryptography: CISA, NIST, and NSA Recommend How to Prepare NowJoint CISA, NIST, and NSA press release announcing the Quantum-Readiness factsheet, recommending that organizations develop a quantum-readiness roadmap and prepare for implementation of post-quantum cryptographic standards.NSAUnited States2023AnnouncementT1
Migration to Post-Quantum CryptographyNCCoE project translating PQC standards into practice, addressing the discovery of quantum-vulnerable public-key algorithms in hardware, software and services in collaboration with industry.NIST NCCoEUnited StatesGuidanceT2
Post-Quantum CryptographyDHS guidance hub to help organisations prepare for the transition to post-quantum cryptography by identifying, prioritising and protecting potentially vulnerable data and systems.DHSUnited StatesGuidanceT1
Post-Quantum Cybersecurity ResourcesNSA resource page on post-quantum cybersecurity, including the agency's position on quantum key distribution and quantum-resistant algorithms for National Security Systems.NSAUnited StatesGuidanceT1
Post-Quantum Cryptography Standardization ProjectHub of NIST's Post-Quantum Cryptography project, which leads the national and global effort to standardise cryptographic algorithms secure against future quantum computers.NISTUnited StatesStandardT1
Post-Quantum Cryptography InitiativeCISA initiative to unify and drive efforts with interagency and industry partners to address the threats posed by quantum computing to cryptography.CISAUnited StatesStrategyT1
Next steps in preparing for post-quantum cryptographyNCSC whitepaper presenting post-quantum cryptography (PQC) as the best mitigation against the quantum threat to traditional public-key cryptography and setting out preparatory steps for organisations.NCSCUnited Kingdom2025GuidanceT1
Timelines for migration to post-quantum cryptographyNCSC guidance setting dated milestones for PQC migration: discovery by 2028, highest-priority migration by 2031, and complete migration of all systems, services and products by 2035.NCSCUnited Kingdom2025RoadmapT1

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