G7 Warns: Transition to Post-Quantum Cryptography Crucial Now to Thwart Future Quantum Threats

September 3, 2026
G7 Warns: Transition to Post-Quantum Cryptography Crucial Now to Thwart Future Quantum Threats
  • The G7 cybersecurity working group calls for an urgent pivot to post-quantum cryptography as current progress toward quantum-enabled threats accelerates, warning of data being harvested now that could be decrypted later.

  • The core message is that transitioning to PQC is a necessary, collaborative effort to bolster resilience of digital infrastructure and supply chains against both classical and quantum threats.

  • While the timeline for cryptographic readiness is uncertain, the urgency is driven by real-world threats that could compromise authentication and supply chains once quantum-ready capabilities mature.

  • Executive actions and deadlines are noted, including moves to accelerate PQC adoption toward 2030, with private sector players like Google aiming for 2029.

  • NIST has identified three viable PQC algorithms, and New Zealand is aligning with international standards to standardize procurement of quantum-resistant systems.

  • EU has begun a regional push with a 2026 start and 2030 targets for high-risk systems, signaling regulatory momentum that could influence global compliance.

  • Progress from major hardware players and collaborations, such as NSA-DoD/Army initiatives, are accelerating the domestic quantum ecosystem and safeguarding supply chains.

  • Key recommendations include boosting domestic PQC expertise, funding R&D, piloting quantum-safe tech, and creating playbooks and case studies to share lessons across sectors.

  • Regulatory momentum is evident, with finalized NIST standards from 2024 and upcoming CNSA 2.0 deadlines; a broader readiness push targets 2030 for national security systems.

  • U.S. standards plans also call for phasing out older ECDSA and banning it after 2035 to accelerate adoption of standardized post-quantum cryptography.

  • Five priorities guide the transition: raise awareness, develop national quantum-safe strategies, fund R&D and pilots, strengthen public-private partnerships, and embed PQC into cybersecurity requirements and procurement.

  • This framework emphasizes a comprehensive, cross-sector shift rather than a piecemeal approach to PQC adoption.

Summary based on 14 sources


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