A Quantum-Safe Center Should Be Measured by Migration Outcomes
Sarawak AI Centre and IBM plan a regional quantum-safe hub. Its value will depend on measurable discovery coverage, owned remediation, skills transfer,…
Practical analysis for leaders building cryptographic visibility, sequencing post-quantum migration, governing risk, and producing evidence that stands up to scrutiny.
Migration planning, standards, crypto agility, and the work of moving beyond quantum-vulnerable cryptography.
Sarawak AI Centre and IBM plan a regional quantum-safe hub. Its value will depend on measurable discovery coverage, owned remediation, skills transfer,…
NIST’s current Threshold Call previews span post-quantum and traditional schemes. Distributed authority improves resilience only when participants, shares, protocols, recovery, and evidence…
ATIS’s telecom-specific CBOM profile highlights the hardest 5G inventory problem: cryptographic dependencies cross network functions, interfaces, suppliers, and operational owners.
The Applied Quantum CBOM Profile 1.0 release candidate adds migration and governance context to CycloneDX. Its design highlights how extensions should remain…
Axiom Space reports a ground-based PQC workload migration ahead of an on-orbit demonstration. The milestone shows why cryptographic state, dependencies, and test…
Cloudflare’s new per-connection TLS key-exchange telemetry shows why configured PQC support, negotiated protection, client coverage, and origin coverage are different measures.
NSA’s new PQC measures require new commercial National Security Systems to support quantum-resistant algorithms in 2027 and phase out incapable legacy systems…
Cloudflare’s planned post-quantum certificate authority shows why WebPKI migration must govern issuance logs, mirrors, client landmarks, fallback paths, and certificate policy.
NATO’s new Quantum Technology Roadmap puts post-quantum cryptography inside a broader program of standards, pilots, industry readiness, and allied interoperability.
The latest X-Wing draft combines X25519 and ML-KEM-768, illustrating why hybrid cryptography needs exact names, versions, implementations, and use-context records.