Why quantum‑safe technology is needed, what to expect from the transition, and the latest on the Quantum Threat.
A practical overview of why today’s signatures and key exchange won’t stand up to scalable quantum machines—and what a staged migration looks like for wallets, exchanges, and L1s.
From standards and wallets to exchange listings and custody policies—how post-quantum cryptography adoption changes workflows, costs, and UX.
Business Wire reports the NYSE is building a tokenized securities platform, signaling institutional readiness for on-chain market structure.
An explainer of why certain cryptographic assumptions change under quantum capabilities and what that implies for asset safety.
ECDSA chains face quantum key theft; QP keeps ED25519 speed while adding validator-sharded 2FA so stolen keys alone can’t move funds.
How shard-quorum 2FA, ED25519 speed, and simple REST endpoints let exchanges list and settle QP quickly while staying quantum-resilient.
How verified device 2FA, rotating addresses, and PQ signatures change wallet design, recovery, and UX.
What to track as post-quantum algorithms, key sizes, and interoperability specs move from research to production.
Operational phases for exchanges and custodians: inventory, dual-stack, sign/verify gateways, cutoff dates.
How to stand up PQ verification in staging without breaking legacy flows; test vectors and compatibility checks.
Coexistence periods, replay protection, and how to set dates for deprecating legacy signing.