Blog / Quantum Cryptography
Quantum Cryptography
165 articles in this category.
Post-Quantum TLS Readiness: The Critical 2026 Gap Report
32,011 domains scanned: 0% use hybrid PQC certificates and 15.7% still run TLS 1.2. See where your authentication layer is exposed and act now.
Fault-Tolerant Quantum Computers: Critical Qubit Reality Check
How many qubits to simulate a quantum dot? New estimates put hard numbers on early fault-tolerant machines. See what it means for PQC timing.
GKP State Creation: Critical ML Surrogate Cuts Sim Cost 90%
A machine-learning surrogate screens photonic GKP-state circuits 90% faster by skipping #P-complete hafnians. See why CISOs should track it now.
Quantum-Safe V2X: Hybrid Certificates Secure Connected Cars
ECC-based vehicle credentials face quantum collapse. See how hybrid ECC+PQC certificates protect V2X privacy without breaking SCMS. Plan your migration.
Quantum Key Distribution Hits Record Rate on Live Fiber
A four-core fiber QKD demo set a record per-pulse key rate over deployed cable. See what HD-QKD means for your encryption roadmap. Read on.
Cryptographic Agility: Critical API Design for PQC Survival
Cryptographic agility turns PQC migration from a costly code rewrite into a policy change. See how intent-based APIs future-proof your crypto stack today.
Non-Abelian Surface Codes: Critical Shift for PQC Timelines
Constant-depth 2D quantum gates bypass a core scaling limit. What does this mean for your post-quantum cryptography migration deadline?
Repeated Quantum Error Correction: A Critical PQC Signal
Neutral-atom processors ran 90 cycles of error correction with qubit reloading. Here's what fault-tolerant scaling means for your crypto migration.
Adiabatic Quantum Gates Hit 0.39 µs: Critical PQC Signal
Adiabatic quantum gates now reach 99.91% fidelity in 0.39 µs. Learn what this Rydberg-atom advance means for your PQC migration timeline — and act now.
Neural Network Hash Collision Resistance: Critical New Proof
New arXiv proof uses the overlap gap property to certify neural hash collision resistance. What it means for your PQC roadmap — and what it doesn't.
QAOA Runtime Scaling: Critical Read for PQC Planning
A new LR-QAOA extrapolation method shows quantum scaling gains up to 28 qubits. What does it mean for your crypto-agility roadmap? See the analysis.
Quantum Error Correction Decoders: Critical 8.2x FPGA Efficiency Gain
A coset ensemble decoder cuts FPGA LUT use 8.2x while beating MWPM accuracy-latency trade-offs. What does faster QEC mean for your PQC migration timeline?