Blog / Quantum Cryptography
Quantum Cryptography
169 articles in this category.
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?
Quantum Resource Estimation: Critical Signals for PQC Planning
New quantum simulation research quantifies gate-level costs that calibrate fault-tolerance timelines. See what it means for your PQC migration roadmap.
Quantum Classifier Models: Critical Reality Check for QML
What does a real quantum binary classifier achieve on MNIST and CERN data? See where the technology stands and what it means for your roadmap.
Satellite QKD Protocols: Critical Guide to Secure LEO Links
Which QKD protocol survives atmospheric noise on LEO satellite links? Compare BB84, E91, and HD-BB84 for quantum-secure comms. Audit your roadmap now.
Post-Quantum Healthcare Data: A Critical ML-KEM Migration Guide
Can your clinical data survive quantum attacks? See how ML-KEM-768 and ML-DSA-65 secure pharmacovigilance pipelines against harvest-now threats. Act now.
Q-FLAIR: The Critical Shift Making Quantum ML Viable
Q-FLAIR trained a quantum model on real IBM hardware in 4 hours, hitting 90%+ on full MNIST. See what it means for your quantum roadmap.
Singularity-Free Quantum Control: A Critical NISQ Advance
How does invariant-based control deliver robust, hardware-feasible quantum state prep under real noise? See the NISQ implications and act.
Critical qLDPC Advance Shortens the Quantum Crypto Timeline
New qLDPC memory hardware cuts qubit overhead for fault-tolerant quantum computers. Does it pull your RSA decryption deadline forward? Assess your exposure now.
Free-Space CV-QKD: Critical Detector Trust for 270 kbps
Free-space CV-QKD hit 270 kbps under high detector noise—but only with detector trust. See what it means for your quantum migration path.