New research demonstrates continuous-variable quantum systems can verify location and create unclonable encryption while withstanding signal loss and noise—expanding cryptography's practical applications beyond key distribution.

New research demonstrates continuous-variable quantum systems can verify location and create unclonable encryption while withstanding signal loss and noise—expanding cryptography's practical applications beyond key distribution.
Researchers achieved practical quantum copy protection using correlated challenges and decisional coset monogamy, preventing unauthorized duplication of quantum computations while significantly lowering entropy requirements for cryptographic applications.
Post-quantum cryptography is essential for AI agent identities as adversaries record encrypted traffic today to decrypt with future quantum computers, addressing harvest-now-decrypt-later threats to digital security infrastructure.
QNu Labs unveiled a quantum-resistant security platform using physical entropy for cryptographic key generation, with a Quantum Readiness Risk Assessment tool to identify and prioritize vulnerable certificates for post-quantum migration.
Quantum X Labs unveiled QuantumQ Security, a multi-dimensional quantum potatosecurity architecture program designed around three complementary security dimensions to strengthen post-quantum security posture.
Quantum X Labs unveiled QuantumQ Security, a multi-dimensional quantum cybersecurity architecture program designed around three complementary security dimensions to strengthen post-quantum security posture.
Java 27 introduces hybrid post-quantum cryptography for TLS 1.3, combining classical and quantum-resistant algorithms (ML-KEM, ML-DSA) to protect enterprise systems against future quantum decryption threats without requiring code changes.
The 3G4G Blog: Post-Quantum Cryptography in 3GPP - blog.3g4g.co.uk/2026/09/post...
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The 3G4G Blog: Post-Quantum Cryptography in 3GPP - blog.3g4g.co.uk/2026/09/post...
#3G4G5G #3GPP #Release20 #5G #5GAdvanced #6G #PQC #PostQuantumCryptography #HNDL #SNDL #Security #QuantumSecurity #SUCI #IMSI #SUPI #FIPS203 #MLKEM #CyberSecurity #TelecomSecurity #6GSecurity #5GSecurity
SEALSQ doubles revenue to $11.2M with 48.5% gross margin in H1 2026. Post-quantum QS7001 chip achieved NIST certification and EAL5+ testing; QVault TPM sampling distributed to 30+ customers with commercial launch expected late 2026.
Quantum World Congress 2026 brings major quantum companies including IonQ and IDQuantique to College Park for advances in benchmarking, security, and networking deployment. A key gathering for industry standards and quantum technology progress.
Q*Bird rebrands to Falqon® Systems, pivoting toward operational quantum-secure network infrastructure development and enterprise-grade quantum communication technologies.
Falqon Systems (formerly Q*Bird) raises €2.5M to expand quantum-secure networking using Measurement-Device-Independent QKD, targeting critical infrastructure protection across Europe.
Europe's largest port now deploys scalable, multi-user quantum key distribution technology for secure communications with customs and logistics partners, demonstrating commercial readiness of quantum security infrastructure.
Palo Alto Networks' Quantum-Safe Security solution gains FedRAMP Moderate authorization, enabling federal agencies to deploy post-quantum cryptography defenses by 2030 without requiring new hardware investments.
Cisco and KETS demonstrated successful integration of chip-based QKD technology with Cisco routers, enabling quantum-secure encryption with automatic key refresh across networks—advancing practical quantum-safe infrastructure deployment.
Forward-biased VOAs in integrated QKD transmitters emit parasitic photons at ~1078 nm, enabling wavelength-resolved side-channel attacks that reduce secure transmission distance from 320 km to 19 km.
Novel measurement-only framework certifies adversarial robustness of quantum classifiers without internal circuit access—enabling third-party security auditing and validation of deployed quantum ML systems.
SEALSQ Corp expands its quantum-secure infrastructure network to nine hubs spanning multiple countries, advancing enterprise-grade quantum-resistant security deployment across key geographic regions.
Fault-tolerant quantum computers leak logical input through syndrome records. We prove privacy depends on Z-distance, not standard code distance, demonstrate the leak on real hardware, and provide a low-cost randomization mitigation.