Quantum XChange and Carahsoft announce partnership to deliver Phio TX cryptographic management platform to U.S. government agencies, advancing post-quantum cryptography adoption in the public sector.

Quantum XChange and Carahsoft announce partnership to deliver Phio TX cryptographic management platform to U.S. government agencies, advancing post-quantum cryptography adoption in the public sector.
Quantum security solutions achieve industry recognition at the 2026 Fortress Cybersecurity Awards.
QNu Labs unveiled QShield 2.0, a platform enabling cryptographic discovery and quantum readiness assessment, helping organizations evaluate and secure their cryptographic infrastructure against quantum threats.
SEALSQ, WISeKey, and Canton of Jura launch a CHF 40-60M post-quantum semiconductor center implementing NIST-standardized ML-KEM and ML-DSA algorithms. Expected to create 250+ jobs and establish sovereign cryptographic security capabilities.
Fortaegis secures $50M to deploy hardware-rooted quantum-safe architecture with dynamic encryption keys resistant to post-quantum threats. Leverages physical silicon properties for advanced security against quantum and AI-enabled decryption attacks.
EigenQ raises $45M in committed financing to accelerate post-quantum cryptography deployment across quantum security, communications, and sensing—targeting government, defense, and critical infrastructure markets ahead of Nasdaq listing in Q4 2026.
Sectigo launched Quantum Ready™, an enterprise platform automating discovery and assessment of quantum-vulnerable cryptography across hybrid environments, streamlining enterprise PQC migrations.
QCi showcases integrated quantum security platform combining QKD and quantum identity authentication at ECOC 2026, advancing beyond traditional QKD to establish trusted communication endpoints.
EigenQ raises $45M to accelerate quantum-safe security deployment across government, defense, and enterprise sectors, partnering with AMD, Intel, and HPE for cryptographic retrofitting without hardware overhauls.
Researchers at University of Waterloo proved quantum key distribution security despite device imperfections using source and squashing maps, enabling practical quantum communication networks without perfect characterization.
Underwater quantum key distribution now viable in harsh conditions. Four-qubit CSS codes achieve 4.5 dB signal-to-noise gain, extending secure transmission to depths where photon loss previously prevented communication.
Qtonic Quantum launches QShield, enabling post-quantum encryption on network connections via software alone. Organizations can now protect against quantum threats without waiting for infrastructure migration.
Integrates Quantum Key Distribution and post-quantum cryptography with hybrid key management over existing fiber infrastructure for EU telecommunications and critical infrastructure protection.
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.