Keeper Security Deploys Quantum-Resistant Encryption with Kyber Integration to Combat Future Cyber Threats

February 26, 2026
Keeper Security Deploys Quantum-Resistant Encryption with Kyber Integration to Combat Future Cyber Threats
  • Darren Guccione, Keeper’s CEO and co-founder, frames the move as proactive foresight to safeguard critical systems and credentials for decades to come.

  • Initially, Kyber protections are live in backend APIs and Keeper Commander, with phased expansion to the rest of the platform.

  • The release offers background on KeeperPAM and positions Keeper as a leading zero-trust, zero-knowledge security platform for enterprise environments.

  • Keeper maintains compliance with multiple standards, including SOC 2 Type II, ISO 27001 family, FedRAMP High, GovRAMP High, and FIPS 140-3 validation, as part of this rollout.

  • Security leadership statements emphasize a proactive, forward-looking approach to protecting privileges, credentials, and connections against quantum-capable adversaries.

  • Keeper Security has integrated Kyber, a NIST-approved post-quantum cryptography standard, across its platform to enable quantum-resistant encryption for client-server communications and sensitive workflows.

  • NIST finalized Kyber as a post-quantum standard in 2024, and Keeper warns about harvest-now, decrypt-later risks that could expose today’s data if quantum-capable attackers break in later.

  • The Kyber deployment protects privileged access, secrets, credentials, and connections across Keeper’s platform and is designed to extend as quantum-era threats evolve.

  • For more information, Keeper provides its website and media contact details.

  • The Kyber deployment currently covers Keeper’s backend APIs and Keeper Commander, with mobile platforms and broader rollout planned to ensure scalability.

  • Keeper emphasizes dual defense against today’s threats and future quantum-capable adversaries, aligning with wider industry moves by major tech players to adopt post-quantum protections.

  • The implementation is crypto-agile with backward compatibility, delivering quantum-resistant cryptography automatically in the latest release without requiring user action.

Summary based on 2 sources


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