Posts

Integrity Verification techniques are vital for maintaining trust in modern computing environments. These mechanisms include secure boot, measured boot, and remote attestation.

The hybridization of quantum and post-quantum cryptographic keys is an optimal solution that ensures secure, flexible, and efficient key derivation in a post-quantum world.

IPSec is conceived as an extension of the IP protocol to provide security capacities, including origin authentication, integrity, confidentiality, and anti-replay services.

This blogpost explores verifiable credentials and how our project is working to transition them to the post-quantum world.

This blogpost explores how we are transitioning Mozilla Firefox, particularly its Network Security Services (NSS) cryptography library, to support a quantum-secure internet.

Red Hat as a member of the QUBIP consortium has chosen Fedora Linux as the platform to provide initial support for Quantum Resistant cryptography.