The fabric of cryptographic trust

E-commerce, online banking, cloud computing and critical networks all needed trust before they could create value. That trust rests on cryptographic defenses that have never faced greater threats. 

AI is exposing vulnerabilities and enabling novel attacks ona speed and scale never possible before. Cryptographically relevant quantum computers (CRQCs) will break today’s public key cryptography and — combined with AI — usher in new codebreaking capabilities.  

Since no one can predict which cybersecurity assumptions will fail next, resilience depends on an architecture that can stay secure no matter what breaks. Basejump provides a fabric of trust that responds to AI-powered threats and streamlines migration to post-quantum cryptography (PQC) and other quantum-safe technologies such as quantum key exchange. 

Basejump delivers cryptographic agility, defense-in-depth and long-term security to every layer of the network stack. It combines ML-KEM or another approved PQC algorithm with pre-shared symmetric keys in an approach recognized by NIST and other authorities as post-quantum secure, providing a straightforward way to meet PQC requirements with resilience built in.
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Benefits of the Basejump platform:

• Deploys today —no rip-and-replace
  
• Uses standard interfaces already common in network equipment
• Provides a single trust fabric – one platform across optical, Ethernet, IPsec, TLS and applications
• Enables maximum agility, with keys delivered and rotated automatically and centralized plug-ins for new algorithms
• Provides forward and post-compromise security— each key stays secure as long as a single strand holds
• Ensures continuity even after cryptographic failure — intact strands keep keys secure and systems running during replacement of a deprecated or broken strand
• Delivers long-term security — the symmetric key strand keeps recorded traffic secret even if public-key math falls