Quantum Cybersecurity Division— protecting digital communications and data from both
present-day and future quantum threats through a layered, agile cryptographic strategy.
For new applications and systems being developed today, we provide a software development
framework that integrates PQC natively from the ground up. Our framework implements a
hybrid approach that runs classical encryption algorithms (such as X25519 for Elliptic Curve
Diffie-Hellman) in parallel with PQC algorithms (such as ML-KEM). The key exchange
combines outputs from both, ensuring that even if one algorithm is broken — whether by a
quantum computer or an unexpected classical breakthrough — the other maintains security.
For existing software, our solution is a PQC Bridge: a cryptographic middleware layer that sits
between legacy systems and their communication endpoints. The bridge transparently
intercepts communications from the legacy system, re-wraps them in PQC-protected
encryption, transmits them securely to a PQC-enabled server endpoint, and unwraps them at
the other end — all without the legacy system needing any modification.