ML-KEM Core.

Quantum-safe key establishment in hardware.

A complete hardware implementation of ML-KEM, the NIST-standardized post-quantum key encapsulation mechanism for quantum-safe key establishment. Implements full KeyGen, Encapsulate, and Decapsulate, including the K-PKE public-key layer and the Fujisaki-Okamoto transform with implicit rejection. Constant-time datapath.

What the core provides.

• ML-KEM-512, 768, and 1024 (all three security levels), runtime-selectable
• Full KeyGen / Encaps / Decaps with FO wrapper and implicit reject
• Constant-time execution across the secret-dependent paths
• Reuses the shared Keccak, NTT, and sampler primitives

Why it matters.

• Drop-in quantum-safe key establishment for TLS, IKE, secure boot, and key transport
• Certification-ready: interoperates with any conformant ML-KEM implementation
• Silicon-efficient via a shared primitive layer

What you receive.

Available   Verified soft IP. Flagship hard-IP target.

• Synthesizable SystemVerilog RTL
• Self-checking testbench(es)
• Python golden reference model
• cocotb regression
• Synthesis scripts
• Integration/user guide

Firm/hard IP (hardened netlist for a target node) available on foundry enablement.

Companion cores and primitives.