Post-Quantum Hardware Security IP Products

Vicip offers a complete portfolio of NIST-standard cryptography IP cores for FPGA and ASIC implementation. All our products are fully verified, optimized, and ready for deployment.

Post-Quantum Cryptography (PQC) Cores

NIST FIPS 203 compliant public-key acceleration architecture for quantum-safe security thresholds across all parameter sets.

VIC-ML-KEM-X PQC Suite

Production-ready, ultra-compact hardware IP implementing the ML-KEM standard (FIPS 203). Full monolithic acceleration supporting ML-KEM-512, ML-KEM-768, and ML-KEM-1024 in single, dual-mode, or tri-mode configurations with zero third-party dependencies and 100% ACVP validation.

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ASCON: The NIST Lightweight Cryptography Standard

In 2023, NIST selected the ASCON family as the global standard for lightweight cryptography.

ASCON is optimized for hardware implementations requiring low area, low power, and high security guarantees. It is the ideal solution for IoT, automotive, embedded systems, and any application where resources are constrained but security cannot be compromised.

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Our ASCON IP Core Family

The complete NIST-standard ASCON portfolio, available for license today.

ASCON-AEAD Encoder IP

The Ascon-AD128-ENC core implements authenticated encryption with associated data per NIST LWC standard. Features high configurability, AXI interfaces, and optional side-channel resistance with minimal resource utilization.

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ASCON-AEAD Decoder IP

The Ascon-AD128-DEC core implements authenticated decryption with associated data. Perfect companion to the encoder core for complete secure communication channels.

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ASCON Hash/XOF/CXOF IP

Multi-mode core implementing ASCON-Hash256, ASCON-XOF128, and ASCON-CXOF128. Complete hashing suite for digital signatures, integrity checks, and random number generation.

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Flexible ML-KEM Configurations & SCA Protections

Our production-ready ML-KEM-X core supports 512, 768, and 1024 parameters in standalone, dual-mode (768/512), or tri-mode configurations switchable on the fly via APB. Built-in physical defenses—including 2-share Boolean masking, randomized execution shuffling, and dynamic PRNG state-mixing—eliminate Side-Channel Analysis (SCA) leakage profiles.

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