SEALSQ outlines crypto-agile hardware approach after AI-assisted cryptanalysis findings

SEALSQ Corp highlighted research on AI-assisted cryptanalysis and its implications for how cryptographic protections may need to evolve during long device lifecycles. The company tied the discussion to crypto-agile hardware architectures and hardware Roots of Trust capabilities.

SEALSQ said PostQuantum.com discussed AI-assisted cryptanalysis involving HAWK, a post-quantum signature candidate, and advances in attacks against reduced-round AES-128. SEALSQ stated those findings did not demonstrate breaking NIST-standardized post-quantum algorithms such as ML-KEM or ML-DSA, and did not represent a practical break of full 10-round AES-128.

The company described its approach as moving beyond reliance on a single cryptographic algorithm, combining classical and post-quantum cryptography while providing secure key storage, trusted device identity, secure boot, cryptographic acceleration, and authenticated firmware updates. SEALSQ said the QS7001 architecture was designed around NIST-standardized post-quantum algorithms, including ML-KEM and ML-DSA.

SEALSQ tied the initiative to the need to securely authenticate and deploy cryptographic updates if algorithms or parameter sets changed during device operation. Carlos Moreira, CEO of SEALSQ, said, “AI is not breaking post-quantum cryptography today, but it is changing the speed at which cryptographic systems can be analyzed,” and added, “The security industry must therefore move beyond the assumption that a cryptographic algorithm deployed today will remain unchanged for the next 20 years.” Forward-looking statements in the communication addressed expectations for SEALSQ’s business strategy and operations.

Provided by Globe Newswire on behalf of SEALSQ. Click to read original content. The original article was written by Decision Insights Editorial.