SEALSQ and IC’Alps Achieve Key Common Criteria Certification Steps

Why It Matters

The certifications validate SEALSQ’s hardware against the most rigorous security standards, a prerequisite for government and enterprise adoption during the imminent post‑quantum migration. Certified silicon reduces procurement risk and accelerates compliance with upcoming regulatory deadlines.

Key Takeaways

• QS7001 passed fault injection, side‑channel tests (EAL5+)
• IC’Alps renewed Common Criteria site certification in Grenoble
• QS7001 and QVault TPM production samples due March 2026
• Roadmap targets FIPS 140‑3 and TCG certifications by late 2026
• Certified silicon critical for NSA CNSA 2.0 2027 compliance

Pulse Analysis

Common Criteria evaluations, especially at the EAL 5+ level, are widely regarded as the gold standard for hardware security. By passing fault‑injection and side‑channel resistance tests, SEALSQ’s QS7001 Secure Element demonstrates resilience against sophisticated physical attacks that can extract cryptographic keys. This achievement not only satisfies stringent governmental procurement policies but also signals to OEMs that the chip can serve as a trusted root of trust in environments where tamper‑proofing is non‑negotiable.

The broader market is racing toward post‑quantum cryptography (PQC) adoption, driven by mandates such as the NSA’s CNSA 2.0 compliance deadline in January 2027 and the upcoming FIPS 140‑3 certification requirements. Organizations across critical infrastructure, finance, and defense are seeking hardware that already meets these future standards to avoid costly redesigns. SEALSQ’s simultaneous pursuit of CC, FIPS 140‑3, and TCG certifications positions its QS7001 and QVault TPM families as ready‑to‑deploy solutions, reducing the lead time for customers who must replace vulnerable RSA/ECC implementations.

SEALSQ’s publicly disclosed roadmap, with production samples expected in March 2026 and full certification milestones by October 2026, offers a rare level of transparency in a fragmented security‑chip market. This timeline aligns with the anticipated supply‑chain bottlenecks for PQC‑ready silicon, giving SEALSQ a competitive edge. For enterprises and governments, the ability to procure certified, post‑quantum‑ready hardware now translates into lower risk, smoother migration pathways, and a stronger security posture as quantum‑capable threats emerge.