Caspia Technologies: AI Chip Security Verification

The Growing Challenge of Hardware Security

AI is getting better at finding weaknesses across systems, and the stakes rise even further when attacks target hardware. Software can be patched, but hardware security flaws are effectively permanent after fabrication. That makes early, thorough verification essential, yet it has traditionally required scarce, highly specialized security expertise.

Caspia’s Solution: Democratizing Expert-Level Verification

Caspia Technologies aims to make expert security checks accessible to any semiconductor design team. Its security verification platform integrates into existing, familiar workflows. To showcase these capabilities, Caspia is hosting a webinar on June 24th, highlighting how Caspia’s AI can help engineers perform expert-level verification.

Meet the Experts Presenting the Webinar

Speakers from Caspia Technologies include:

• Beau Bakken, VP of Products, introducing the latest AI-powered capabilities in CODAx, Caspia’s RTL static security enhancement tool.
• Dr. Zahin Ibnat, R&D Application Engineer, presenting a case study where CODAx found vulnerabilities in a widely used root-of-trust design, plus a live demo of the platform.

Deep Dive: The AI Features Powering CODAx

The webinar will cover two AI-driven features in CODAx designed to improve usability without requiring deep security expertise:

• Asset Assist automatically identifies critical security assets and surfaces a broader, design-aware set of attributes that require protection.
• Report Assist helps interpret each violation’s real-world impact, enabling faster prioritization and remediation.

Transforming Verification Timelines from Months to Minutes

These features can reduce security verification from weeks or months to minutes or hours, helping teams run more comprehensive security verification without major retraining or workflow disruption.

Real-World Proof: Auditing a Production Security IP

Caspia will share results from auditing the Caliptra root-of-trust, an open-source security IP used as a trust anchor in modern SoCs. The benchmark is production-grade, with 700+ design files and 300,000+ lines of RTL.

Live Demo: Seeing is Believing

A live demo will show how non-specialists can use the new AI-driven features to analyze issues and drive fixes at an expert level, with an overview of the checks performed and how the features work together.

Your Next Steps to Secure Chip Design

Caspia has also published a press announcement with more details on CODAx and the Caliptra findings. The June 24th webinar is the next step for teams focused on building secure hardware and adopting AI-assisted security verification.