See how our innovative solutions got started

Solutions

Today, with the increase of AI-powered hardware cyberattacks, vulnerabilities must  be actively detected and deterred for safe and secure operation. Caspia products leverage  GenAI to ensure the approach is more sophisticated than the cyberattacks.

Security Verification Platform

INNOVATIVE SOLUTIONS FOR ASSURANCE

Caspia leverages GenAI to deliver a complete platform that adds expert security verification to existing design flows. Caspia’s technology works with your current tools to ensure new designs are resistant to sophisticated cyberattacks. Generative AI must be used to ensure the approach is as sophisticated as the technology behind the latest cyberattacks.

From initial design to end of life, CODAx, SVx, and PFx ensure safe and secure operation with user/data privacy.

Identify Security Bugs Before They Occur

CODAx is the industry’s first security linting solution for SoC verification and assurance. Drawing from many security sources including CVE, CWE, and Trust-Hub, CODAx finds and guides the repair of multiple flaws in RTL code.

Fast & reliable
User-friendly design
Stay ahead of threats

CODAx: Simple and Fully Automated Static Auditing Solution for SoC Security Verification

GenAI-Based Security Enhancement  for Formal Verification

SVx’s threat model-driven approach ensures early detection of security weakness.

Adds security awareness to industry standard formal tools
Utilizes LLMs to automatically generate security assertions
Addresses a deeper level of threats not identified during security linting
Ensures confidence levels through security coverage metrics

SVx: GenAI Automated Security-Aware Formal Assertion Generation

Pressure Test Complete Design with Real Scenarios

Whole-stack interaction with increased corner case focus and reduced manual effort.

Hardware-software integration to uncover deep security gaps
Dynamic verification with simulation/emulation
Accelerate high-quality test deployment with AI

Caspia solutions deliver critical security insights across many markets. Here are some examples:

Reduced time-to-market with automated, AI-assisted security verification
Robust, secure products increase market adoption
Reduced need for expert staff improves margin

Efficient security hardening reduces power consumption
Holistic approach to cyberattacks improves overall efficiency and reduces latency
Secure hardware reduces downtime and improves reliability

Design and security verification are accomplished as a unified task improving time to market
Integrated security verification improves reliability, resulting in greater market share
Detailed proof of compliance to standards, such as ISO/SAE 21434, are created as a by-product of design

Automated security verification reduces FPGA design effort and improves program cost/time and reduces risk
Detailed compliance documentation is generated as a by-product of design/security verification
Security enablement creates a competitive edge

Transforming FPGA Security Verification in Aerospace and Defense Programs

Roadmap

Caspia is developing an extensive platform of  AI-powered security technology to cover all aspects  of chip design and manufacturing.

This includes IP protection, enhanced side-channel analysis, and fault injection assessment during the design phase. We are also extending security assurance to the supply chain with automated bill of materials analysis, counterfeit and anomaly detection, and PCB inter-layer assurance.