Solutions
Innovative Solutions For Assurance
Over the past decades or so, the government and industry has realized security and assurance of microelectronics design and life cycle a high priority, hence IPs must be developed with security in mind, system integration must be done with assurance in consideration, attacks and vulnerabilities must be actively detected and deterred for safe and secure operation, and supply chain integrity must be assured. Caspia Technologies innovative solutions from design to end of life ensures safe and secure operation while ensuring user/data privacy.
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CODAx
Identify Security Bugs Before They Occur
CODAx, our latest innovcation, 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 can find and guide the repair of many flaws in RTL code.
- Fast & Reliable
- User-friendly design
- Stay Ahead of Threats
SCMx
Pre-Silicon Power Side-Channel Assessment
Identify early, reduce costs later. Minimize overhead with target countermeasres.
- RTL
- Stimulus
- Result Analysis & Iterative Refinement
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SVx
Gen AI-Based Formal Security EDA Solution
Threat model driven approach. Early detection of security weakness.
- Operates as an EDA security sidecar to industry standard formal tool
- Utilizes LLMs to automatically generate security assertions that eliminate vulnerabilities
- Addresses a deeper level of threats not identified during security linting
- Ensures confidence levels through security coverage metrics
AFIx
Pre-Silicon Fault Injection Assessment
Fault simulation using security properties identifies only the critical locations that should be protected. Localized design enhancements and low overhead.
- Security requirements outlined
- Security properties created
- Fault simulation with security properties performed
- Critical locations identified
- Countermeasures implemented to protect critical locations
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PFx
Fuzz and Pen Testing for Platform Security Verification
Whole-stack interaction with increased corner case focus and reduced manual effort.
- Hardware-software interaction
- User-defined FPGA target
