PROOF, NOT PROBABILITY.

AI Accelerates Code. Risk Remains. Prove It’s Safe.

Proven Software Assurance for C, C++, and Rust

Detects 100% of memory‑safety issues and runtime errors - or proves their absence - in C, C++, and Rust code, with AI‑assisted automation.

Guarantee

Sound and exhaustive analysis, zero false negatives. Explore all possible execution paths and input values.

Efficiency

Focus on real issues with near-zero false positives and precise root-cause analysis. AI automates up to 90% of the setup.

Fits Your Pipeline

CI/CD ready, target HW emulation, no target HW needed - drop it into your existing workflow with minimal setup.

Go Beyond Traditional Software Verification

Traditional Static Analysis

Fast and scalable, but heuristic approaches lack full path- and context-sensitivity, which can miss deep bugs and generate false positives.

Dynamic Testing

Finds real defects, but only in the paths and inputs actually executed, and some issues remain silent.

AI-Native Analysis

Accelerates analysis and remediation, but results remain probabilistic and require validation.

TrustInSoft

Exhaustive analysis delivers verified proof, not probability, of what can and cannot happen.

The TrustInSoft Difference

Find more bugs, backed by a guarantee no other approach provides – turning memory-safety and runtime-error verification into a measurable, repeatable industrial process for your team.

Controlled Risk

Reduced field support costs. Avoid the bugs behind critical cyberattacks, lowering brand and litigation exposure. Streamlined certification and customer validation.