Formal Verification & Bug Detection for Critical C Codebases
Automated testing, symbolic execution, and memory safety analysis for embedded and safety-critical C programs.
Formal Methods for the World's Most Deployed Language
We bring formal methods and automated analysis to the world's most widely deployed language. Our tools and expertise help organizations find and eliminate bugs in critical C code before they become vulnerabilities.
Our C Language Capabilities
Automated Test Generation
Combining fuzzing, concolic testing, and model checking for maximum code coverage.
Symbolic Execution
Of C programs, compiled to WebAssembly, for deep bug detection.
Memory Safety Analysis
Proving the absence of buffer overflows, use-after-free, and undefined behavior.
Safety-Critical Code Verification
For aerospace, defense, and industrial control systems.
Integration with Existing CI Pipelines
For continuous verification of C codebases.
Challenges We Solve with C
Automated Test Generation
Generating high-coverage test suites automatically for critical C code using fuzzing, concolic testing, and model checking — finding bugs that manual testing misses.
Formal Verification of C Programs
Applying symbolic execution and formal methods to C codebases, proving the absence of undefined behavior, buffer overflows, and memory safety violations.
Embedded & Safety-Critical Systems
Verifying and testing C code for aerospace, defense, and industrial applications where software failures have real-world consequences.
C-to-WebAssembly Analysis
Compiling C programs to WebAssembly for portable analysis, enabling cross-platform bug detection through symbolic execution without modifying the original codebase.
