Detect shared-memory accesses in C codebases with static whole-program analysis

Detect shared-memory accesses in C codebases with static whole-program analysis targets a $1.2B = 120,000 C/C++ engineering teams x $10,000 ACV. Assumes many medium and large engineering orgs maintain long-lived C code and will pay team licenses for recurring safety/debugging tooling. total addressable market with medium saturation and a year-over-year growth rate of 8-12% organic growth in developer tooling and static analysis demand, higher in safety-critical segments.

Key trends driving demand: Legacy C codebase scale -- large installed bases of C systems require tooling that reasons about pointers and cross-file state.; Safety and compliance regulations -- ISO 26262, MISRA and similar standards increase demand for automated static checks.; Mature LLVM/clang ecosystem -- reusable frontends and IR make building precise whole-program analyses more practical.; Multi-core concurrency growth -- more concurrency and parallelism increases shared-data bug surface and demand for detection tools..