Provable modular-parameter selector for b^A ≡ r (fast, closed-form)

Provable modular-parameter selector for b^A ≡ r (fast, closed-form) targets a $1.2B = 100K engineering teams × $12K ACV total addressable market with medium saturation and a year-over-year growth rate of 14% YoY (developer tools & DevOps software growth per Gartner 2024).

Key trends driving demand: Shift-left verification — teams move verification earlier into CI/CD, creating demand for machine-checkable, automatable parameter verification.; Specialization of developer tooling — verticalized tools for niche engineering problems gain traction because they integrate more tightly with specific workflows than general-purpose math systems.; Regulatory and security scrutiny — industries deploying cryptographic and safety-critical systems increasingly require auditable, provable artifacts, which favors tools that produce signed verifications..