Stable State Information

Stable State, Inc. builds bespoke safety-critical and mission-critical software for regulated, high-consequence environments where software failure carries unacceptable operational, financial, or safety risk. Its core technology, Aela, is a programming language purpose-built for embedded and safety-critical systems. Aela's deliberately small surface area, inference-based ownership model, memory safety, structured concurrency, and native formal verification enable teams to build correct, deterministic systems without relying on extensive runtime mitigation, aftermarket tooling, or manual enforcement. By eliminating entire classes of runtime failures by construction, Aela materially reduces defect rates, rework, and late-stage integration risk. The language automatically generates certification and assurance artifacts aligned with standards such as DO-178C, ISO 26262, and IEC 61508, shortening certification timelines and lowering the cost of compliance. Through dependent types and machine-checked proofs embedded directly in the programming model, Aela enables predictable, analyzable behavior in embedded and real-time systems while reducing reliance on post-hoc testing, audits, and manual documentation.