Accelerate safety-critical software development with AI code generation backed by formal verification and automated MC/DC test generation. From specification to certified code.
ACSL contracts parsed
Generating candidates...
Z3 + CVC5 portfolio solving
ARM Cortex-M4 target
100% coverage achieved
The Challenge
Traditional development cycles for DO-178C and ISO 26262 compliant software take years and cost millions. AI can help—but only with mathematical guarantees.
LLMs generate plausible but incorrect code. In safety-critical systems, "usually correct" isn't good enough—you need provable correctness.
Achieving Modified Condition/Decision Coverage by hand is tedious, error-prone, and accounts for 40% of certification costs.
Generating the documentation artifacts required by DERs takes as long as writing the code itself. Traceability is a nightmare.
How It Works
Our pipeline uses AI as a proposal engine and formal methods as the gatekeeper—giving you speed without sacrificing safety.
Write formal contracts in ACSL, SPARK, or our intuitive DSL. Define preconditions, postconditions, and invariants that your code must satisfy.
Our fine-tuned models generate implementation candidates constrained by your specification, MISRA rules, and target architecture requirements.
SMT solvers (Z3, CVC5, Bitwuzla) mathematically prove your code satisfies all contracts. No testing required for logical correctness—it's proven.
Constraint solvers automatically generate test vectors achieving 100% MC/DC coverage. Each condition independently affects the decision—proven, not hoped.
Cross-compile to your target (ARM, PowerPC, RISC-V), run tests on cycle-accurate emulators, and generate DO-178C/ISO 26262 certification artifacts.
Platform Features
A complete toolchain from specification to deployment, built for teams shipping safety-critical software.
Race multiple best-in-class solvers in parallel. Z3, CVC5, Bitwuzla, and Yices compete to verify your code—you get the fastest proof.
Generate test vectors that satisfy Modified Condition/Decision Coverage automatically. No more manual test case design.
Test on cycle-accurate emulators for ARM Cortex-M/R, PowerPC, RISC-V, and LEON3/4 without physical hardware.
Auto-generate documentation required for DO-178C, ISO 26262, and IEC 61508 certification. Full traceability from requirements to tests.
Dedicated infrastructure for defense and aerospace customers. Your code never shares compute with other tenants.
Compliance
Full support for the world's most demanding software safety standards.
Airborne systems software (Level A through E)
Tool qualification for certification credit
Automotive functional safety (ASIL A-D)
Industrial functional safety (SIL 1-4)
Coding guidelines with full checker
European space software engineering
Future Airborne Capability Environment
Automotive open system architecture
Pricing
Start small and scale as your verification needs grow.
Starter
$TBD/month
For small teams exploring formal verification.
Professional
$TBD/month
For teams shipping certified software.
Enterprise
Custom
For organizations with dedicated requirements.
Ready to accelerate your certification timeline? Our team of formal methods experts and aerospace engineers is here to help.