Ascade offers an AI‑driven platform that automatically generates formal proofs to verify that software behaves exactly as intended. By teaching machines to prove code correctness, it helps developers catch logical errors early and ensure reliability without manual proof engineering.
Funding
Funding not disclosed
Founders
Product
Problem
Developers of safety‑critical software must rely on manual code reviews and testing to ensure that implementations match their specifications, a process that is time‑consuming, error‑prone, and offers limited guarantees against subtle bugs or malicious alterations.
Solution
Ascade provides an automated formal verification platform that generates machine‑checked proofs confirming that code adheres to its formal specifications. By embedding the verification step into existing CI/CD workflows, the system continuously validates safety and correctness properties each time code changes, eliminating the need for extensive manual review. The platform translates high‑level specifications into verification conditions, runs theorem provers, and produces immutable proof artifacts that developers can audit. This approach ensures that the deployed software cannot deviate from its intended behavior, increasing confidence in production releases for critical applications.
Target Audience
Primary users are engineering teams building safety‑critical or security‑sensitive software, such as aerospace, automotive, medical device, and fintech developers who require provable correctness guarantees.
Features
- Automatic generation of formal specifications from annotated source code
- Integration with popular CI/CD tools (e.g., GitHub Actions, Jenkins) for continuous verification
- Use of state‑of‑the‑art theorem provers to produce machine‑checked proofs of safety and correctness
- Detailed proof reports and counterexample traces to aid debugging when verification fails
- Support for multiple programming languages commonly used in safety‑critical domains