Software Assurancefor the AI Age
High-assurance cybersecurity consulting for critical systems. Rooted in formal methods, our engineers work closely with teams developing software that cannot fail.
Securing Critical SoftwareAcross Industries
Modern infrastructure is increasingly defined by software. We work with organizations building systems where failure is not an option.
OUR APPROACH TO EVERGROWING SOFTWARE
Security Challenges
- Software systems keep growing in size, complexity, and interconnection.
- AI-assisted programming introduces bugs and overlooked vulnerabilities at scale.
- Traditional testing and standard security reviews miss the extreme edge cases where serious vulnerabilities hide.
- Building confidence in software correctness has never been more difficult.
Our Approach
- We focus on engineering assurance, not just audits and checkbox security reviews.
- A formal-methods approach backed by PhD-level expertise.
- High-assurance techniques such as formal verification, symbolic execution, and advanced fuzzing that uncover subtle bugs and edge cases.
- Creators and maintainers since 2010 of the K Framework, a widely used platform for defining programming language semantics. We build in-house security and formal verification tooling.
Formal Verificationfor code thatcannot fail
Tools for Modern Verification
In addition to working with teams to secure their code, our engineers at Runtime Verification are constantly developing advanced tools that help engineering teams improve software assurance throughout the development lifecycle.
Your all-in-one place for fuzzing.
Easy formal verification for Foundry.
A full Solidity developer toolkit.
Formal verification for Soroban contracts.
Building tools for devs working on critical software
Four tools for service-grade verification, symbolic execution, debugging, and fuzzing. Designed and maintained by the same engineers who secure your code.
Security Insights from the Best in the Industry
