Fintech & Startups
Provably reliable financial systems for the next generation of digital finance.
Mathematical Guarantees of Correctness: Our team specializes in formal verification methods that provide mathematical proof of correctness. We don't just test your systems, we mathematically prove they work correctly under all conditions.
Our Expertise in Reliability & Innovation
We combine cutting-edge innovation with mathematical guarantees of correctness, bringing formal verification and rigorous methods to financial technology and emerging business models.
- Smart contract formal verification with mathematical proof of correctness and reliability
- Blockchain protocol design with cutting-edge consensus mechanisms and proven correctness
- Cryptocurrency wallet and exchange systems with formal guarantees of reliability
- DeFi platform development with zero-knowledge proofs and mathematically verified smart contracts
- High-performance algorithmic trading systems with proven correctness and reliability guarantees
Mission-Critical Challenges We Solve
Provably Correct Smart Contracts
Formal verification to mathematically prove smart contracts behave correctly under all conditions. We've verified contracts worth hundreds of millions.
Cutting-Edge Protocol Innovation
Pioneering blockchain protocols with next-generation consensus mechanisms and formal correctness proofs. We built the Tezos protocol from the ground up.
Mathematical Reliability Guarantees
Formal methods to prove systems are reliable and behave as specified. Our rigorous approach ensures zero defects in critical components.
Ultra-High-Performance Systems
Microsecond-optimized systems with proven correctness guarantees. Delivered 20% performance improvements for Jane Street Capital while maintaining reliability.
Success Stories
See how we've helped fintech companies and startups succeed
Pioneering the First Proof-of-Stake Blockchain
Pioneered one of the first proof-of-stake blockchains, processing $250 million in ICO within weeks.
Accelerating High-Frequency Trading
Discover how Titagone helped Jane Street achieve 20% performance gains in their high-frequency trading systems using advanced OCaml compiler optimizations.
Kopek: Bringing Transparency to Film Revenue Distribution
Brought transparency to film revenue distribution with a domain-specific language for modeling complex financial cascades.
Ready to Build with Proven Reliability & Innovation?
Partner with experts who deliver mathematically proven correctness and cutting-edge innovation. Contact us to discuss how we can ensure your fintech or startup project's reliability, correctness, and success through rigorous formal verification.