Technologies/OCaml

Functional Programming for Compilers & Formal Methods

Compiler design, formal verification, and high-performance systems for finance and research.

Functional ProgrammingCompiler DesignFormal Methods
Why OCaml at Titagone

The Language at the Heart of Our Formal Methods Expertise

OCaml is at the heart of our formal methods expertise. Its strong type system, pattern matching, and algebraic data types make it the ideal language for building compilers, proof engines, and verification tools.

Capabilities

Our OCaml Capabilities

Compiler Engineering

Optimizing the OCaml compiler for performance-critical workloads.

SMT Solvers and Proof Assistants

Like Alt-Ergo for automated formal verification.

Domain-Specific Language Design

With strong type guarantees and formal semantics.

Blockchain Protocol Development

Including the Tezos protocol core.

High-Frequency Trading Systems

With OCaml compiler optimizations delivering measurable performance gains.

Challenges

Challenges We Solve with OCaml

Formal Verification Tools

Building industrial-strength SMT solvers and proof assistants in OCaml that mathematically prove software correctness, reaching 98% automatic proof success rates.

Ultra-Low-Latency Trading Systems

Delivering microsecond-optimized OCaml compilers and runtime performance improvements for quantitative trading firms where every nanosecond counts.

Compiler & Language Design

Designing domain-specific languages and compilers in OCaml, from blockchain protocol languages to financial modeling DSLs with formal guarantees.

Blockchain Protocol Engineering

Engineering blockchain protocols in OCaml with built-in formal verification, including the Tezos protocol's core implementation.

Success Stories

Projects Built with OCaml Expertise

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