Systems Programming with Guaranteed Memory Safety
Fearless concurrency, zero-cost abstractions, and provable safety for performance-critical and embedded software.
Performance and Safety Without Compromise
We leverage Rust's unique ownership model and type system to build software that is both blazing fast and provably safe — from embedded firmware to WebAssembly-powered analysis tools.
Our Rust Capabilities
Systems-Level Programming
With zero-cost abstractions and no runtime overhead.
Rust-to-WebAssembly Compilation
For portable, sandboxed execution and cross-language bug detection.
Concurrency and Parallelism
With compile-time guarantees against data races.
Embedded and Real-Time Systems
Where predictable performance and safety are non-negotiable.
Formal Analysis Tooling
Built in Rust for symbolic execution and program verification.
Challenges We Solve with Rust
Memory-Safe Critical Systems
Building zero-cost abstraction systems that eliminate entire classes of vulnerabilities, with no garbage collector, no data races, no undefined behavior.
High-Performance Computing
Delivering C-level performance with Rust's ownership model, enabling safe concurrency and predictable latency for real-time and embedded applications.
WebAssembly Compilation
Compiling Rust to WebAssembly for portable execution and enabling cross-platform bug detection, symbolic execution, and sandboxed runtimes.
Formal Verification of Rust Code
Applying symbolic execution and formal methods to Rust programs via WebAssembly, proving correctness beyond what testing alone can achieve.
Projects Where Rust Played a Key Role
Owi: Seamless Symbolic Execution for WebAssembly
Made symbolic execution accessible through WebAssembly, supporting C, C++, and Rust with an interactive web interface.
SeaCoral: Advanced Automated Test Generation for Critical C Code
See how Titagone helped Thales strengthen their critical C code with automated test generation, combining fuzzing, concolic testing, and model checking using cutting-edge research tools.