You work with the people doing the work
No account managers in between and no hand-offs to a junior team. The engineers who scope the work are the ones who design it, write it and stand behind it.
How we engage
Assess
Architecture and code reviews, performance audits, security reviews and incident post-mortems. Fixed scope, written findings, and recommendations ordered by impact and effort.
Build
Designing and implementing new systems or components, either as a self-contained delivery or working inside your team, in your repositories, following your process.
Harden
Taking a system that works most of the time and making it work all of the time: error handling, observability, resilience testing, and performance and security hardening.
Why Rust
Rust is our main language because it moves problems from production to compile time.
- Memory safety without a garbage collector. No use-after-free, no buffer overflows and no data races in safe code, and no GC pauses eating into the latency budget.
- Fearless concurrency. Ownership and the
SendandSynctraits turn data races into compile errors, which matters enormously in highly concurrent, distributed code. - Errors in the type system.
ResultandOptionmake failure explicit, and exhaustive pattern matching makes it hard to forget a case. - Zero-cost abstractions. Expressive, high-level code that compiles down to what you would have written by hand.
- A mature ecosystem for networking, async I/O, serialisation, cryptography and observability.
Rust is not a silver bullet, and it is not always the right call. When the best answer is to work within an existing codebase in another language, or to fix a system rather than rewrite it, that is what we’ll recommend.
What you can expect
- Design documents and decision records, not just code
- Tests that cover failure paths, not just the happy path
- Observability built in from the start: structured logs, metrics and traces
- A clean hand-over, so your team owns and understands everything we build