When maximum performance and memory safety are what you need.
Rust pairs the raw speed of languages like C with a safety promise that needs no garbage collector at all. At its core is the borrow checker, which rules out whole classes of memory bugs and data races at compile time. The compiler is strict, but once a program builds it runs remarkably reliably. We reach for Rust when maximum performance and absolute reliability at the systems level are what is needed.
More in the documentationRust is our choice when a piece of software has to run at the performance limit and stay absolutely stable, such as compute-heavy tools or performance-critical building blocks. What the compiler waves through usually holds up in production too. That built-in safety takes the ground out from under a whole category of late-night incidents.
fn parse_port(raw: &str) -> Result<u16, String> {
raw.parse::<u16>()
.map_err(|_| format!("invalid port: {raw}"))
}Good to know
Do not fight the borrow checker early on, read its messages closely. They almost always point to a real problem in your data flow that other languages would let slip through quietly and become expensive later.
More tools we work with in the same area.
TypeScript
Our default language: type-safe JavaScript for robust, maintainable code.
JavaScript
The language of the web, equally at home in the browser and on the server.
Python
For AI, automation, data processing and rapid prototypes.
Go
Lean, fast services and CLI tools with excellent concurrency.
PHP
Proven in the CMS space, for example WordPress and legacy systems.
C#
For .NET backends and integration into Microsoft environments.
You don't have to decide that, it's our job. Tell us about your plans.