01
Zero-cost abstractions & memory safety
No garbage-collection pauses, data races ruled out at compile time in safe code, and a small memory footprint.
Technologies — Backend & systems
High-performance Rust systems & microservices engineering
We build mission-critical Rust services with compile-time memory safety and predictable latency, with no garbage-collector pauses in the hot path.
Core capabilities
Why we build with Rust
02
Tokio async ecosystem
High-concurrency network servers built on Axum and Tokio for high-throughput event processing.
03
Native performance
Native-code speed for cryptography, media processing and matching engines.
Use cases
Where Rust fits
Order matching & trading systems
Low-latency execution engines designed to avoid heap allocation in the hot path.
Edge proxies & security gateways
High-throughput reverse proxies performing cryptographic verification on incoming traffic.
How we staff it
Rust engineers you interview first
Seniority and experience are agreed in the proposal, and you interview every engineer before they start.
Working-hours overlap is agreed for each engagement and written into the statement of work — the shared window, who shifts hours, and how handoffs work outside it.
Technical FAQs
Frequently asked engineering questions
When you need C++-class performance and predictable latency without a garbage collector, but not the memory-safety bugs that come with manual memory management. If raw throughput matters less than delivery speed, Go is often the simpler choice.
Yes. With mature frameworks like Axum and Tokio, building robust, type-safe REST and gRPC microservices in Rust is highly productive.
Ecosystem
Related technologies
Planning a Rust project?
Tell us about your architecture, backlog and team. We'll reply within one business day with an honest read on whether we can help.