Rust Development Service

Rust has a learning curve and a hiring problem. Engineers who can actually ship production Rust are rare, and most projects that "need Rust" would have done fine with Go. The cases where Rust is genuinely worth it: high-throughput services where microseconds matter, WASM modules in the browser, systems code (filesystems, network stacks, parsers), embedded targets, or rewriting a hot path of an existing app.

The borrow checker is the famous obstacle but not the real one. Once you internalise ownership and lifetimes, the borrow checker becomes a feature. The real obstacle is the async ecosystem — Tokio vs async-std, choosing executors, pinning futures, handling cancellation safely. None of this is taught in a tutorial. It is learned by shipping production async Rust and hitting the corner cases.

The web framework story is interesting. Axum (Tokio team) is the modern default. Actix-web is faster but more complex. Rocket is ergonomic but slower to evolve. For databases, sqlx is type-checked at compile time against your schema. For serialisation, serde is the bedrock. For HTTP clients, reqwest. The ecosystem is opinionated and good.

WASM is where Rust outshines everything. `wasm-pack` compiles Rust to WASM with first-class JS interop. Browser-side number crunching, image processing, parsing, validation, cryptography — anything CPU-heavy that runs in the browser benefits. The catch is the bundling story and the size of debug symbols if you do not strip them.

AsyncForge has senior Rust engineers shipping production services and WASM modules. Submit a service rewrite, a hot-path optimisation, a CLI, or a WASM module. Light 4 days, Standard 48 hours, Pro 1 day. We write tests with the standard test runner, document unsafe code, and benchmark with Criterion.