Network services
HTTP and background workers that stay predictable under load and fail in ways an operator can see.
Systems engineering
Services, tools, and shared cores for the parts of a product that cannot be casual about failure or speed.
Rust is the right tool when a bug is expensive, a service stays up for a long time, or a workload is heavy enough that a garbage-collected runtime becomes the bottleneck. We use it for network services, import pipelines, CLIs, and the native half of a Tauri desktop app.
We do not rewrite a product in Rust for the sake of the language. A TypeScript application with one Rust worker is often the better system. The boundary between them is an explicit contract, not a hope that JSON will line up.
Rust
HTTP and background workers that stay predictable under load and fail in ways an operator can see.
Single-binary tools for imports, migrations, and operations that should run the same on a laptop and in CI.
Parsers, codecs, and compute moved into the browser when a round trip to a server would make the product feel broken.
The Rust side of a Tauri app: files, processes, and system APIs the web view should not touch directly.
Importers and transforms that have to be idempotent, because the same file will arrive twice.
A measured slice of an existing system rewritten in Rust, leaving the rest of the product where it is.
Delivery
Fit
Neighbors
These are the switches we recommend in scoping, not a disclaimer.
The work is product UI and ordinary request handling, where iteration speed matters more.
The Rust core should ship as a desktop application.
The hard part is the contract with other systems, not the language of the worker.
Continue
Rust is a starting point. Bring the constraint that matters more.
Tell us what you are building, what already exists, and which surface matters first. We will reply with a point of view.