TypeScript & Node.js
TypeScript won. It's your frontend, most new backends, and — increasingly — the agent layer, where the SDKs land in TypeScript on day one and the type system catches the malformed tool call before the model makes it. One language across product, platform, and AI is a real velocity advantage, if the types are doing real work.
That's the caveat we exist for. TypeScript with `any` scattered through it is JavaScript with extra ceremony. We write it strict: types that encode the domain so illegal states don't compile, end-to-end safety from database schema to API contract to UI, Node services architected for the event loop's strengths and honest about its limits, and the build tooling — monorepos, fast CI, sane bundling — kept out of your engineers' way.
Type-safe backends
Node and edge services with strict typing, runtime validation at the boundary, and contracts the compiler enforces.
Full-stack product engineering
React and Next.js applications with the end-to-end type safety that kills a whole category of bugs.
TypeScript agent systems
Agents, MCP servers, and tool integrations in the ecosystem's first-class language.
API contract engineering
tRPC, OpenAPI, and schema-first designs where frontend and backend can't drift apart.
Monorepo and build tooling
Turborepo, pnpm, and CI pipelines that stay fast as the codebase grows.
Node.js for serious backends — really?
Really, for I/O-heavy services — APIs, gateways, agent orchestration — where the event loop excels and one language spans your stack. CPU-heavy work belongs elsewhere (or in workers), and we're specific about that boundary rather than religious about the runtime.
Our TypeScript is full of `any` and `as`. Does it matter?
It matters exactly when you least want it to — in production, at runtime, in the bug the compiler would have caught. We tighten strictness incrementally: boundaries first with runtime validation, domain types next, `any` burned down file by file. Type debt pays off like test debt: fastest when addressed deliberately.
Why does TypeScript matter for AI work?
The agent ecosystem is substantially TypeScript-first — SDKs, MCP tooling, edge runtimes — and typed tool schemas mean a category of agent failure (malformed calls, drifted contracts) becomes a compile error instead of a production incident. For teams already on TS, the AI layer arrives with no language tax.
Put TypeScript & Node.js to work — in production.
One forward-deployed engineer, embedded in your stack, owning the outcome from discovery to production. Weeks, not quarters.
Book a deployment →