Why choose TypeScript
TypeScript has become close to a default expectation for serious JavaScript projects, and for good reason. Static typing catches an entire class of bugs — wrong argument types, undefined property access, mismatched API contracts — before code ever ships, which matters enormously as a codebase and team grow. For any project expected to live longer than a few months or be maintained by more than one developer, TypeScript's upfront overhead pays back quickly in reduced debugging time and safer refactoring.
What we build with TypeScript
- Type-safe React, Next.js, Angular, and Vue front-ends
- Node.js backend APIs and services
- Shared type definitions between frontend and backend (monorepo setups)
- Complex business logic layers where data shape correctness matters
- Internal SDKs and libraries for larger engineering teams
Our approach
We enable strict mode TypeScript configuration on every project by default — no implicit any, no loose null checks — because partial type safety provides only partial protection. For full-stack projects, we share type definitions between frontend and backend wherever the architecture allows, eliminating an entire category of "the API changed and the frontend broke" bugs. We use tools like Zod for runtime validation that stays in sync with compile-time types, so data coming from external APIs or forms is validated, not just assumed correct. See our React and Node.js services for stack-specific delivery.
TypeScript across the stack
TypeScript isn't just a frontend tool for us — we use it equally on Node.js backends, build scripts, and even configuration files where it's supported. The goal is a single, consistent type system across your entire application rather than type safety on the frontend undermined by an untyped backend.