Software Built in TypeScript, Front to Back
Untyped JavaScript tends to break quietly, and the bigger the codebase gets, the more that costs. We build in TypeScript across the stack so mismatches get caught at compile time instead of showing up as a bug report later.
Where We Use TypeScript
TypeScript is not a framework, it is the language underneath nearly everything we ship.
Type-Safe Frontends
React, Next.js, and Vue interfaces with typed props, state, and API responses that catch UI bugs before they ship.
Backend Services
Node.js and Express backends with typed business logic and data models that stay safe to refactor.
Type-Safe APIs
REST APIs with shared types between client and server so request and response contracts get enforced by the compiler.
Full-Stack Products
One typed language across the whole codebase, which cuts down on context switching and keeps things consistent.
Internal Tools
Admin panels and business tools where reliability matters more than moving fast and breaking things.
JavaScript Migration
Adding types to an existing JavaScript codebase incrementally, without stopping feature work or risking a rewrite.
What We Build
TypeScript work spans nearly every project we take on, across the whole stack.
Full-Stack Development
Frontend through backend in TypeScript, with shared types so a data model change surfaces everywhere it matters.
API Development
Typed endpoints and validated payloads that resist the silent breakage untyped APIs tend to hide.
Business Applications
Dashboards and internal tools where static typing cuts down on the runtime bugs that slip through untyped code.
Migration
Moving an existing JavaScript codebase to TypeScript file by file, keeping the team shipping the whole time.
How We Build in TypeScript
TypeScript only pays off if the typing is applied with intent, not bolted on loosely.
Strict Typing
Strict compiler settings and shared type definitions across layers, so a model change gets flagged everywhere it needs updating.
- Strict compiler config
- Shared type definitions
- Single source of truth
Quality Checks
Linting and type checks enforced consistently, with tests built on typed foundations so both interface and logic errors get caught.
- Linting + strict checks
- Typed test coverage
- Interface + logic safety
CI Enforcement
Type checks and tests run in CI so nothing merges without passing compilation and quality gates.
- Type checks in CI
- Quality gates
- Compile-time safety
What We Pair TypeScript With
TypeScript is the language; the framework and infrastructure depend on the project.
Frontend
Backend & API
Database
Delivery
How We Approach TypeScript Work
What separates loose TypeScript from the kind that actually pays off.
Strict, Not Loose
No scattered `any` types slipping through. The compiler only helps if it is actually enforced.
Types Plus Tests
Types catch interface errors, tests catch logic errors. We use both, not one instead of the other.
Structured for Growth
Clear boundaries between layers so adding features later does not erode the safety the project started with.
Where we've used TypeScript
Live projects built with TypeScript. Each case study covers what we built and why.
Frequently Asked Questions
Questions people ask before working with us in TypeScript.
It catches type errors at compile time instead of in production. For anything beyond a small script, that means fewer runtime bugs and a codebase that is easier to maintain as it grows.
Yes, we do it incrementally, file by file, so the app keeps running and the team keeps shipping while types get added.
No, we use it on backend services and APIs too. One typed language across the stack means shared type definitions and a more consistent codebase.
It adds a bit of upfront thought, but it pays for itself quickly by catching bugs before they reach production and making refactors much safer.
Yes, we use strict compiler settings by default rather than loose configs that let type safety leak away.
A focused API or module usually takes six to eight weeks. Full-stack builds and larger migrations take longer depending on scope.
Technologies we pair with TypeScript
Want software that catches its own bugs early?
We build in TypeScript across the stack so fewer things break in production. Tell us what you are building.