We build typed, maintainable applications in TypeScript — front end, back end and everything between. Static types turn a whole class of runtime errors into compile-time warnings, so teams ship faster and refactor without fear.
Our TypeScript toolchain
React & Next.jsNode.js & NestJSAngularVue 3ExpresstRPC & GraphQLPrismaJest & VitestTypeScript adds a static type layer on top of JavaScript, so mistakes surface in your editor and CI pipeline rather than in production. In the 2024 Stack Overflow Developer Survey, TypeScript ranked among the five most-used programming languages, with roughly 38% of developers reporting they work with it — a signal of how mainstream typed JavaScript has become for serious product teams.
We use that safety net across the stack. On the front end it powers our React and Angular builds; on the server it types our Node.js APIs end to end. Shared types between client and server mean a change to your data model shows up as a compile error everywhere it matters — not as a silent bug three weeks later.
One typed language across your whole product — from the browser to the database.
Robust dashboards, portals and SaaS front ends built in TypeScript, with strict compiler settings and shared types that keep large codebases maintainable.
Explore web developmentComponent libraries and product interfaces with fully typed props, hooks and state, so refactors are safe and onboarding new developers is fast.
See React developmentServer-side services where request, response and database models are all typed, cutting integration bugs and making your API self-documenting.
See Node.js developmentServer-rendered, SEO-friendly apps with end-to-end types across pages, API routes and data fetching for a fast, type-checked full-stack.
See Next.js developmentEnterprise front ends in Angular (TypeScript by default) and typed Vue 3, structured for teams that value strong contracts and long-term maintainability.
See Angular developmentCross-platform mobile apps written in typed React Native, sharing types and logic with your web app for one coherent, safer product.
See mobile app developmentJavaScript still runs the web — TypeScript compiles down to it. The difference is everything that happens before your code ships.
| What matters | TypeScript | Plain JavaScript |
|---|---|---|
| When bugs surface | At compile time, in your editor | At runtime, often in production |
| Editor autocomplete | Rich, type-aware suggestions | Limited, guesswork on shapes |
| Large-team refactoring | Safe — the compiler finds every break | Risky — relies on tests and memory |
| Self-documentation | Types describe intent inline | Needs external docs or comments |
| Learning curve | Slightly steeper up front | Lower to start |
| Runtime output | Compiles to clean JavaScript | Runs directly |
The real payoff of TypeScript is consistency. The same types flow from the database to the button a user clicks.
Types are not academic — they change how a product feels to run. Teams spend less time chasing "cannot read property of undefined", ship features with more confidence, and welcome new developers who can read the code's intent directly.
Turning on the compiler is easy. Getting the full value takes discipline — here's ours.
We run strict compiler settings from day one, so no implicit any slips through and the types actually protect you.
Client and server import the same types, so a model change ripples through the whole codebase as compile errors — never silent drift.
We validate external data with typed schemas (Zod and similar), so untrusted input is checked before it reaches your logic.
Every pull request runs tsc and lint as a gate, so type errors can't reach main, let alone production.
Moving an existing JS app? We migrate file by file, tightening types as we go, with the product shippable the whole time.
We use generics and utility types where they earn their keep — powerful, but never so clever that the next developer can't follow them.
The same typed foundation, applied to the products our clients actually run.
A pattern we see again and again: a product grows fast in plain JavaScript, then every change starts to feel risky. Here's how a TypeScript migration usually unfolds.
A growing app where small changes caused surprise breakages, releases were nerve-wracking, and new hires took weeks to feel safe touching core files.
Introduce TypeScript incrementally — typing the riskiest modules first, adding shared types between API and UI, and gating every pull request on a clean type-check.
Whole categories of runtime errors disappear, refactoring stops being scary, and the team ships with the compiler as a second reviewer on every change.
A clear path whether you're starting fresh or hardening an existing JavaScript app.
We learn your product, stack and pain points, and agree what "done" looks like.
We design the type model — shared contracts, strict config and validation at the edges.
We develop in short, reviewed increments with type-check and tests on every change.
We tighten types, cover critical paths and wire CI gates so nothing regresses.
We release, monitor and keep improving as your product and team grow.
We are the engineers behind the products, not on them. For 12+ years we've built and maintained typed JavaScript applications for founders and enterprises — so we know where TypeScript pays off and where it just adds ceremony.
"They write the kind of TypeScript we wish we had written ourselves — clean, typed and easy to build on."
The result of treating types as a design tool, not a chore — code that stays readable as the product grows.
Whether you're starting fresh or hardening an existing JavaScript app, tell us where it hurts. We'll share a clear plan, estimate and roadmap.
Tell us about your project and our team replies within 24 hours with a clear scope and estimate — no obligation.
