TypeScript Development
Type-safe applications and APIs that catch entire classes of bugs before they reach production.
Bugs Caught at Compile Time, Not in Production
TypeScript is our default across nearly every JavaScript project we build — frontend, backend, or shared code between them — because static typing catches an entire category of bugs at compile time that would otherwise surface as production incidents.
Talk through your codebaseinterface User {
id: string;
email: string;
}
function getUser(id: string): User {
return db.users.find(id);
// Error: Type 'User | undefined'
// is not assignable to type 'User'
}What We Build With TypeScript
From type-safe APIs to full-stack applications, we use TypeScript to build reliable, maintainable, and future-ready digital products.
Custom TypeScript Development
Applications built with strict typing from the first commit, not bolted on later.
Type-Safe API Development
Backend services with request and response types that can't silently drift apart.
JS to TypeScript Migration
Legacy JavaScript codebases converted incrementally, file by file, without freezing feature work.
Shared Type Contracts
Types shared between frontend and backend so both sides never fall out of sync.
Strict Config & Tooling
Strict-mode compiler settings, linting, and CI checks that catch problems before merge.
TypeScript Maintenance & Support
Dependency upgrades, type-safety audits, and ongoing feature work for codebases already live.
Need a Custom TypeScript Development Solution?
Let's build a scalable, secure, and high-performing backend tailored to your business needs.
Type Safety That Compounds as the Codebase Grows
Catches Bugs at Compile Time
Safer Large-Scale Refactors
Self-Documenting Code
First-Class Editor Support
Shared Types Across the Stack
Gradual, Incremental Adoption
Ship Safer Code with a TypeScript-First Architecture
Frequently Asked Questions
Straight answers about how we build, migrate, and support TypeScript codebases.
Yes, incrementally — TypeScript allows a gradual, file-by-file migration, so we can add type safety without freezing feature development while the migration is in progress.
It adds upfront structure, but it pays for itself quickly by catching mismatches at compile time instead of in production, and by making refactors and onboarding new developers considerably safer.
Where the architecture allows it — a shared types package or generated API types keeps the client and server contract in sync automatically, rather than relying on both sides staying manually consistent.
Strict mode by default — no implicit any, null checks enabled, and type errors treated as build failures in CI, not warnings a developer can ignore.
Yes, on nearly every project — TypeScript works the same way across the frontend and backend, which is part of why shared type contracts are so effective.
Regularly. We start with a type-coverage and configuration audit, then tighten strictness and fix real issues without disrupting what's already working.
Yes — dependency upgrades, type-safety audits, and incremental feature work under a maintenance agreement, so the codebase stays safe to change as it grows.
Got an Idea? Get a FREE TypeScript Consultation
What's Next?
Share your requirement
Tell us about the codebase you're building and our TypeScript engineers will review the fit.
Get an architecture outline
We map out the type system and structure, flag risks early, and connect with you to walk through it.
Start building
Once the scope is locked in, we finalize the plan and begin implementation.
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