Engineering

TypeScript Development

End-to-end TypeScript systems with shared contracts, safer change, and one coherent engineering language across product surfaces.

Phase
4-step engagement
Hypercare
30 days included
Cadence
Weekly demos

Trusted by teams shipping at scale

Drybar
Cuisinart
Conair
Revlon
Belkin
Beautiful
CruxGG
Joshua Tree Coffee
Mary's Gone Crackers
AMI Clubwear
Revitalash
Soil3
Capabilities

What we deliver

Every TypeScript Development engagement bundles these capabilities by default. We tune the depth of each to fit your scope.

01 / 06

Full-stack TypeScript application development

Included
02 / 06

Shared schemas, validation, and API contracts

Included
03 / 06

Frontend and backend platform architecture

Included
04 / 06

SDK, integration, and developer tooling

Included
05 / 06

JavaScript-to-TypeScript modernization

Included
06 / 06

Testing, monorepos, CI/CD, and observability

Included
Engagement

How we build TypeScript Development

A repeatable four-phase engagement. Same rigor every time, scoped to the work in front of us.

Phase 01
Week 1-2

Discover

We map the current state, surface constraints, and lock the scope before any code is written. You leave the phase with a written success definition.

  • Audit document
  • Success criteria
  • Risk register
Phase 02
Week 2-3

Architect

We pick the stack, design the data model, and prove the riskiest path first. Architecture decisions are reviewed with your team before build starts.

  • Architecture doc
  • Stack decision record
  • Spike on riskiest path
Phase 03
Week 3-10

Build

Iterative delivery in weekly increments. You see working software every Friday, can redirect priorities each Monday, and never wait six weeks for a demo.

  • Weekly demo cadence
  • Production-ready code
  • CI/CD + tests
Phase 04
Week 10+

Operate

We ship with observability, hand off runbooks, and stay accountable post-launch. 30-day hypercare is included on every engagement.

  • Monitoring dashboards
  • Operational runbooks
  • 30-day hypercare
Deep dive

The full breakdown

Architecture, decisions, and the operational details behind every TypeScript Development engagement. Skim with the table of contents, or read straight through.

typescript-development.brief.md

Type Safety as a Delivery System

TypeScript is most valuable when it connects the product's contracts across browser, server, events, APIs, and tooling. We use it to make change visible and reviewable—not to create elaborate types that obscure the underlying domain.

Shared Contracts

Schemas define what crosses system boundaries. Runtime validation protects external inputs while inferred TypeScript types give engineers accurate feedback throughout the codebase.

Product and Platform Engineering

We build web products, backend services, SDKs, design systems, integrations, and internal tooling. Package and domain boundaries keep shared code intentional and prevent every application from depending on everything else.

Modernization

JavaScript migrations begin with tests and observability. We introduce strictness in stages, replace fragile implicit contracts, and track error rates and delivery performance as the type system expands.

End of brief
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Scope

Included in every engagement

scope_of_work.md
6 items
  1. 01

    Production TypeScript application or platform

  2. 02

    Shared domain schemas and API contracts

  3. 03

    Reusable packages and component systems

  4. 04

    Automated test and quality gates

  5. 05

    Build, release, and deployment pipelines

  6. 06

    Architecture documentation and handoff

Stack

Technology

The tools and platforms we deploy on every TypeScript Development engagement.

stack.json
Languages 2
TypeScriptGraphQL
Tooling 2
Node.jsZod
Frameworks 7
ReactNext.jsVueNuxtSvelteKitNestJSFastify
Data 1
PostgreSQL
CI/CD 2
TurborepoGitHub Actions
Testing 2
VitestPlaywright
FAQ

Common questions

Everything you need to know before starting a project with us.

Shared types reduce ambiguity between interfaces, APIs, events, and persistence. The real benefit comes when compile-time types are paired with runtime validation and disciplined domain boundaries.

Yes. We establish strictness targets, add runtime tests, convert high-value seams first, and prevent new untyped code while product work continues.

Yes, when shared packages and coordinated releases justify them. We design package boundaries, caching, ownership, CI scope, and publishing so the monorepo improves delivery instead of centralizing unrelated code.

Yes. We build Node.js APIs, workers, event consumers, integration services, and backend-for-frontend layers with typed contracts, validation, observability, and production deployment.

Ready to build TypeScript Development?

Tell us what you're working on. We'll map the architecture and ship it.

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