TypeScript Catches the Bugs That Cost 6x More to Fix in Production
IBM research shows that production bugs cost 6x more to fix than bugs caught during development. TypeScript catches entire categories of errors at compile time: null reference errors, type mismatches, missing properties, and incorrect function signatures. We build TypeScript-first frontends that are safer, faster to refactor, and easier for new team members to understand.
higher cost to fix production bugs versus those caught during development, and TypeScript eliminates entire categories of bugs at compile time
IBM Systems Sciences Institute
TypeScript Development
What's Included
Everything you get with our TypeScript Development
TypeScript Architecture and Configuration
Strict TypeScript configuration with path aliases, module resolution, and compiler options optimized for your framework and build tool
Type System Design
Domain-specific types, API response interfaces, component prop types, and utility types that model your application's data accurately and catch errors at compile time
Migration or Greenfield Setup
Gradual migration from JavaScript to TypeScript with per-file adoption, or greenfield TypeScript project setup with strict mode and comprehensive type coverage from day one
Our TypeScript Development Process
Type System Architecture
We design the type system: domain models, API response types, component prop interfaces, and utility types. The type architecture is reviewed to ensure it accurately models your application's data flow.
Configuration and Tooling
We configure TypeScript with strict mode, path aliases, and compiler options optimized for your framework. We set up IDE integration, lint rules, and CI/CD type checking.
Implementation or Migration
For new projects, we build with TypeScript from the first file. For existing JavaScript projects, we create a gradual migration plan that converts files incrementally without disrupting active development.
Type Coverage and Quality Verification
We verify type coverage across the codebase, ensure no unsafe type assertions (as any) are used without justification, and confirm that the CI/CD pipeline blocks code that does not type-check.
Key Benefits
Compile-time bug prevention
TypeScript catches null references, type mismatches, missing properties, and incorrect function calls before code reaches production. IBM says these bugs cost 6x more to fix in production. TypeScript eliminates them entirely.
Types as documentation
Type definitions for API responses, component props, and function signatures tell developers exactly what data each part of the application expects. New team members read types to understand the codebase instead of running the application and experimenting.
Safe refactoring at any scale
Rename a property, change a function signature, or restructure a data model and the TypeScript compiler identifies every file that needs updating. Refactoring that would take days of manual searching in JavaScript takes minutes with TypeScript.
Research & Evidence
Backed by industry research and proven results
Systems Sciences Institute
The cost to fix a bug in production is 6x that of one found during design, and TypeScript's compile-time checking catches type errors, null references, and interface mismatches before code reaches production
IBM (2020)
The Developer Coefficient
42% of developer time goes to technical debt, and TypeScript's type system serves as documentation that prevents the misunderstandings that create technical debt
Stripe (2018)
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Stop Paying 6x More to Fix Bugs in Production
Tell us about your codebase. We will show you how TypeScript eliminates the categories of bugs that cost your team the most time and money.
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