Prop drilling chaos—teams then argue across ownership lines.
Component ecosystem
React Development
React's flexibility costs you when everyone invents their own style.
React admin/marketing apps with components and optional TypeScript.
Reusable components
Clear tokens and boundaries—less copy-paste pages.
Measurable performance
Metrics on key paths; before/after comparisons.
Contracted integration
API contracts with backend cut integration cost.
React pains
These usually show up before a project starts—or right after a rushed launch.
No types—refactor fear—it often surfaces only after production impact.
Bundle bloat—iteration and local integration slow down.
Messy effects—users feel it as inconsistent data or UX.
Conventions + light types
Document boundaries/state homes; TS on critical modules; analyze bundles; unify data fetching. State/router by team habit. Emphasize testable components and build performance—avoid unconstrained JSX piles.
State/router by team habit. Emphasize testable components and build performance—avoid unconstrained JSX piles.
- Scope written before coding
- Milestones you can accept
- Handover notes included
Highlights
What this engagement typically covers.
Component structure
Included in scope after we confirm stack, constraints and acceptance checks.
Optional TypeScript
Included in scope after we confirm stack, constraints and acceptance checks.
State approach
Included in scope after we confirm stack, constraints and acceptance checks.
Build tuning
Included in scope after we confirm stack, constraints and acceptance checks.
What you get
- Runnable React app
- Structure conventions
- Build config
- API integration
- Handover notes
How we work
-
01
Stack lock, with written stage outputs.
-
02
Scaffold, with written stage outputs.
-
03
Iterate, with written stage outputs.
-
04
Accept, with written stage outputs.
Ready to lock scope?
Say TypeScript and state-lib preference—we'll scaffold.