The app works.
Until you touch it.
This is the most common and most dangerous state. The app shipped. It runs. But every change breaks something unexpected — and you're shipping slower every month. The problem isn't the bugs. It's the system underneath them.
- Bug fixes introduce new bugs elsewhere
- Regressions appear in unrelated areas
- You delay releases to avoid unknowns
- No meaningful test coverage
- AI-generated code layered without review
- No clear module ownership
- State management scattered across the app
- Network calls with no error or retry strategy
Instability is structural, not a matter of individual bugs. It emerges when a codebase grows without enforced boundaries — modules depending on each other in undocumented ways, shared mutable state passed through views, network calls made without cancellation or retry logic. AI-generated code amplifies this because it optimizes for local correctness, not system coherence. The result: you change X, Y breaks, and nobody knows why.
We read the full codebase, identify every instability source, and produce a prioritized risk map. This tells us exactly what to scope for the Sprint — we fix the right things, not just the visible things.
Scope agreed together based on Health Check findings. We fix the highest-impact architectural issues, refactor unstable modules, and establish a baseline you can modify without fear. One sprint is often enough. More complex systems may need two or three — you decide after each one.
Code pushed to your GitHub. TestFlight build delivered. App Store release handled. You see the work before it ships.
Updated system state after the Sprint. What was fixed, what remains, and a clear recommended next step — whether that's another Sprint, a retainer, or nothing more for now.
Health Check.
We diagnose the system first. Then scope exactly what needs fixing. No Sprint commitment until you've seen the report.
Book Health Check — $499