Cursor built your React Native app? How to make it production-ready
Cursor can help you build a React Native prototype fast. Here is what still needs to happen before the app can support users, payments, analytics, and App Store launch.
Cursor is strong for speed. It can help generate screens, wire components, explain errors, and move a React Native prototype forward quickly.
But a Cursor-built app is not automatically production-ready.
The risk is that the app looks finished because the visible screens exist, while the launch layer is still missing: auth durability, subscription logic, analytics, crash reporting, App Store preparation, and a code structure a real developer can maintain.
Cursor is useful, but it optimizes locally
Most AI coding sessions solve the problem directly in front of the prompt.
That means Cursor may:
add a package without checking the full Expo SDK impact
patch an error in one screen while duplicating logic from another
create a new helper instead of using the existing one
make a flow work once without handling recovery states
generate UI before product state is defined
This is not a moral failing. It is the difference between local code generation and product architecture.
Step 1: freeze feature generation
If the app is already fragile, stop adding screens.
Before another prompt, define the launch version:
one target user
one core AI workflow
one onboarding path
one monetization model
one activation event
one App Store submission target
More features make the cleanup harder. Production readiness starts by reducing the surface area.
Step 2: audit dependencies and builds
Run the app on a real iOS device or simulator through the same path you expect users to take.
Check:
Expo SDK is not artificially downgraded
EAS build works
native modules are compatible
iOS permissions are configured
environment variables are separated from code
package lockfile is stable
If the app only works inside a preview or development environment, it is not production-ready.
Step 3: centralize auth and subscription state
Cursor-built apps often scatter user state.
Production apps need one clear answer to:
who is the current user?
has onboarding been completed?
is the user paid?
can the user access the core feature?
what happens when the subscription expires?
what happens after logout?
If every screen checks those questions differently, the app will leak paid features, block legitimate users, or create support issues.
Step 4: make the AI workflow robust
The core AI flow needs more than a prompt and a response.
Add:
input validation
loading state
retry state
provider error handling
cost guardrails
result persistence
analytics for success and failure
a graceful fallback when the model times out
Founders often underestimate this layer because the first demo works. Real users create messy inputs and unstable network conditions.
Step 5: prepare the business layer
Production-ready means the app can become a business.
That requires:
onboarding that reaches activation
paywall that controls access
subscription products configured correctly
restore purchases
analytics funnel
crash reporting
App Store listing assets
privacy policy and support URL
launch plan
Cursor can help implement parts of this, but the system needs a product owner who knows what to ask for and what to reject.
When to bring in Silpho
Bring the app into AI App Rescue when:
Cursor keeps fixing one bug and creating another
you cannot explain the state model
purchases exist but entitlements are unreliable
App Store submission is unclear
the app works in demo but breaks in real flows
Silpho audits the code, decides what survives, and fixes or rebuilds the critical path to make the product launch-ready.
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FAQ
Is Cursor bad for React Native?
No. Cursor is useful for speed, debugging, and code assistance. The problem starts when founders treat generated code as a finished product without auditing architecture, dependencies, auth, payments, and analytics.
Can Silpho work with a Cursor-built codebase?
Yes. If it is React Native or Expo, Silpho can audit it, stabilize the salvageable parts, or rebuild the critical path on a clean launch stack.