"Runs in the preview" and "ready for the App Store" are far apart, and the gap is where AI-built apps get rejected. A Rork app can look finished while still missing the things review and security actually check: real functionality beyond a wrapper, secrets kept off the client, a privacy policy and accurate App Privacy label, and a build with no exposed keys. Rork gets you a working app fast; readiness is the work you do on top. Here is a concrete checklist and where AI-generated apps most often fall short.
Short answer
A Rork app is ready for the App Store when it is genuinely complete, secure, and compliant, not just when it runs. That means real functionality beyond a thin wrapper, no hardcoded secrets or exposed keys in the build, correct backend access rules, a linked privacy policy with an accurate App Privacy label, a completed privacy manifest, and clean, honest metadata. Per Apple's review guidelines, apps that are incomplete or offer minimal functionality are rejected, and AI-generated apps commonly ship insecure defaults. So treat the generated app as a draft, work through a readiness checklist, and verify the build before you submit.
What you should know
- Running is not ready: a working preview can still fail review and security checks.
- Minimum functionality matters: a thin wrapper is rejected under 4.2.
- Secrets must be off the client: AI builds often hardcode keys.
- Privacy is required: a policy, an accurate label, and a privacy manifest.
- Treat the output as a draft: harden and verify before submitting.
What does "ready for the App Store" actually mean?
That the app clears completeness, security, privacy, and metadata, all at once. Apple reviews whether the app is finished and offers real value, whether it handles data and access safely, whether its privacy disclosures are accurate, and whether its metadata is honest. An app that runs in the Rork preview may still fail any of these, because building and being submission-ready are different bars. Readiness is therefore a checklist across several areas rather than a single thing, and the generated app usually meets some of it, like functioning UI, while missing others, like secure handling of keys or a complete privacy manifest. Knowing the full bar is what turns "it works" into "it will pass."
What is the readiness checklist for a Rork app?
Work through completeness, security, privacy, and metadata. The table lays it out.
| Area | What to confirm |
|---|---|
| Completeness | Real functionality beyond a wrapper; no crashes; a demo account if needed |
| Security | No hardcoded keys, secure storage for secrets, correct backend access rules |
| Privacy | Linked privacy policy, accurate App Privacy label, completed privacy manifest |
| Data sharing | Disclosure and consent if data goes to a third-party AI |
| Metadata | Honest name and description, no beta wording, correct age rating |
The security and privacy rows are where a Rork app most needs attention, since the generated defaults often hardcode keys, leave database access open, or omit privacy declarations. The completeness row is where minimum-functionality rejections come from, so make sure the app does something substantial, not just present a thin layer over a website or a single AI call.
Where do AI-built apps most often fall short?
In the same few places, repeatedly. The most common is minimum functionality, where a Rork app that is essentially a wrapper or a one-feature demo is rejected under Guideline 4.2 for not offering enough. Close behind are security defaults: API keys hardcoded in the client, Supabase access rules left open, and secrets in plain storage, none of which shows up as a visible bug but all of which are real exposures. Privacy gaps are also frequent, with a missing privacy policy, an App Privacy label that does not match the app's real data collection, or an absent privacy manifest. Addressing these is what moves a generated app from "looks done" to genuinely ready, because they are precisely what review and a security check surface.
What to watch out for
The first trap is equating a working preview with readiness, when completeness, security, and privacy are separate bars the app must clear. The second is shipping the generated security defaults, since exposed keys and open access rules are common and invisible until exploited. The third is missing the privacy pieces, the policy, the label, and the manifest, which draw their own rejections. A pre-submission scan such as PTKD.com (https://ptkd.com) reads the compiled APK, AAB, or IPA against OWASP MASVS and flags hardcoded secrets, insecure storage, and cleartext traffic, so you can confirm the security and privacy parts of the checklist on the actual build before submitting. The completeness and metadata work is on you to finish in the app.
What to take away
- A Rork app is ready when it is complete, secure, and compliant, not merely when it runs in the preview.
- Confirm real functionality beyond a wrapper, no exposed keys, correct access rules, a privacy policy, an accurate App Privacy label, a privacy manifest, and honest metadata.
- AI-built apps most often fail on minimum functionality, insecure defaults, and missing privacy pieces.
- Treat the generated app as a draft, work the checklist, and verify the build with a pre-submission scan such as PTKD.com before you submit.
