Your app launches in two weeks but QA, analytics, and store submission are incomplete.Launch ready today.

App launch readiness assessment covers five areas: QA completeness (have all critical and major bugs been fixed? has the app been tested on the target device and OS matrix? have happy path and edge case flows been tested?), store submission readiness (does the app meet App Store and Google Play guidelines — privacy policy, age rating, required permissions justification, screenshots, metadata?), analytics and observability (are event tracking, crash reporting, and performance monitoring configured so you can see what happens after launch?), performance (are app startup time, screen transitions, and API call performance within acceptable ranges on low-end target devices?), and infrastructure readiness (can the backend handle the launch traffic surge with appropriate scaling and rate limiting?). You receive a written launch readiness report with a go/no-go recommendation for each area.

App Store (iOS) and Google Play (Android) submissions each have specific requirements that are commonly missed by first-time launchers. The specialist prepares: App Store Connect setup (bundle ID, app record, pricing, territories, age rating questionnaire, privacy nutrition label with data practices disclosed for each data type collected), app metadata (title, subtitle, description, keywords, and 10 screenshots per device size for iOS), App Store Review guidelines compliance check (most common rejection reasons: missing privacy policy link, incomplete functionality in the build, undisclosed user data collection, sign in with Apple required if other social login is offered), and Google Play Console setup (content rating questionnaire, data safety section with disclosure of all data collected and shared, target audience configuration). The specialist submits the app and manages the review process, including responding to reviewer queries.

Before launch, you need three categories of observability: user behaviour analytics (Mixpanel, Amplitude, or Firebase Analytics — event tracking for key user flows so you can see exactly where users engage and drop off from day one), crash reporting (Sentry, Firebase Crashlytics, or Bugsnag — automatic crash capture with stack trace, affected users count, and device/OS breakdown), and performance monitoring (Firebase Performance Monitoring or Datadog — screen render time, API call latency, and startup time tracked by device type). Without these configured before launch, you are flying blind in the critical first days when the highest volume of new users experience your app for the first time. The specialist configures all three and validates that events are firing correctly before the launch date.

App launch traffic patterns are unpredictable — you can estimate but not know the peak load until the app is live. The specialist prepares the backend for launch by: running load tests that simulate your expected peak traffic (typically 3-5x average) to identify performance bottlenecks before they affect users, configuring auto-scaling so the backend scales horizontally if traffic exceeds predictions, implementing rate limiting on authentication and signup endpoints to prevent abuse and excessive costs, setting up database connection pooling to handle concurrent connections, and configuring a CDN for static assets and API response caching for content that does not change per user. Post-launch monitoring is configured with alerts that page the on-call engineer if error rate, response time, or resource utilisation crosses defined thresholds.

A structured pre-launch QA pass on a mobile app consistently finds: authentication edge cases (password reset with invalid token, session expiry handling during active use, sign up with existing email error state), payment flow issues (failed payment state not handled gracefully, duplicate order on double-tap), deep link handling (links that should open to a specific screen open the home screen or crash instead), device-specific rendering issues (layout breaks on specific screen sizes not tested during development), offline behaviour (app crashes or shows blank screens without network instead of showing appropriate error state), accessibility issues (small touch targets, missing accessibility labels on interactive elements), and permission request flows (camera, location, or notification permissions requested at wrong moment in the user journey). Each finding is documented with repro steps, device details, and severity rating.