Mobile App Testing
Simulators don't crash. Real phones do. We test your iOS and Android apps on 50+ physical devices. testing the gestures, network conditions, push notifications, and edge cases that only show up on actual hardware your users hold.
Your app works in the simulator. Does it work in someone's hand?
Simulators don't have slow 3G connections. They don't lose WiFi mid-checkout. They don't receive phone calls during onboarding or run out of storage. The bugs that actually hurt your rating. gesture failures, push notification timing, battery drain, permission dialogs. only show up on real hardware.
We test on 50+ physical iOS and Android devices across multiple OS versions, screen sizes, and network conditions. Appium handles the cross-platform automation, XCUITest and Espresso cover native flows, and our manual testers explore the edge cases that no automation framework can replicate.
Before every release, you know your app works on the devices your users actually hold. not just the ones Apple and Google show in their marketing.
Everything Included from Day One
A complete, end-to-end QA service. every deliverable, every tool, every report included.
Real Device Coverage
- iOS 15โ18 across iPhone and iPad devices
- Android 10โ14 across multiple OEM devices
- Multiple screen sizes. small, medium, large, tablet
- Different RAM and CPU configurations
- BrowserStack integration for extended device lab
Automation Framework
- Appium setup for cross-platform automation
- XCUITest for native iOS test automation
- Espresso for native Android test automation
- CI/CD integration. tests run on every build
- Parallel execution across multiple devices
Manual Exploratory Testing
- Gesture testing. swipe, pinch, zoom, drag
- Offline and low-connectivity testing
- Background/foreground app state transitions
- Push notification delivery and deep links
- In-app purchase and payment flow testing
Compliance & Store Prep
- App Store Review Guidelines compliance check
- Google Play policy compliance review
- Privacy permission flows and consent screens
- App size, performance and crash testing
- Beta distribution testing (TestFlight, Firebase)
Network & Condition Testing
- Testing on 3G, 4G, 5G and WiFi conditions
- Airplane mode and offline mode testing
- Network throttling and latency simulation
- VPN compatibility testing
- Background sync and data refresh testing
Accessibility Testing
- VoiceOver (iOS) and TalkBack (Android) testing
- Dynamic text size support validation
- Colour contrast and touch target size checks
- Screen reader compatibility across key flows
How We Actually Work
No black box. Here's exactly what happens from the first call to a fully running test suite. and what you get at each stage.
We figure out which devices actually matter
We look at your app's analytics. which OS versions, which screen sizes, which manufacturers your users actually run. Then we build a device matrix that covers the real world, not just the latest flagship.
We design tests that go beyond tapping buttons
Swipe gestures, pinch-to-zoom, push notification handling, offline recovery, permission dialogs, background-to-foreground state. we cover the mobile-specific scenarios that desktop-focused QA teams miss entirely.
We set up automation that runs on every build
Appium for cross-platform, XCUITest for iOS-native, Espresso for Android-native. We pick the right framework, wire it into your CI/CD (Fastlane, Bitrise, or GitHub Actions), and get tests running on real devices automatically.
Our testers explore what automation can't
Experienced mobile QA engineers run exploratory sessions. interrupting flows with calls, toggling airplane mode mid-transaction, revoking permissions, testing with low battery. The stuff no script can replicate.
We check for store rejection before you submit
App Store and Google Play reject apps for reasons most teams don't think about. privacy labels, permission justifications, content policies. We run the full pre-submission checklist so you don't waste a review cycle.
You get a release report before every ship
Full regression across all target devices, a pass/fail report per device, known issues documented with severity, and a clear sign-off. You ship knowing exactly where you stand.
Tools and Frameworks We Use
Tool-agnostic by design. we select the best technology for your specific stack and workflow.
Every Layer, Every Flow
Comprehensive coverage across UI, API, data, and security layers. nothing gets missed.
iOS Native Apps
Swift, Objective-C, React Native
Android Native Apps
Kotlin, Java, Flutter
Cross-Platform Apps
React Native, Flutter, Ionic
Gesture Interactions
Swipe, pinch, drag, 3D touch
Push Notifications
APNs, FCM delivery and deep links
In-App Purchases
StoreKit, Google Play Billing
Network Conditions
3G, 4G, 5G, offline, airplane mode
Accessibility
VoiceOver, TalkBack, WCAG AA
Biometric Auth
Face ID, Touch ID, fingerprint
Real Impact from Sprint One
Measurable outcomes your engineering team and business will feel immediately.
Real Device Confidence
Tests run on actual hardware. catch issues that simulators never reveal.
Full OS Coverage
Coverage across multiple iOS and Android versions and screen sizes.
Faster App Releases
Automated regression catches regressions instantly. ship to the store with confidence.
Store Compliance
Pre-submission checks catch App Store and Google Play rejection reasons before you submit.
Network Conditions
Tests under 3G, 4G, 5G, WiFi and offline. real-world conditions your users experience.
Accessibility
VoiceOver and TalkBack validation. your app works for every user.
Got questions?
Here are the ones we get asked most. If yours isn't here, just ask. we're happy to talk it through.
Want to talk through your specific setup?
We'll walk you through how this works for your stack, team size, and release cadence. zero commitment.
Real physical devices via BrowserStack and our local device lab. Simulators are fine for quick smoke tests, but every critical flow runs on actual hardware. because that's what your users hold.
Ready to get started?
Get a tailored QA strategy in 48 hours. we review your stack, identify gaps, and propose a clear testing roadmap.