One test framework, both platforms, any language. Appium testing services for teams that need cross-platform mobile test automation without rewriting tests for each OS. Native apps, hybrid apps, mobile web — tested on real devices with the WebDriver protocol your QA team already knows. And when Maestro or Detox is the better fit, we'll say that on the first call.
Why Entalogics for Appium
The Appium suites we inherit always have the same problems — 45-minute test runs on a single emulator, XPath selectors that break on every UI change, no Page Object Model for screens, and a setup so complex that only one person on the team can run them locally. Appium is powerful. Most implementations waste that power.
XPath selectors are the number one source of Appium test flakiness. We use accessibility IDs on both platforms — stable across UI changes, fast to locate, and better for app accessibility as a side benefit.
Every screen gets a class. Platform-specific locators behind a shared interface. Tests read like user flows, not selector chains. When the UI changes, you update one screen object.
BrowserStack, Sauce Labs, or a local device farm running tests in parallel across iOS and Android. A 45-minute sequential run drops to 8 minutes across real devices.
Strongly typed screen objects with typed return values. `loginAs()` returns a `HomeScreen`, not void. Navigation mistakes caught by the compiler — not by a 20-minute test run.
When Appium, when not
Appium is the most versatile mobile testing framework — any platform, any language, any app type. That versatility costs setup complexity and execution speed. We'll tell you on the first call if Appium is genuinely the right fit.
STAY ON APPIUM WHEN
CONSIDER ALTERNATIVES WHEN
WE SAY NO WHEN
What we build with Appium
The shapes of Appium test automation we deliver most. Each leaves you with a mobile test suite CI actually trusts.
iOS and Android from one test codebase. Accessibility ID locators, Screen Object Model, parallel execution on BrowserStack or Sauce Labs.
Ionic, Capacitor, and Cordova apps tested through native and WebView contexts. Context switching handled cleanly — no flaky transitions between native and web layers.
Chrome on Android, Safari on iOS — mobile browser testing via Appium's WebDriver protocol. Same framework as your native tests, one CI pipeline.
BrowserStack, Sauce Labs, or AWS Device Farm connected to your CI pipeline. Tests run on 20+ device/OS combinations in parallel on every PR.
XPath to accessibility ID migration, implicit to explicit waits, Screen Object refactoring, parallel execution setup. Turn a 25% flaky suite into one QA trusts.
When simpler is the right answer. Test by test migration to Maestro's YAML-based framework. Appium keeps running until every test earns its migration.
The playbook
Appium patterns from real mobile QA — not a Udemy walkthrough.
P01
Every interactive element tagged with testID on React Native, accessibilityIdentifier on iOS, content-description on Android. No XPath. No CSS. Selectors that survive UI redesigns.
P02
Every screen a class. Platform-specific locators behind `@AndroidFindBy` / `@iOSXCUITFindBy`. Tests never touch selectors directly.
P03
BrowserStack or Sauce Labs with parallel test distribution. 20 device/OS combos tested simultaneously. A 45-minute suite runs in under 10 minutes.
P04
Appium 2's driver architecture — install only the drivers you need. UiAutomator2 for Android, XCUITest for iOS. No bloated server with unused drivers.
P05
Use API calls to create test data and app state. Appium verifies the UI renders correctly. Tests run 10x faster because setup doesn't go through the UI.
P06
Screenshot on failure. Device logs attached. Step-by-step execution trace. Reports that QA leads read and developers actually trust.
Signature case
A B2C fintech app tested on Appium — 28% flaky rate, XPath selectors on every screen, sequential execution on two emulators taking 52 minutes, no Screen Object Model. Migrated to accessibility IDs, Screen Object architecture, parallel execution on BrowserStack across 24 real devices in 7 weeks. Flaky rate dropped to 3%. Suite runs in 9 minutes.
Before
XPath selectors · 28% flaky · 2 emulators · 52min sequential · no screen objects
After
Accessibility IDs · 3% flaky · 24 real devices · 9min parallel · full Screen Object Model
Engagement shape
A typical Appium test automation engagement. We stabilise or build test by test — the current suite keeps running while we work.
Two senior mobile SDETs. Flaky test analysis, selector audit, device coverage review, execution time profiling. A ranked, dollarized RFC.
Screen Object baseline, accessibility ID migration started, BrowserStack or device farm wired, first screens stabilised. Real flaky rate in your CI dashboard.
Selectors migrated, screen objects extracted, parallel execution enabled. The existing suite keeps running — stabilised tests replace originals one module at a time.
Allure reporting live. Device farm stable. Flaky rate under 5%. Runbook handed to your team — or we stay on retainer.
Stack
Our default Appium test automation stack — picked for production mobile QA.
Engagement
No hourly retainer that bills for "thinking time." Pick a lane that matches your stage; everything is fixed-quote or transparently rated.
A defined scope, a fixed price, a senior-only team. From audit to stable mobile test suite in 6–10 weeks.
$15k–$30k
FIXED SCOPE
Embedded engineers in your Slack, your standups. Senior mobile SDETs who build and maintain Appium at scale. Pause, resize, end with 30 days' notice.
$5k / eng / mo
PER ENGINEER
A long-term partner for mobile testing — framework architecture, device farm strategy, Maestro evaluation, hiring help.
custom
PROCUREMENT-FRIENDLY
Founder-direct
Thirty minutes with the founder. We'll bring a senior mobile SDET, the relevant playbook, and a candid read on whether Appium is the right mobile testing tool — or whether Maestro, Detox, or native frameworks serve your app better.
