Automation Frameworks beyond Appium & Selenium 

A team ships a React Native app and a marketing site in the same sprint. The mobile suite runs on Espresso and XCUITest; the web suite runs on Playwright. Nobody on either team wrote a line of Appium or Selenium — not because those tools failed them, but because neither team ever needed a cross-platform bridge in the first place. 

If your mental model of test automation still starts and ends with “Appium for mobile, Selenium for web,” you’re not wrong — you’re just not seeing the rest of the stack most QA teams are quietly running today. Here’s a practical tour of the frameworks that show up alongside Appium and Selenium once a team’s app portfolio gets past the basics, and where each one actually earns its place. 

Why the two-framework mental model runs out of road 

Appium and Selenium earned their reputation for a reason: a single WebDriver-based protocol that can drive almost any mobile app or browser is genuinely useful, especially early on. The trouble shows up as an app portfolio matures — native iOS and Android builds diverge, web front ends move to component-heavy frameworks that assume fast, flake-resistant automation, and test suites grow large enough that “running the tests” and “organizing the tests” become two separate problems. None of that is solved by finding a better WebDriver client. It’s solved by matching the framework to the layer. 

Playwright: built for how modern web apps actually behave 

Playwright automates against browser engines directly — Chromium, Firefox, and WebKit — rather than routing every action through a WebDriver server, which is a big part of why it’s become the default recommendation for teams testing single-page apps. Auto-waiting for elements, isolated browser contexts per test, and built-in network interception solve exactly the flakiness problems that used to require custom retry logic on top of Selenium. Digital.ai Testing runs Playwright projects natively across the current framework versions, so a team moving from Selenium doesn’t need to re-platform to get there — see the Playwright execution documentation pour la configuration. 

Cypress: the front-end-first alternative 

Cypress trades some of Playwright’s cross-browser reach for a tighter developer experience — real-time reload, a time-travel debugger that lets you inspect the DOM at every step, and a test-writing model that front-end engineers tend to pick up faster than a traditional WebDriver script. It’s a natural fit for teams where the people writing tests are the same people writing the React or Angular components under test. Cypress is supported on Digital.ai Testing against the same browser fleet as everything else — details are in the Cypress documentation. 

WebdriverIO: one API, two protocols 

WebdriverIO is easy to overlook because it doesn’t replace Selenium or Appium so much as sit on top of both. It gives teams a single, modern JavaScript API that can drive a Selenium session against a browser or an Appium session against a mobile app, which matters most for organizations standardizing on one language and test runner across web and mobile rather than maintaining separate codebases per protocol. Digital.ai Testing supports WebdriverIO against both its Selenium and Appium execution paths — see the WebdriverIO integration documentation for the setup for each. 

XCUITest and Espresso: when native beats cross-platform 

Appium’s biggest strength — one protocol for both mobile platforms — is also its biggest limitation once a suite needs to go deep on one platform. XCUITest (Apple’s own framework, built into Xcode) and Espresso (Google’s framework, built into Android Studio) skip the automation bridge entirely and drive the app from inside its own process. That removes a layer of indirection Appium can’t avoid, which shows up as faster, less flaky runs on platform-specific interactions — deep gesture handling, animations, or OS-level permission dialogs that a cross-platform driver has to work harder to reach. Most mature teams don’t choose one or the other; they run Appium for cross-platform smoke coverage and XCUITest or Espresso for the deeper, platform-specific regression suite. Digital.ai Testing runs both on real device clouds — see the Test XCUIT et Espresso execution plan docs. 

Maestro: the YAML-first way in 

Maestro skips code entirely — flows are written as plain YAML instead of Java, Swift, or JavaScript, which puts UI test authoring in reach of people who aren’t automation engineers. It’s an open-source framework built with built-in tolerance for animations and loading delays, which cuts down on the manual wait-and-retry logic that makes Appium scripts brittle. Digital.ai Testing added Maestro support in its 26.7 communiqué, running existing Maestro flows unchanged on real and simulated Android devices in the cloud, alongside Appium, Espresso, and XCUITest suites, with the same device reservation, video recording, and reporting every other execution type gets. Découvrir the Maestro integration documentation for bundle format and setup. 

Choose by app layer, not by habit 

None of this is an argument for retiring Appium or Selenium — both are still the right default for teams that want one cross-platform mobile tool or one cross-browser tool and nothing more to maintain. The frameworks above earn their place only when you hit the specific problem they solve: Playwright or Cypress when Selenium’s flakiness on a modern SPA becomes the bottleneck, WebdriverIO when you want one JS API across both protocols, XCUITest or Espresso when a suite needs to go deep on one platform, Maestro when YAML flows lower the bar for who can write tests. 

If a team does decide to run more than one — say Playwright for web and XCUITest for iOS — that’s a deliberate infrastructure decision, not a free upgrade. Five frameworks means five syntaxes, five CI configurations, and five places a version bump can quietly break a suite. It’s worth taking on when the platforms genuinely diverge; it’s not worth taking on just to chase whatever’s newest. 

Digital.ai Testing Cloud supports all of the frameworks above, so if a team does need to combine a few, the execution infrastructure isn’t what’s standing in the way. 

Sources et références 

Digital.ai Testing: Playwright — https://docs.digital.ai/continuous-testing/docs/te/test-execution-home/web-desktop-browsers/playwright 

Digital.ai Testing: Cypress — https://docs.digital.ai/continuous-testing/docs/te/test-execution-home/web-desktop-browsers/cypress 

Digital.ai Testing: WebdriverIO — https://docs.digital.ai/continuous-testing/docs/te/test-execution-home/integrations/frameworks/webdriverio 

Digital.ai Testing: XCUITest execution plan — https://docs.digital.ai/continuous-testing/docs/te/test-execution-home/mobile-android-and-ios/xcuitest-and-espresso/execution-plan-using-xcuitest 

Digital.ai Testing: Espresso execution plan — https://docs.digital.ai/continuous-testing/docs/te/test-execution-home/mobile-android-and-ios/xcuitest-and-espresso/execution-plan-using-espresso 

Digital.ai Testing: Maestro integration — https://docs.digital.ai/continuous-testing/docs/te/test-execution-home/integrations/third-party-integrations/maestro-integration