React Native Automated Testing Platform

Automate your React Native unit testing, component testing, integration testing, and E2E testing, across real iOS and Android devices, emulators, and CI pipelines. Catch platform-specific regressions, flakey builds, and native module issues before they reach users.

React Native Automated Testing

Trusted by brands, across the globe

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NATIVE-AWARE TEST EXECUTION

NATIVE-AWARE TEST EXECUTION

REAL-DEVICE & EMULATOR PARITY

REAL-DEVICE & EMULATOR PARITY

PARALLELIZATION FOR SPEED

PARALLELIZATION FOR SPEED

AUTOMATIC FLAKE DETECTION & RETRIES

AUTOMATIC FLAKE DETECTION & RETRIES

DEEP DIAGNOSTICS

DEEP DIAGNOSTICS

NO-CODE RECORDER + SCRIPT-FIRST FLOW

NO-CODE RECORDER + SCRIPT-FIRST FLOW

Why Use React Native Automated Testing With Panto AI

Native-aware test execution

Run tests that exercise Java/Objective-C/Swift bridges and native modules reliably.

Real-device & emulator parity

Execute tests on both device clouds and local emulators to reproduce device-specific bugs.

Parallelization for speed

Run thousands of tests across device matrices in parallel to keep CI feedback tight.

Automatic flake detection & retries

Built-in heuristics isolate flaky tests and retry intelligently to avoid noisy CI failures.

Deep diagnostics

Capture logs, native crash traces, device video, and heap/symbolicated stack traces for quick root-cause analysis.

No-code recorder + script-first flow

Record flows on a device (tap, gestures, background/foreground transitions), edit steps or plug in Detox/Appium/Playwright tests.

How React Native Testing works

React Native apps introduce complexity across native modules, devices, and OS versions, making testing harder to scale reliably. Panto simplifies this with automated, device-aware testing built specifically for React Native environments.

Connect your app & test flows

Upload your React Native build (APK/IPA), configure environments, and import or record test scenarios.

Choose devices & configurations

Select iOS and Android versions, device models, and test conditions to create your execution matrix

Run automated tests at scale

Execute tests in parallel across real devices and emulators, covering user flows, gestures, and native interactions.

Analyze results & resolve issues

Review logs, videos, crash traces, and visual diffs, with issues automatically logged and insights to speed up debugging.

Provides a Full Audit Trail

Teams can review what was healed, why, and what changed-full transparency, no black box.

Key Features Of React Native First Automation

01

Native bridge & module testing

Run automation that calls native modules (camera, geolocation, push, biometric auth) and validate returned values and UI state transitions.

02

Maestro & Appium support (run your existing suites)

Import and run existing Detox or Appium suites at scale; get unified reporting and failure artifacts. Works with both JS-first Detox flows and WebDriver/Appium-based tests.

03

Component-level snapshots & visual regression

Take device-specific component snapshots (including safe-area insets and DPR) to detect subtle UI regressions in native list rendering, animated transitions, or layout passes.

04

Gesture & background/foreground scenarios

Simulate complex gestures, rotation, notifications, backgrounding, and app lifecycle events which commonly break mobile UX.

05

Crash & ANR capture with symbolication

Automatically collect native crash reports and symbolicate stack traces (upload dSYMs / ProGuard mappings) to speed debugging.

06

Native performance profiling

Capture CPU, FPS, and memory trends during test flows to detect regressions introduced by new native code or heavy JS bundles.

07

Canary builds & selective reruns

Run smoke tests on every PR (canary) and only run a full device matrix on release branches. Saves minutes and dollars while keeping safety.

08

Local test agents & secure tunnels

Run tests against local Metro servers, staging backends, or behind-auth networks using end-to-end encrypted tunnels.

09

Local & private environment testing

Run mobile tests against staging servers or local dev machines using secure tunnels. Test behind authentication or in private networks without exposing your infrastructure.

Ideal Use Cases

E2E regression checks for flows across device variants
Automating release gates
Verifying native module changes after library upgrades
Preventing regressions in list virtualization and animated screens
Validating in-app WebView content/deep links across Android OEM browsers

Why Teams Choose Panto's React Native Automated Testing Platform

Panto is designed specifically by the React Native team, helping teams to reliably run automated tests to increase confidence in most quality outcomes with faster release cycles.

Book a demo to see Panto's automated React Native testing platform in action.

FAQ's

Panto supports Detox, Appium, and Maestro out of the box. If your team already has existing test suites in any of these frameworks, you can import them directly and Panto will execute, parallelize, and report on them without requiring rewrites. New tests can be created through natural language, recorded flows, or script-based authoring.
Panto supports both real devices and emulators. You can connect to BrowserStack, LambdaTest, or your own on-premises device farm. Running on real devices is recommended for release gates because emulators can miss hardware-specific failures related to memory pressure, camera, GPS, and network behavior.
Panto's test agent understands the React Native bridge and can assert on native module invocations, inspect method parameters, and validate data contracts between JavaScript and native layers. This is critical for apps that rely on custom native modules for payments, biometrics, or device sensors.
Panto provides a CLI and pre-built integrations for GitHub Actions, GitLab CI, Bitbucket Pipelines, and CircleCI. Tests are triggered on each pull request or on a schedule, results are reported as PR comments and status checks, and artifacts including logs and video replays are stored for post-run analysis.