Mobile CI/CD & PR testing

Mobile CI/CD and pull request testing

Web teams have tested every pull request for years. Mobile teams have not, because builds are slow and device time is scarce. Klarent runs the relevant suite on every PR and reports back before anyone has to ask.

Why mobile testing gets left out of CI

Why mobile PRs ship untested

Mobile builds are slow

A full build-and-test cycle can take longer than the PR itself, so comprehensive checks look unaffordable on every push.

Signing and provisioning fragility

Certificates, provisioning profiles and signing steps break automated builds in ways a web pipeline never has to handle.

Device time is the real bottleneck

Test execution is fast. Waiting for a free emulator, simulator or real device is not.

Bugs surface late

Without PR-level checks, mobile bugs reach main and are only caught at the release-candidate stage, when they are expensive to fix.

CI setup is too complex

Mobile testing often needs platform-specific runners, device configuration and extra infrastructure, making CI harder to maintain than teams expect.

Platform

Everything your mobile QA team needs

From generating your first test to keeping it green after every app update. Klarent handles every step.

Want to see more?

Watch mobile app testing demo

How PR-level mobile testing works

Built for every pull request, not just release day

Triggers on every PR, commit or schedule

Runs automatically from your existing pipeline - no separate mobile CI to stand up.

Merge gating on critical paths

Define a critical-path suite and block the merge until it passes.

Selective runs, few-minute feedback

Only the scenarios relevant to the change run, keeping PR feedback inside a few minutes.

Parallel device execution

Tests run across devices in parallel, without extending how long a PR waits.

Concurrent PRs, no collisions

Multiple pull requests run at once without test data or device collisions between them.

Full artifacts on the PR

Video, logs and the exact failing step are attached directly to the pull request.

How it works

From pull request to merge decision

Pull request triggers a build

Your existing pipeline builds the app exactly as it does today.

Klarent runs the relevant suite

The mobile test suite scoped to the change executes against the new build.

Results post to the PR

Failing critical paths block the merge; everything else reports pass or fail inline.

Send failures to your coding agent

Assign the reported issue to your favorite coding agent and let it investigate, fix the problem, and close the loop.

Pipelines and tooling

Works with the CI you already run

  • Any CI/CD pipeline

    Jenkins, GitHub Actions, GitLab CI, Azure DevOps, CircleCI, Bitrise and Fastlane.

  • Flexible build ingestion

    Pull the build from your pipeline, upload it directly, or push it through the API.

  • Notifications where your team works

    Results post to Slack, Microsoft Teams and Jira alongside the PR.

Integrations

Fits into your existing stack

Connect to GitHub, Jira, Slack, and more - no reconfiguring your workflow.

See all integrations

Trust & security

Security that scales with your business.

Enterprise grade security isn't a checkbox - it's baked into every layer of Klarent.

ISO 27001 certified

Internationally recognised information security management, independently verified.

SOC 2 compliant

Rigorous third-party audit of our security, availability, and confidentiality controls.

Multi-layer encryption

Data encrypted in transit and at rest, with granular access controls throughout.

Flexible deployment

Cloud, private cloud, or on-premises - deploy Klarent to meet your compliance requirements.

Custom model fine-tuning

Leverage your proprietary test data and test data automation to fine-tune domain-specific models and create tailored QA solutions that fit your stack and workflows.

24/7 Enterprise Support

White-glove assistance with human in the loop testing experts to maximize performance and reliability.

Klarent vs. traditional QA

Klarent vs building mobile PR checks yourself

No PR testingIn-house CI scriptsKlarent
Feedback timingBugs surface at release-candidate stageFeasible, but slow without heavy investmentResults post to the PR in minutes
Merge safetyNothing blocks a broken mergeRequires custom gating logic per repoMerge gated on a defined critical-path suite
Device timeMobile checks skipped to save timeDevices provisioned and queued manuallyParallel device execution, no added wait
Concurrent PRsNot applicable - mobile is skippedTest data collisions between parallel runsMultiple PRs run at once without collisions
Setup effortNone - and no coverageWeeks of pipeline scriptingWired into your existing pipeline in minutes

Wire Klarent into your pipeline and test the next pull request.

Connect Jenkins, GitHub Actions, GitLab CI or your existing pipeline and see mobile PR checks running in minutes, not sprints.

Book a free 30 minute call

Running the relevant mobile test suite automatically against every pull request, the same way web teams have tested every PR for years, so bugs are caught before merge instead of at the release-candidate stage.

Yes. Klarent triggers from your existing pipeline on every PR, commit, or scheduled build, and runs a suite scoped to the change so feedback stays fast.

Minutes, not hours. Selective execution runs only the scenarios relevant to the change, and devices execute in parallel, so PR feedback lands inside a few-minute window.

Yes. Define a critical-path suite and Klarent gates the merge on it - a failing critical test blocks the PR until it is resolved.

Jenkins, GitHub Actions, GitLab CI, Azure DevOps, CircleCI, Bitrise, and Fastlane, with results posted back to Slack, Microsoft Teams, or Jira.

Pull the build straight from your pipeline, upload it directly, or push it through the API - whichever fits how your signing and provisioning already works.

PR checks run a selective, critical-path suite for fast feedback. Nightly or release runs can cover the full regression suite for complete coverage before a release.

Yes. Concurrent PRs run in parallel without test data or device collisions between them, so one long-running PR does not block the next.