Run 10,000 tests in the time it takes to run 10

An AI test orchestration agent is software that decides how, where, and when to execute a test suite — sharding tests intelligently, allocating just-in-time workers (including real devices), and aggregating results in real time. Unlike traditional CI runners that execute tests sequentially on a fixed pool of agents, QuantumRun treats execution as a scheduling problem and adapts capacity to the run.

Jenkins parallel execution is bound by the number of static agents you provision and maintain. QuantumRun spins up just-in-time workers per run — scaling from 10 to 10,000 tests with no pre-provisioned infra, no idle agents between builds, and no queue time. It also handles real device allocation natively, which Jenkins agents don't.

Yes. QuantumRun shards Appium, Espresso, XCUITest and other mobile suites across Pcloudy's 5,000+ real Android and iOS devices. Each shard gets a fresh device session — no emulator drift, no shared state, no flakes from device contention.

Trigger QuantumRun jobs directly from GitHub Actions, Jenkins, GitLab CI, Azure DevOps, Bitbucket Pipelines or CircleCI. Bundle your suite as a ZIP, POST it to the QuantumRun API with your token, and the run executes as part of your pipeline. Aggregated results and logs come back for archival in your build artifacts.

A just-in-time environment is a fresh, isolated worker (or real device session) provisioned at run time and torn down when the job finishes. There's no leftover state between runs, no idle infrastructure cost, and no manual cleanup — every test starts from a known, clean baseline.

Yes. BFSI nightly regression suites routinely exceed 5,000 tests across web and mobile. QuantumRun shards them across hundreds of just-in-time workers — including real devices on real networks — on PCI-DSS and SOC 2 compliant infrastructure, with a full run-level audit trail for every execution.

QuantumRun analyses your suite (test count, framework, historical runtime where available) and distributes tests across workers to balance load and minimise total wall-clock time. Mobile tests are matched to compatible real device pools; web and API tests fan out across compute workers. The goal: every shard finishes at roughly the same time, with no straggler blocking the run.

Languages: Java, Python, JavaScript/TypeScript, C#, Ruby, Kotlin, Swift, Groovy, PHP. Frameworks: Selenium, Appium, Playwright, Cypress, WebdriverIO, Puppeteer, TestNG, JUnit, PyTest, unittest, Behave, Cucumber, Robot Framework, Mocha, Jest, Jasmine, NUnit, xUnit, RSpec, Espresso, XCUITest, Detox, Calabash, EarlGrey. Bring your existing suite — no rewrites, no new DSL.