Stop releasing
on hope. Automate
with confidence.

Test automation uses software to execute test cases, compare outcomes and report results automatically — replacing manual, repetitive regression testing with fast, reliable scripts. It enables development teams to run thousands of regression tests overnight within CI/CD pipelines, getting immediate feedback on code quality after every commit. Organisations that implement effective test automation reduce release cycle times by 30–60%, catch regression defects earlier when fixes are cheaper, and free human testers to focus on exploratory and high-judgment testing. For teams releasing software weekly or daily, automation is not optional — it's the only viable path to maintaining quality at speed.

K-FAST (KiwiQA Framework for Automated Software Testing) is KiwiQA's proprietary automation framework supporting keyword-driven, data-driven and hybrid paradigms across all major programming languages and browsers. Built on Selenium with Playwright, Cypress and Appium extensions, K-FAST provides pre-built page objects, reporting modules, CI/CD integration connectors and a reusable test component library that eliminates the setup overhead on every new engagement. K-FAST has reduced testing effort by 30–50% for enterprise clients including Akamai Technologies, where it delivered a 35% defect leakage reduction across their AEM platform. The framework is continuously evolved based on real client deployments.

KiwiQA is tool-agnostic and selects the optimal automation stack for each project. For web automation: Selenium WebDriver, Playwright and Cypress. For mobile: Appium with BrowserStack and LambdaTest for real-device cloud testing. For API automation: RestAssured, Postman and custom Python/JavaScript scripts. For performance: JMeter, Gatling, Locust and k6. For AI testing: custom LLM evaluation frameworks. KiwiQA also works with Katalon, TestSigma and ReadyAPI for clients with existing tool investments. All tools integrate with CI/CD platforms including Jenkins, Azure DevOps, GitLab CI and GitHub Actions, with results feeding into Jira, Azure Boards or custom dashboards.

KiwiQA integrates automated test suites directly into your CI/CD pipeline using native plugins for Jenkins, Azure DevOps, GitLab CI, GitHub Actions and Bamboo. Tests trigger automatically on every code commit — smoke tests run in under five minutes to provide immediate feedback, with full regression suites running overnight or on merge to main. Failed builds block deployment until defects are resolved, enforcing quality gates that prevent regressions reaching production. Results feed into Jira or Azure Boards for defect tracking, with Slack or Teams notifications for test failures. KiwiQA engineers handle the initial integration and documentation so your team can maintain it confidently.

KiwiQA clients typically see 30–50% reduction in testing effort, 60% reduction in production defects and 40% faster regression cycles within the first 3–6 months of a mature automation programme. The average payback period on automation investment is 4–8 months, depending on release frequency, regression suite size and manual testing overhead before automation. Early sprints focus on the highest-value regression scenarios — those that break most often and cost most to fix manually. ROI accelerates as the suite grows. KiwiQA provides a pre-engagement ROI model showing projected savings based on your current testing volume and release cadence.

Yes. KiwiQA uses Appium for native and hybrid mobile app automation across iOS and Android, combined with BrowserStack and LambdaTest for real-device cloud testing across hundreds of device and OS combinations. We automate complex mobile interactions including gesture recognition, biometric authentication flows, push notification validation, deep linking, offline-mode behaviour and in-app purchase flows. For React Native, Flutter and Xamarin apps, KiwiQA uses framework-specific tooling to achieve the same coverage as native apps. All mobile automation integrates with CI/CD pipelines for continuous testing on every build, with device-specific failure screenshots and video recordings for rapid debugging.