HyperExecute - A Lightning Fast Docker For Selenium Java Testing
Run Selenium with Java in an ultrafast Dockerize solution i.e. HyperExecute. A test execution platform that allows 70% fast test execution compared to any traditional Docker for Selenium Java projects. Test on real browsers running on real devices.
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UltraFast Execution with Selenium Java Docker Online
HyperExecute is a new and innovative test execution platform for Selenium Java which is 70% faster than traditional Docker. This high-performing and scalable platform allows you to rapidly execute tests on Docker for any browser, so that you can ship your releases much faster.
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Selenium Java Docker with Console and Execution Logs
HyperExecute offers an intuitive dashboard view of all your tests that are running in cloud or on-premises environments with both terminal and full test execution logs. This gives you every little detail of information required to make better decisions as you test your website on any browser versions using a Selenium Java Docker.
Contact SalesSelenium Java Docker for Linux, MacOS, and Windows Container
HyperExecute works across all platforms. It allows testers to run their Selenium Java tests on Chrome 88 in a Dockerize solution for Linux, Windows, and macOS. That's not all, the runners supports all programming languages and frameworks that are compatible with Selenium to help you test on numerous browsers.
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Intelligent Test Orchestrations
Packed with intelligent features, HyperExecute can automatically distribute tests across multiple environments. It uses YAML files to group and manage your tests, and intelligently reorders the tests to speed up the development process by surfacing failures earlier.
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HyperExecute runs tests upto 70% faster than any cloud grid,
giving developers fast feedback on their test runs, so they can get it right the first time.
Automatic Report Generation
HyperExecute brings together test execution results from multiple Docker containers of Selenium Java, giving you a full picture of the quality of your builds. It automates reporting on test results, relieving you from having to build and maintain an extensive framework for this purpose. With HyperExecute, you get detailed insights into the quality of your software builds as a complete system, be it any browser on any OS version or device.
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Ready To Try HyperExecute for Selenium Java Dockerized Testing?
Connect with our experts and explore how your team can save hours every day by executing tests at HyperExecute platform.
Massive Parallel Testing with Selenium Java Docker
Trim down your test execution times by multiple folds with HyperExecute's parallel testing capabilities. Test on more browser versions within a Selenium Java Docker. You can create precise, masterless test environments with nested, YAML-based concurrency techniques. Using HyperExecute, you can run the same tests across multiple browsers at a massive scale via matrix-based multiplexing!
Contact SalesA Scalable, On-Premise Docker for your Selenium Java Projects
HyperExecute can be deployed on-premises with a Selenium Docker setup to enable users to rapidly scale their test infrastructure while maintaining data safety by executing tests within the firewall. Test on 3000+ browsers without any security hassle.
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Enterprise grade Security, Privacy, And Compliances
We securely encrypt all test data in transit or at rest in accordance with the latest industry standards, so you can feel confident the data is protected. TestMu AI is also SOC2 Type2 Certified, CCPA and GDPR Compliant.
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Frequently asked questions
The TestMu AI Selenium Automation Grid allows you to run end-to-end automation tests on a secure, robust, and scalable Selenium infrastructure. You can perform automated cross-browser testing across 3000+ browsers and operating systems, resulting in higher test coverage and much shorter build times. Refer to our Selenium Automation testing documentation .
Yes. Rather than building and maintaining Docker images for browsers and grid nodes, you point your Selenium Java tests at the cloud hub and declare the environment in configuration. Your Maven or Gradle project, your JUnit or TestNG runner and your assertions all stay as they are.
A local Docker grid is bounded by the CPU and memory of the host, so parallelism stops where your machine does. HyperExecute distributes the same Selenium Java suite across cloud VMs and splits it automatically, which is what delivers runs up to 70% faster than a traditional grid.
No. Browser and operating system combinations are provisioned and kept current for you, so there is no image to rebuild when a browser version ships, and no grid node to debug when a test fails for reasons that have nothing to do with your code.
Every run is recorded, giving you a video of the session alongside Selenium command logs, network logs and console logs. Replaying the failing step is normally much quicker than trying to reproduce an intermittent failure inside a local Docker container.