Automated Testing for Windows Applications
The most flexible automated testing tool compatible with all Windows applications.
Full Windows, Linux, Mac and Unix compatibility
No need to type a single line of code using T-Plan’s intuitive UI
Intuitive Image-Based & Object recognition
Seamless integrations with core DevOps platforms including Selenium & Jenkins
Comprehensive Automation Capabilities
Automate your entire desktop environment or a select number of features and applications. Drive the desktop, physical or virtual machines, using the standard interaction methods of mouse and keyboard.
T-Plan Robot offers unmatched compatibility with the Windows ecosystem. It seamlessly integrates with Windows-based browsers, including Internet Explorer, Microsoft Edge, and Google Chrome, allowing you to test your web applications effectively.
Easy Reset and
Baseline
Secondary or virtual environments can be effortlessly cleaned and reset, creating a known and baselined test environment for repeatable tests.
Isolated
Environment
Testing in an isolated environment ensures a thorough examination of their behaviour and interoperability with the operating system.
Pre-Upgrade
Testing
Evaluate applications and their compatibility with an upcoming desktop upgrade to identify and address any potential issues before going live.
Cost-Effective
Testing
Execute multiple tests in parallel without significant physical disruptions to the workplace.
Streamlined Testing Process on Windows
Streamline your testing process on Windows with T-Plan Robot. The intuitive interface and powerful scripting capabilities enable you to create, edit, and enhance automation scripts tailored for Windows environments. Whether you prefer low-code or no-code approaches, T-Plan Robot’s modularised GUI script editor empowers you to build efficient and robust automation scripts.
Running tests on a secondary machine or in a virtualized environment has many benefits:
- Secondary or virtual environments can be cleaned and reset very easily, therefore creating the perfect known, baselined test environment for repeatable tests.
- Applications can be driven in an isolated environment e.g. on a separate network.
- Applications and interoperability with the operating system can be tested on a soon to be upgraded desktop setup to test for any issues before live.
- Applications running on a secondary machine or on a virtual machine behave as if they were running on the intended physical system.
- Virtual environments represent a very cost effective way of conducting multiple parallel tests with little or no physical disruption to the workplace.
- Virtual machine tests can be executed against many different setups, environments at a low cost compared to a similar physical hardware setup. E.g. for web applications parallel testing against many different browser options at the same time is an excellent cost and time saving methodology.
T-Plan Robot hosted on MS Windows can automate any other system running an RDP server such as MS Windows (via Terminal Services), Mac or Unix/Linux. It can also drive any VirtualBox guest system (virtual machine).
Support at every stage
Extensive Training
& Learning Centre
Documentation, guides and learning resources to help teams get started quickly.
Expert Technical
Support
Responsive support from automation specialists with deep product knowledge.
Rapid Time
to Value
Build, deploy and execute automation quickly with an intuitive low-code/no-code platform.
Continuous Product
Innovation
Regular product updates and enhancements designed around customer feedback.
Platform Agnostic. Built for Automation.
Integration Capabilities
Integrate with databases, APIs, PDFs and enterprise systems to automate workflows without disrupting existing processes.
Platform Agnostic
Image Recognition
Visual automation validates actions based on what users actually see on screen, improving reliability across dynamic environments.
No-Code Access Required
An intuitive interface designed for technical and non-technical users, combining drag-and-drop simplicity with low-code flexibility.