

QANode
Visual test automation platform that lets teams design and run automated tests for any type of system using node-based workflows, scripting and powerful execution tools.
Cost / License
- Free Personal
- Proprietary
Platforms
- Online
- Windows
- Linux
- Mac



QANode
Features
- No Coding Required
- Support for scripting
- Native Mobile Testing
- Web Testing
- QA Automation
QANode information
What is QANode?
QANode is a visual automation platform designed to help teams create, execute and manage automated tests for any type of system.
Instead of writing complex scripts, users build automated workflows using a node-based interface where each node represents a step in the testing process. This approach makes automation easier to understand, maintain and scale across teams.
Tests can include interactions with applications, validations, data processing, screenshots, API calls, scripting and many other types of actions. Because workflows are built visually, both technical and non-technical testers can understand and contribute to test scenarios.
QANode allows teams to organize their automation into projects, scenarios and suites, enabling structured test management and repeatable executions. Tests can be executed sequentially or in parallel, and they can be scheduled to run automatically.
For advanced use cases, the platform also supports custom scripting through JavaScript nodes, enabling users to process data, implement custom logic and extend test flows with powerful automation capabilities.
The platform also provides tools to inspect applications and capture elements to accelerate test creation, reducing the time required to build reliable automated tests.
Key capabilities include:
Visual node-based automation builder Automation for any type of testing workflow Custom scripting with JavaScript nodes Parallel and scheduled execution Global variables and secret variables Screenshots and debugging tools Projects, scenarios and suites organization Extensible automation through custom nodes
QANode helps teams reduce manual testing effort, improve reliability and create scalable automation workflows using a visual and flexible approach.

