Testsigma

What is Testsigma?

Testsigma is a test automation tool that uses artificial intelligence to let you create tests in plain English, so you don’t need to be a coding expert. It supports testing for websites, mobile apps, and APIs, including regression and visual testing.

Key differentiators include:

• Natural language test creation — powered by NLP, so tests are written in plain English
• Auto-healing — tests keep running even when the application changes
• AI Suggestions Engine — helps you debug faster and predict where defects might appear
• Integrations — connects with JIRA, Jenkins, Azure DevOps, GitHub, and Bamboo for continuous testing

The result is reduced test flakiness and faster software releases.

Who created Testsigma?

Sampath Maka, who heads Quality Engineering at Testsigma, created the platform. It officially launched on May 14, 2021. Since then, it has offered AI-powered test automation, plain-English test creation via NLP, auto-healing tests, and predictive defect identification — all built around a low-code approach that makes test automation accessible without deep coding skills.

What is Testsigma used for?

• Regression testing
• API testing
• Mobile app testing
• Data-driven testing
• Visual testing
• Web application testing
• Continuous testing
• Developing, running, and executing tests
• Managing test data

Who is Testsigma for?

• Quality assurance professionals
• Software testers
• Test engineers
• Test automation engineers
• QA specialists and QA managers

How to use Testsigma?

1. Create tests in plain English: Use the low-code, NLP-powered editor to write tests. You can use pre-written statements or create your own add-ons.
2. Leverage AI automation: Use AI for creating tests, spotting issues, and debugging. The AI Suggestions Engine helps you figure out why tests fail.
3. Rely on auto-healing: Testsigma automatically adjusts test elements when your application updates, keeping tests reliable over time.
4. Spot defects early: Predictive defect identification helps you anticipate which areas might be affected when a test fails.
5. Run tests anywhere: Execute tests on the cloud or locally, depending on your device environments and preferences.
6. Test continuously: Integrate with CI/CD platforms to enable continuous testing alongside code changes.