Testsigma Integrations

tldr: Testsigma integrates with 30+ tools across CI/CD, bug tracking, project management, and communication. Key integrations include Jenkins, GitHub Actions, GitLab CI, Azure DevOps, Jira, Slack, and Teams. The two-way Jira integration is the standout: failed tests auto-create bug tickets, and resolved bugs trigger test reruns.

Introduction

Test automation only works if it plugs into the tools your team already uses. Nobody wants to manually trigger test runs or copy-paste failure reports between platforms.

Testsigma provides 30+ integrations. That's fewer than BrowserStack (50+) or LambdaTest (40+), but it covers the essentials. The question isn't how many integrations exist. It's whether the ones you need are there, and how deep they go.

This guide covers what's available as of 2026, with extra detail on CI/CD pipelines and Azure DevOps (since that's what people search for most).

CI/CD integrations

This is where integrations matter most. Continuous testing means your tests run automatically when code is built, deployed, or merged.

Jenkins

Official Testsigma plugin on the Jenkins marketplace. Trigger test plan runs from Jenkins jobs, pass build parameters and environment variables, and get pass/fail results in the pipeline. Straightforward setup.

Azure DevOps

Native integration for Azure Pipelines. Supports both classic and YAML pipeline definitions. Results feed back into Azure DevOps for traceability. More detail in the Azure DevOps deep dive below.

GitHub Actions

Trigger test runs from GitHub Actions workflows. The useful part: you can integrate into pull request checks, so tests run as pre-merge gates. Supports environment-specific test configurations.

GitLab CI

Run Testsigma tests as GitLab CI pipeline stages. Pass environment variables and branch info. Results show up in GitLab's merge request workflow.

Others

CircleCI, Bitbucket Pipelines, Travis CI, TeamCity, and Bamboo are also supported. These are API-based integrations, not native plugins.

Bug tracking

Jira (the standout integration)

The Jira integration is two-way, and it's the most polished of Testsigma's integrations.

• Failed tests auto-create Jira issues with failure details and screenshots.
• Test cases link directly to Jira user stories for requirements traceability.
• When a bug is marked resolved in Jira, Testsigma can rerun the relevant tests.
• You can trace the full path: requirement, test case, execution result, bug ticket.

If your team lives in Jira (and most do), this integration alone justifies evaluating Testsigma over tools with weaker bug tracking connections.

Linear

Basic integration: create issues from test failures and link results to Linear project items. Not as deep as the Jira integration.

Others

Bugzilla, MantisBT, and Azure Boards (via the Azure DevOps integration) are also supported.

Communication

Slack

Test execution notifications in Slack channels. Real-time alerts on failures with direct links to results. You set up the channel, pick the events you care about, and Testsigma pushes updates.

Microsoft Teams

Same notification capabilities as Slack. If your organization is on Teams instead of Slack, you get the same experience.

Email

Configurable email notifications for test completion, failures, and status changes. Good for stakeholders who don't live in Slack or Teams.

Project management

• Jira (serves double duty as both bug tracker and project management).
• Azure Boards (via Azure DevOps).
• Trello (basic task tracking integration).

Continuous testing in practice

Integrations only matter if they enable a real continuous testing workflow. Here's what that looks like with Testsigma:

Pipeline triggers. Every build, deploy, or merge kicks off a test plan automatically. No manual "go click Run."

Environment-specific execution. Same tests, different environments. Parameterize your base URLs and test data to run against staging, QA, or production without duplicating test suites.

Parallel execution. Run hundreds of tests at once across browser and device combinations. A regression suite that takes 4 hours sequentially finishes in minutes.

Scheduled runs. Set up nightly regression runs or weekend full-suite executions for off-hours validation.

Deployment gates. Pass/fail results feed back into your CI/CD pipeline. If critical tests fail, the deployment gets blocked automatically.

Azure DevOps deep dive

This gets searched a lot, so here's the specific setup:

How to set it up:

1. Generate a Testsigma API key from your account settings.
2. Add the API key as a secret variable in your Azure DevOps pipeline.
3. Add a REST API task to your pipeline that triggers a Testsigma test plan execution.
4. Configure the pipeline to poll for results or use webhooks for completion notification.

What works well:

• Run specific test plans based on the pipeline stage (e.g., sanity on PR, full regression on deploy).
• Pass Azure DevOps build variables to Testsigma (deployment URL, build number).
• Use Azure DevOps gates to block releases based on test results.
• View test results in Azure DevOps dashboards via linked artifacts.

What to know:

• It's API-based, not a native Azure DevOps extension. Setup takes more effort than BrowserStack or LambdaTest, which offer native plugins.
• Detailed test results live in Testsigma's dashboard. Azure DevOps gets the pass/fail summary.

Integration comparison

The numbers favor BrowserStack and LambdaTest. But Testsigma's built-in test management means you don't need a separate TestRail or Zephyr integration. And the two-way Jira integration is deeper than what either competitor offers.

FAQs

Does Testsigma have a Jenkins plugin? Yes. Official plugin on the Jenkins marketplace for triggering test runs from Jenkins jobs.

How does the Azure DevOps integration compare to BrowserStack's? BrowserStack and LambdaTest offer native Azure DevOps extensions. Testsigma uses a REST API approach, which means more manual setup. Results are comparable, but the initial configuration takes longer.

Is 30+ integrations enough? For most teams, yes. CI/CD, Jira, and Slack/Teams cover the common workflow. If you need niche integrations (specific test management tools, specialized CI platforms), check the list before committing.

How does the Jira integration actually work? Two-way. Failed tests auto-create Jira issues with failure details and screenshots. Test cases link to Jira user stories. Resolved bugs can trigger test reruns. It's the most complete Jira integration of any codeless testing platform.

Conclusion

Testsigma's integration count (30+) is smaller than BrowserStack or LambdaTest, but the integrations that matter are solid. The two-way Jira integration is best-in-class for codeless platforms. CI/CD coverage hits all the major players. The Azure DevOps integration works but requires more setup than competitors. If your toolchain is Jenkins + Jira + Slack (or the GitHub/GitLab equivalents), you're covered. For more details, see Testsigma features and Testsigma pricing.