What SoapUI still does well
SOAP and WSDL. Genuinely first-class support that most modern tools treat as an afterthought, if at all.
Complex message construction. Deep XML manipulation and assertion, which is exactly what enterprise integration needs.
Mock services. Standing up a fake endpoint to develop against, built in.
If your work is SOAP-heavy, be careful about what you would be giving up. The reach here is real.
Why teams go looking anyway
| Desktop-shaped workflow | Project files that live on someone's machine and are awkward to review. Changes are hard to attribute in a pull request. |
| Pipeline friction | Headless execution is possible and rarely pleasant. Reporting does not land where the rest of CI reports. |
| REST ergonomics | The model was built for SOAP. REST works and feels imported. |
What to compare a SoapUI alternative on
| Dimension | SoapUI | TestSprite |
|---|---|---|
| Protocol reach | SOAP, WSDL, REST, JMS and more | REST APIs against the running service |
| Where tests live | Project files, edited in a desktop client | In the project, described in plain language |
| How coverage is built | Someone builds each request and assertion | Generated from a specification or discovery pass |
| Session and state | Properties and scripts you maintain | Auto-Authentication and Dynamic Variables |
| Ordering and cleanup | Test case order plus teardown scripts | Derived ordering and Auto-Cleanup |
| Pipeline fit | Headless runner, separate reporting | Triggered by the change, results on the pull request |
The mechanics of the state handling are in the API testing documentation.
The check before you move
Inventory what is actually SOAP. Teams frequently discover the suite is ninety percent REST with a handful of legacy SOAP endpoints nobody has touched in years. If that is your situation, the migration is much smaller than it looks, and the remaining SOAP can stay where it is.
If it is genuinely SOAP-heavy, do not move for ergonomics. The reach matters more.
How to evaluate any of them
Break something on purpose. Introduce a real regression, like a save that no longer persists, and watch what each candidate reports. Does it fail, does the failure name the actual divergence, and could whoever fixes it start from that output without re-deriving the story. A tool that reports a pass on a run which never reached its assertions has failed the only test that matters.
Splitting the suite before you move
The migration that works is almost never all at once, and the split is easier than it looks because SOAP and REST rarely interleave in the same test.
Start by tagging every test case by protocol. Most teams find three groups: genuine SOAP against legacy services, REST against newer services, and a handful that touch both because a workflow spans generations. The first group stays where it is and stops being a reason to keep the whole suite there. The second moves. The third is worth looking at individually, and often splits into two tests that were merged for convenience rather than necessity.
Doing the tagging first means the migration has a visible end, which is the difference between a project that finishes and one that is still half done a year later.
Getting started
Terminal
npm install -g @testsprite/testsprite-cli
testsprite setup
If you would rather not install anything, the dashboard does the same thing. Everything else the command line can do is in the CLI repository.
The GitHub App is a webhook you set up in the TestSprite dashboard. It listens for the deployment event your pipeline already produces, so nothing in your repository changes.
GitHub Actions puts the step inside your own workflow, configured from the terminal.
What TestSprite covers on the REST side
Everything the REST portion of your suite was doing, with the workflow fitted to a pipeline rather than a desktop. Cases live in the project, are described in plain language, and are refined the same way, so a change is something a second person can review.
The state handling comes as product: Auto-Authentication, Dynamic Variables, Dependency Chains and Auto-Cleanup, which in SoapUI are properties, transfer steps, test case order and teardown scripts you maintain.
Runs are triggered by your deployment or from your own workflow, and results land as a comment on the pull request. Your SOAP work stays where it is properly supported, and the migration has a visible end rather than being half done a year later.
Does TestSprite support SOAP?
The focus is REST APIs against a running service. For SOAP-heavy suites, keep what handles SOAP properly and use this for the REST surface.
Can we convert SoapUI projects?
Use them as an inventory of what exists rather than as something to convert. The endpoint list and the assertions people cared about are the valuable content.
What about the mock services?
A separate capability and worth keeping if you rely on it. Mocking and verification are different jobs.
Is Pro worth it instead of switching?
If the complaint is features, possibly. If the complaint is that the workflow does not fit a pipeline, a license tier will not change that.
How do we run both during a transition?
Point them at different parts of the surface and run both from CI. There is no reason to cut over in one step.
Check how much of your suite is actually SOAP.
A SoapUI alternative makes sense when the desktop-shaped workflow stops fitting your pipeline, and most suites turn out to be mostly REST. Keep SoapUI for genuine SOAP work, and move the REST surface somewhere that fits how you ship.