Do You Own Your Tests?

If you cancelled your test automation tool tomorrow, what would you take with you?

Not "could you get your data out eventually, by opening a support ticket." Tomorrow. What lands in your repo, and what stays behind on someone else's servers.

An SDET put it plainly on our own feature request board, explaining why his team wouldn't replace their existing suite with a visual tool: he doubted many SDETs would think it a good idea from a vendor lock, maintainability, and flexibility perspective. He wasn't being dramatic. He was describing the standard engineering read on any tool that holds assets you can't extract.

So here's the honest version of that question, including where our own tool falls short.

Three Levels of Owning a Test (Most Tools Stop at One)

"Do we own our tests?" sounds like a yes or no question. It isn't. There are three separate things you might mean, and vendors are very comfortable letting you assume all three when they've delivered one.

Level 1 — Access. Can you get your tests out of the platform at all, without a support ticket or a professional services engagement?

Level 2 — Portability. Is what comes out actually usable? A readable file you can inspect, diff, review in a pull request, and version in Git — versus a proprietary blob or a JSON dump that means nothing outside the tool that produced it.

Level 3 — Runtime independence. Will those tests run without the vendor? Or do you own a description of a test that only executes inside a subscription you're paying for?

Each level costs the vendor something to give you, which is why almost nobody gives you all three. Level 1 is cheap to offer and rarely offered. Level 2 requires designing a format for humans instead of for the database. Level 3 means building the thing that lets you leave.

Grade any tool you're evaluating against these three and the marketing language stops mattering.

Vendor Lock-In in No-Code Test Automation

Nearly every vendor in this category claims some version of it. Here's what the claim resolves to when you check:

Two things stand out.

Most of the category doesn't clear Level 1. Your tests exist as rows in a database you don't control, rendered through a UI you rent. The exit path is rebuilding from scratch.

And the three tools that clear all three levels do it by generating Playwright code — which is genuinely the strongest answer to this question, and comes with its own conditions. Octomind and Checksum assume your team reads and maintains Playwright. QA Wolf solves that by having their engineers maintain it for you, at per-test pricing that reaches five and six figures a year for a real suite. If your team has Playwright literacy or that budget, those are strong choices and you should take them seriously.

If your regression testing is owned by manual QA, support, or a product manager, none of those three will work for you — and you're back to choosing among tools that don't clear even the first level.

Do You Own Tests Created in a No-Code Tool?

In most no-code tools, no. In a few, yes at the definition level. The distinction is worth being precise about because it's where the whole question turns.

You own a test when you hold a copy of it that survives the vendor relationship. That means a file, on your disk or in your repo, that you obtained without asking permission, that a human on your team can read, and that still means something after your subscription ends.

By that standard, a screenshot of a test isn't ownership. Neither is an API that returns internal IDs, nor a CSV of test names and pass rates. Reporting data is not the test.

In BugBug you can export any test as human-readable YAML, and any project as a ZIP that keeps the suite's full structure rather than a bag of files. It's on every plan, including the free one, which matters more than it sounds: your ability to hold your own definitions doesn't depend on your billing status.

That gets you Levels 1 and 2. It does not get you Level 3, and the next sections are about exactly that gap.

The Honest Version: What You Take, What Stays

Here's the complete accounting for BugBug specifically. Ask any vendor for the same table and watch how they respond.

The left column is real and it's yours, and the format is documented publicly rather than being an internal representation we happen to let you download. The right column is what you're renting, and it's the honest cost of not maintaining your own browser infrastructure.

Worth saying plainly: this table is not a boast. Three of the tools above give you a fuller left column than we do. What BugBug offers is that left column without requiring anyone on your team to write or maintain Playwright — a different trade, aimed at a different team.

What Happens If You Cancel Your Testing Platform?

With BugBug: your exported YAML stays yours, your workspace and reports stay accessible, and paid execution pauses rather than your work disappearing. Come back later and it's still there.

But answer the general version of this question carefully with any vendor, because "you can export your data" hides at least four separate failure modes people discover too late:

• Export gated behind a paid tier. You can retrieve your work only while you're paying to retrieve it. Check whether export survives downgrade.
• Export gated behind a support request. Technically possible, practically a two-week negotiation with a company that no longer wants your business.
• A format nobody can read. You have a file. It's an internal representation. Nothing consumes it and nobody on your team can review it.
• Platform unavailability, not cancellation. One user told us his company's business continuity policy required local copies of every test script, because if the platform is down during an incident, they still need to run tests. That's the same ownership question asked by someone thinking about a Tuesday outage rather than a contract renewal.

That last one is the version most evaluation checklists miss entirely.

Is Export Enough, or Do You Need Runtime Independence?

Export alone is not enough if you need tests to keep running without the vendor. It's usually enough if what you need is review, versioning, backup, and the ability to leave without starting over.

Which of those you need is a real decision, not a formality, and it depends on why you're worried in the first place.

You need runtime independence if: compliance requires you to execute tests in your own infrastructure; you're building toward an in-house framework and this tool is a stepping stone; or your engineering leadership has a hard policy against test execution outside the repo.

Definition-level portability is enough if: you want your tests reviewable by engineers; you want them in Git alongside the code they cover; you want a recoverable backup if someone deletes a suite; and you want a real exit path that doesn't mean rebuilding 300 tests by hand. Test as Code Without Writing Code walks through what that workflow looks like day to day.

This is where BugBug's boundary sits, and we'd rather state it than have you discover it. A .bugbug.yaml file is a test definition, not standalone Playwright, Cypress, or Selenium code. It doesn't run on its own. Import it into BugBug and execute it locally, in the cloud, or from your CI pipeline. So the accurate claim is no lock-in of your test definitions — not an absolute promise about your whole testing setup, which almost no vendor making that promise can actually keep.

One thing softens that gap, and it's newer than the category's assumptions. The real cost of leaving a visual tool was never the export button — it was rewriting 300 tests by hand in a framework. A readable file changes that arithmetic, because an LLM can turn a structured test definition into a first-draft Playwright spec. Still a draft, still needs review. But an afternoon of review is not a quarter of rewriting, and that shifts what "exit cost" means. We covered how that works in practice here.

What to Ask a Vendor Before You Sign

Take these to your next demo. They take a few minutes and tell you more than the feature matrix.

1. Can I export a single test right now, on this trial account? Not "is it on the roadmap." Ask them to do it on the call.
2. Show me the file. Open it on screen. If your engineer can't tell what the test does by reading it, you don't have Level 2.
3. Does export work on the free or lowest tier? If retrieval requires payment, your data is collateral.
4. What's in a full project export? Tests only, or components, suites, environment profiles, uploaded files and visual baselines too? A partial export is a partial backup.
5. If I cancel, what happens to my workspace and my run history? Deleted after 30 days, frozen, or still readable?
6. Will these tests run without you? Get a straight yes or no. Most honest answers are no, and a vendor who says no cleanly is telling you the truth about everything else too.
7. Who else has left, and what did they take? The reaction to this question is informative regardless of the answer.

If you're evaluating specific tools right now, our breakdowns of Ghost Inspector, Testim, and Rainforest QA alternatives cover where each one sits on these questions.

And if what you actually need is Level 2 — tests your engineers can read, review, version, and restore, without anyone on the team maintaining a framework — that's the trade BugBug is built for. Export and import are on every plan, including free, so you can check the file for yourself before you commit to anything. Export a test on day one of the trial. If you don't like what you see in that file, you've learned something valuable for the price of an afternoon.

Happy (automated) testing!