Autonomous QA for modern teams

Ship faster, break less.

Vibe Test is an autonomous QA engineer that tests your running app — not your paperwork. It opens your app on its own, behaves like a real user, and comes back with evidence.

The problem

Your team writes code faster than ever. Who's keeping up with quality?

AI doubled how fast you ship. It didn't double your ability to test what you shipped — so bugs surface in production, tickets sit a week in “In Testing,” and a developer burns half a day reproducing a defect somebody else reported.

Without Vibe Test2 AMWith Vibe Test
  1. A bug ticket lands on your board.

    2:00

    A bug ticket lands on your board.

  2. It sits in the column. Everyone is asleep.

    2:03

    Vibe Test opens your live app, reproduces it, captures the evidence.

  3. Still sitting.

    2:09

    Writes the fix, opens the PR, watches CI go green.

  4. Still sitting.

    2:14

    Re-tests, and moves the ticket to Done.

  5. A developer finally starts reproducing it — half a day gone before the first line of the fix.

    3 days

    Already shipped. Nobody woke up.

Nobody woke up. Nobody intervened.

You shipped at 2 AM. It was tested, fixed, merged and re-tested by 2:14.

An illustration of the Bugs Testing → Bugs Fixing path, against the wait it replaces. Real run times vary with your app.

THE PLATFORM

Autonomous QA platform

Eleven services in two families. Pick one, press its Start and watch the run — then the thing it hands back.

Test your live app
Runs off your tracker

Explore with Target

Name what you're afraid of — “break checkout”, “find what's slow” — and Vibe Test hunts your live app for it until it gets there, or proves it can't.

Your app's URL You start each sweep
EXPLORE scripted demo
GOAL
“break checkout”
Say what you are afraid of. The sweep opens staging like a first-time user and hunts for exactly that — and for anything else it trips over on the way.
LAST SWEEPS
“find what’s slow”FAST · staging · yesterday0 findings
SWEEPFASTDEEPstaging
LENSESFunctionalSecurityUX
Press to watch a scripted run

See all eleven, side by side

New · Ask Vibe

Just talk to it.

Every service above has a launcher — and one shared door in front of all of them. Ask in plain words, point at anything in your project with @, and the chat comes back with a run to confirm. It proposes. You press.

Folded — and still answering

Vibe is answering about Journeys…

The chat at rest, on every tab. Close it mid-question and it keeps working in the bar — the step it is on, and a badge for what it noticed.

Open — proposing, then running

  1. Point at anything with @Runs, findings, suites, scenarios, journeys, AI targets, bug and story tickets, environments, device profiles — your whole project is in the picker, grouped and named. What you attach travels with the question, so the answer argues from your evidence rather than from a guess.
  2. It proposes. You press.A suggested run arrives as a card with its settings on it. Pressing Run is the authorization, and it fires the same gated launcher the tab would have — nothing starts from the model's own words. Edit it in the panel first, or dismiss it.
  3. The verdict comes back to the same threadYou do not go hunting for the run you just started. It reports where you asked for it: the live step, then the outcome, the findings, and the ticket it opened.
  4. And it speaks first when it has somethingAfter a run, “Vibe noticed” can raise one card on its own — a re-test worth doing, a suite worth running. One open suggestion at a time, and it still waits for a press.

It doesn't only read and run. From the same conversation you can write— create a regression suite, a scenario or a journey, rewrite a story's acceptance criteria or a bug's write-up, tighten an AI target's contracts. Every one of those arrives as a card you approve, and every one can be undone.

WHAT YOU GET BACK

One finding, in full

Any of the eleven services ends the same way: not a red line in a log, but this.

High Explore · FAST Production

Checkout stalls at the payment step

A buyer with a valid card can complete every step up to payment, and then cannot pay.

STEPS TO REPRODUCE
  1. Sign in as a returning buyer and open a product page.
  2. Add the item to the cart and continue to checkout.
  3. Fill the card details and press Pay now.
  4. The button enters its loading state and stays there.
EXPECTED

The order is placed and a confirmation with an order number appears.

ACTUAL

The spinner runs for 60s. No order is created; the network call to /api/payments never returns.

EVIDENCE
Not a duplicate — checked against 14 open bugs on your board.Filed as KAN-214 in Jira, in your bug intake column.
  1. A verdict you can argue with

    Severity, the service that found it, and the environment it happened in — so the first question in triage (“is this even real, and where?”) is already answered.

  2. Steps that reproduce it

    Written from what the run actually did, not inferred from a stack trace. A developer follows them instead of spending half a day rediscovering them.

  3. Expected against actual

    The claim and the observation, side by side. This is the difference between “the test failed” and “the order never reached the payment provider”.

  4. The screenshot, taken at the moment

    Captured when the finding is reported, not reconstructed later — the state of your app at the step that broke.

  5. Checked against what you already know

    Before filing, it looks at your open bugs. A defect already on the board comes back linked to that ticket instead of opening a second one.

  6. Filed where your team works

    Jira, GitHub Issues, Flow OS — or the built-in board if you have none. The evidence goes with it.

Up and running in minutes

Runs off your board too: Jira, GitHub Issues and Flow OS. No board at all? Vibe Board is built in.

See it in action

Vibe Test in action

The overview: Vibe Test opening a real app, testing it like a user, and reporting what it found with evidence.

Questions

The things teams ask us first.

What does Vibe Test need to get started?

Your app's URL. That is the setup — no SDK, no instrumentation, and no code access unless you want it. Repo access is optional, and only the services that write fixes actually require it.

How is this different from traditional test automation?

Traditional automation runs scripts you wrote and breaks when your UI moves. Vibe Test opens your live app and behaves like a real user, and its regression locators heal themselves — your UI moves, your suite doesn't break. It also keeps a persistent quality memory per project, so the twentieth run is smarter than the first.

Does it work with our issue tracker?

Yes — Jira, GitHub Issues and Flow OS. If you don't have a board at all, Vibe Test ships with Vibe Board, a built-in zero-config tracker.

Can it fix bugs, or only find them?

Both. With Bugs Fixing enabled, a confirmed bug gets a written fix, an opened pull request and a watched CI run — then the ticket goes back for re-test automatically. The loop closes itself.

How do I know a verdict is trustworthy?

Every verdict ships with the evidence: screenshots, reproduction steps and a trail of what the run actually did. You don't have to take its word for it — you can audit it, or just ask it, right on the ticket.

Is it safe to let it run against our codebase?

It's autonomous, not unsupervised. Fix-cycle caps, self-echo guards, a pause switch and a hard rule against merging an empty diff are all built in, and your code and credentials stay encrypted.

Give your team an extra QA engineer — today, not next quarter.

Start your first sweep on your live app with one input: your URL.