AI-assisted end-to-end testing

AI-assisted end-to-end testing. Describe a user flow in plain language and run it as a browser scenario.

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The platform

Describe the flow. Review the scenario. Run it in a browser.

Tell BuniOD which part of your product to verify. It generates the steps and checks, and runs the scenarios you confirm — on demand or once a day.

app.acme.com Sample data
Sign up → onboardingpassed
Checkout → payment → taxpassed
Subscription upgraderunning
Password resetqueued
38/40passed in the last run
How BuniOD works

From one description to a recorded run

Seven steps. You write the description and confirm the scenario — BuniOD handles the rest.

01

Connect

Add your application’s URL. Public pages need nothing else; signed-in flows need a dedicated test account.

02

Describe

Write the task and the result you expect in plain language.

03

Generate

BuniOD works through your application in a browser and records the steps, the test data and the checks.

04

Review

Read the steps, adjust input values, or regenerate from an updated prompt. Nothing runs until you confirm it.

05

Run

Run confirmed scenarios manually or on a daily schedule, in the order you define.

06

Inspect

Each run keeps step results, screenshots, console and network logs, and an explanation of any failure.

07

Follow up

Get email and in-app notifications, and answer agent questions when BuniOD cannot tell what to do.

Platform capabilities

What BuniOD does today

Each capability below is available to signed-up users now.

Prompt-to-Scenario Generation

Turns a plain-language task and expected result into browser steps, test data and checks — no scripts, no selectors.

Review and Confirm

Generated scenarios wait for your confirmation. Only confirmed scenarios are included in runs.

Refine and Regenerate

Change an input value, or update the prompt and regenerate the scenario.

Browser Execution

Runs scenarios in a real Chromium browser at a desktop viewport.

Manual and Daily Runs

Run on demand, or schedule a daily run at a time you choose.

Self-Healing Element Matching

Uses stored locators, element fingerprints and AI matching to find elements that moved, and saves the new locations after a passing run.

Run History

Every run keeps step and check results, screenshots, and console and network logs.

Failure Explanations

Shows which step or check failed and why, so you can decide whether it is a bug or a scenario to update.

Business Processes

Group scenarios into ordered processes; dependent scenarios are skipped when an earlier one fails.

Test Identities and Email Checks

Give scenarios their own test inbox and verify the emails your application sends.

Team Access

Invite teammates and choose which projects each person can see.

Built for software teams

One platform. Six ways to use it.

Each role gets something concrete from the same scenarios.

CTOs

See what was tested, not what was promised.

  • A pass/fail record for every scenario run
  • Token-based pricing instead of per-seat fees
QA Engineers

Spend less time writing scripts.

  • Describe a flow instead of coding it
  • Review generated steps before they run
Developers

See exactly where a flow broke.

  • Failed step, screenshot and logs in one place
  • Console and network logs for each run
Engineering Managers

Keep key flows under regular checks.

  • Daily scheduled runs
  • Business processes that run in order
Product Managers

Write acceptance criteria in plain language.

  • Describe the flow the way you would explain it
  • Read results without reading code
DevOps

Check staging before you release.

  • Point projects at staging or production URLs
  • HTTP basic auth for protected environments
AI models

Models from Google and OpenAI

Gemini models generate scenarios and GPT-5 drives runs. If a model fails, BuniOD falls back to another one automatically.

GeminiGPT-5
BuniOD
Your application

You work with scenarios; model selection is handled for you.

Dashboard preview

Scenarios, runs and questions on one screen

Illustrative values. The layout follows the BuniOD dashboard.

acme · app.acme.com Sample data
Last run
38 / 40
scenarios passed
Scenarios
24
confirmed · 2 in review
Run history
126
runs this month
Agent questions
2
waiting for your answer
Schedule
Daily · 08:00
plus manual runs
Why BuniOD

A different starting point

Traditional tools start from code. BuniOD starts from a description of the flow.

Traditional Testing ToolsBuniOD
How it startsWrite scripts and selectorsDescribe the flow in plain language
Who can review itPeople who read test codeAnyone who can read the steps
When the UI changesLocators break and need fixingMoved elements are re-matched where supported
When it runsWhen someone triggers itOn demand or on a daily schedule
When it failsA stack trace to decodeFailed step, explanation, screenshot and logs
What you maintainTest code, fixtures and helpersDescriptions and expected results
Get started

See BuniOD on your application

Create a free account, add your application and describe the first flow you want to verify.

Start free