What is a smoke test in software?
A smoke test is a short, broad check that a build starts and its most critical functions still work before deeper testing begins.
A smoke test in software is a short, broad set of checks that confirms a build starts and its core functions work before deeper testing begins. It is a first checkpoint, not a full test pass.
BuniOD records that first pass as a browser scenario from plain-language steps, then reruns it on demand or daily — and nothing runs until you approve it.
Each answer stands on its own.
A smoke test is a short, broad check that a build starts and its most critical functions still work before deeper testing begins.
Smoke testing is also called build verification testing, because the build is verified before the team invests in deeper tests.
The build's first checkpoint: that the application loads and that the critical paths the team depends on stay usable.
First, before any deeper testing — the moment a new build reaches the test environment.
No. It is broad and shallow by design; it decides whether deeper testing is worth starting.
The build goes back for a fix before more testing time is spent on it.
A smoke test checks the build's first checkpoint: that it starts, and that the critical paths stay usable.
A smoke test is a short, broad set of checks that confirms a build starts and its core functions work before deeper testing begins. It is a first checkpoint, not a full test pass.
Written to stand alone in a test plan, QA checklist, or onboarding doc.
The smoke test is the gate between a finished build and the deeper tests that follow it.
A new build reaches the test environment.
The short, shallow pass runs first.
Critical paths are exercised: sign-in, sign-up, checkout, core navigation.
Deeper testing and regression begin.
The build returns for a fix before more testing time is spent.
In agile delivery, a smoke test is the gate at the start of a build — not a phase at the end.
Each increment ends with a build, and the smoke test answers one question before the team spends more time: is this build stable enough to test? When the answer is no, the build goes back early, with the context still fresh.
BuniOD turns the first-checkpoint pass into a recorded browser scenario: you describe the flow in plain language, review what it recorded, and rerun it on demand or daily.
Write the steps and the expected result in plain language. BuniOD records them as a runnable scenario with matched elements and checks.
Generated scenarios wait for confirmation. Only confirmed scenarios are included in runs, and nothing runs until you approve it.
Scenarios run in headless Chromium at a desktop viewport, on demand or once daily at a chosen time.
Group ordered scenarios into a business process; when an earlier scenario fails, the dependent ones are skipped.
Each run keeps step and check results, screenshots, and console and network logs.
BuniOD names the step or check that failed and why. The run stops at the first failure and is not retried automatically.
BuniOD publishes its gaps, because a smoke test you can trust needs honest boundaries.
Pricing is based on the work the AI does — not on seats.
Clear answers to common engineering and QA considerations.
Describe a user flow. BuniOD tests it in a real browser. Nothing runs until you approve it.