🤖Automated Visual Testing

Automated visual testing that actually finds bugs

UIProof screenshots your UI at every deploy, diffs every pixel, and uses AI to score severity — so you catch regressions before your customers do.

Why manual visual QA breaks down at scale

Teams that ship fast can't afford to click through every page after every deploy. But without automated visual coverage, regressions slip through.

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Manual visual QA doesn't scale

Clicking through every page after every deploy burns hours. As your site grows, manual checks become a bottleneck — or get skipped entirely.

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Eyes miss pixel-level regressions

A shifted button, a broken font-weight, a collapsed layout — humans overlook small changes under review pressure. Automation doesn't.

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Bugs reach production unnoticed

Without automated visual coverage, the first person to spot a UI regression is often your customer — not your QA process.

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Existing tools are overkill or under-powered

Playwright visual snapshots need code. Percy costs a fortune. DIY diffing requires infrastructure. There's a gap between nothing and enterprise.

How automated visual testing works with UIProof

From baseline screenshot to regression alert in under a minute — no test code, no threshold tuning.

01

Connect your URLs

Add the pages you want to monitor — homepage, pricing, critical flows. UIProof takes baseline screenshots at 3 viewports automatically.

02

Deploy your code

Push to production as normal. UIProof detects the deploy (or you trigger a check via API) and captures a new screenshot set.

03

Pixel diff runs automatically

Every pixel is compared against the baseline. Changed regions are highlighted, measured, and categorized by scope and location.

04

AI assigns severity scores

Gemini AI reviews each diff and scores severity: Minor tweak, Review needed, or Regression. No threshold tuning required.

05

Get alerted on regressions

Receive email or webhook alerts only when severity crosses the threshold you care about. No alert fatigue from minor style tweaks.

Everything you need for visual test automation

Built for dev teams that ship daily and need visual coverage without the overhead.

No-code setup — just add URLs and go
3-viewport coverage: mobile, tablet, desktop
Pixel-level diff with highlighted change regions
AI severity scoring (Minor / Review / Regression)
Email + webhook alerts for regressions
REST API for CI/CD integration
Shareable diff reports with permalinks
Baseline management — approve or reject changes

Works with your existing deploy workflow

Trigger visual checks from GitHub Actions, Vercel webhooks, or any CI/CD pipeline. One API call starts a full screenshot + diff + AI review cycle.

curl -X POST https://uiproof.com/api/v1/check \
  -H "Authorization: Bearer YOUR_API_KEY" \
  -H "Content-Type: application/json" \
  -d '{"siteId": "your-site-id"}'

Common questions about automated visual testing

How is UIProof different from Playwright visual snapshots?

Playwright snapshots are code-first and require maintaining test files. UIProof is URL-first — add a page, get screenshots, no test code needed. It also adds AI severity scoring on top of raw diffs, so you know which changes actually matter.

Do I need to write any code to use automated visual testing?

No. You add URLs through the dashboard and UIProof handles the rest. If you want CI/CD integration, a one-line API call triggers a check — but it's optional.

How does the AI severity scoring work?

After a pixel diff runs, UIProof sends the diff image and metadata to Gemini AI. It evaluates the scope, location, and type of change, then returns a severity: Minor (cosmetic), Review (evaluate before approving), or Regression (broken — act now).

Can I use UIProof for automated visual testing in CI/CD?

Yes. POST to /api/v1/check with your Bearer token to trigger a check after deploy. Results are available via webhook or API response. You can block deploys based on regression severity.

What viewports does UIProof capture?

Every page is captured at mobile (375px), tablet (768px), and desktop (1440px) by default. All three viewports are diffed and scored independently.

How quickly does a check run?

Most checks complete in 30–60 seconds per page depending on render complexity. You'll receive alerts before a slow human would finish reviewing a single viewport.

Ship with visual confidence

Add UIProof to your deploy workflow and stop guessing whether your UI survived the release.