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Measure posture

Catch the UX issues users would leave over.

ExploreChimp walks your app along your tests on every release, checks each affected screen for visual, layout, performance and accessibility issues, and maps what it finds to your app’s screens in Atlas.

14 days, no credit card. Works with any coding agent.

UX posture in TestChimp: Atlas shows the issues new in release 2.15 on Cart · Promo applied, with the screenshot where the promo banner overlaps the cart total; behind it, ExploreChimp walks the screens a branch changed, and a visual regression against the Figma baseline.

Problem

Users don’t file bugs.They leave.

A test can confirm the promo button works while the promo field is unreadable, the total takes three seconds to paint, and the layout breaks on a small phone. Scripts check behaviour, not experience. Manual exploratory testing catches those issues, but it cannot cover every screen of every release.

of users are less likely to return after a bad experience
88%
of credibility judgments come from how a site looks
75%
less churn is associated with better usability
15%

UX quality, measured on every release.

Your tests already know how to reach every part of the app. TestChimp uses them to put UX agents on the same paths, so UX quality becomes something you can measure and compare release to release.

  1. Walk the app

    Reach any screen, every release.

    ExploreChimp follows the paths your tests take, so it reaches deep states such as a cart with a promo applied without guessing, and checks the screens a change affects.

    Guided by your tests

  2. Atlas

    See UX quality by screen.

    TestChimp builds your app’s structure as screens and states while ExploreChimp walks it. Each screen-state carries the issues found there, by release.

    Screens and states, mapped

  3. Visual regression

    Catch what moved.

    Each screen-state gets a baseline image, captured on the first visit or set by you from a design. Later runs compare against it.

    Against a baseline you choose

Your tests are the map.

Exploratory agents that crawl on their own get lost or loop. ExploreChimp follows the paths your instrumented Playwright tests already take, so it reaches any screen and state deterministically, and every finding points at a known place in the app.

Only what the release touched

On a feature branch or a release, TestChimp works out which screens the changes affect and walks the tests that reach them. Each screen is checked from five sources: the DOM, console logs, network activity, screenshots and browser metrics.

  • Affected screens found from the branch or release delta.
  • Deterministic paths, so a finding can be reproduced.
  • Runs inside /testchimp run QA after every feature branch.
Branched Atlas screen map: Cart and Settings are marked affected in release 2.15; ExploreChimp walks those screens and runs analytics.

A map of your app, with its issues on it.

Atlas is TestChimp’s view of UX posture laid out the way your app is: screens, and the states each screen can be in. It builds itself as ExploreChimp walks.

Filter by release

Open any screen-state to see the issues ExploreChimp reported there. Filter by release to see only what that release introduced, so a new contrast bug never hides among known ones.

Atlas for acme-shop filtered to Release 2.15: Cart · Promo applied selected; Visual, Performance and Accessibility health gauges; Issues by category as vertical bars.

Visual regressions against the design you meant

The first visit to a screen-state keeps its screenshot as the baseline, and later runs compare against it. Set the baseline yourself, for example from the Figma design, and every release is checked against the design rather than against last week’s build.

Visual regression: the Figma baseline beside release 2.15, where the Apply button moved 14 px and wraps at 390 px.

A specialist for each kind of issue.

  1. Bug source analytics

    Visual, layout, performance, accessibility.

    Reads the DOM, screenshots, network traffic, console logs and browser metrics together, so one walk catches several kinds of issue.

  2. Localization checker

    Every locale you ship.

    Loops through your supported locales to find mistranslations, untranslated strings, right-to-left issues and layouts that break in one language.

  3. Theme checker

    Light, dark and everything between.

    Switches themes to find low contrast, text that blends into its background and colour combinations that don’t work.

  4. Form tester

    The inputs real people type.

    Tries invalid and edge-case values, such as names with hyphens or emails with special characters, to check validation holds and nothing breaks.

How UX issues usually get found.

Ways of finding UX issues compared with TestChimp
Scripted E2E testsManual exploratory testingVisual diff toolsTestChimp
Finds contrast, layout and visual issuesNoYesPartlyYes
Catches console, network and performance issuesPartlyPartlyNoYes
Checks every screen a release affectsNoNoSnapshots onlyYes
Reaches deep states deterministicallyYesYesPartlyYes
Compares against a design baselineNoPartlyYesYes
Issues mapped to screens and releasesNoNoPartlyYes
Repeatable on every releaseYesNoYesYes

Visual diff tools: Percy, Chromatic and similar.

Questions about UX posture.

Why do exploratory testing if we have automation scripts?
Scripts confirm expected behaviour through the assertions someone wrote. They do not notice visual, layout, performance or usability issues outside those assertions, which is what exploratory testing is for.
How is ExploreChimp different from an AI agent crawling the app?
It does not crawl. It follows the paths your tests take, so it reaches any screen and state deterministically, every finding can be reproduced, and it can be pointed at exactly the screens a release changed.
What kinds of issues does it find?
Visual defects, layout breakages, low contrast and accessibility gaps, slow paints and other performance issues, console errors, failing network calls, invalid form behaviour, theme issues and localization breakages.
Can I set the visual baseline from our designs?
Yes. By default the first visit to a screen-state becomes its baseline. You can replace it with your own image, for example an export from Figma, and later runs compare against that.
What is Atlas?
Atlas is the view of your app’s structure, as screens and the states each screen can be in, that TestChimp builds while ExploreChimp walks. Each screen-state shows the issues found there, filterable by release.
TestChimp mascot at the desk, facing camera, dual monitors with code behind.

Ship releases that feel as good as they work.

Your tests already reach every screen. Let ExploreChimp check them on every release.

14 days, no credit card.