Help center
Open dashboard

Catch Bugs Before Users Do with Glitch

Your built-in QA engineer for broken elements, console errors, and layout bugs.

Atarim team Updated 28 Jul 2026 · 6 min read
Atarim AI
Glitch the QA agent reporting a bug found on a live page
Before you start

Relevant for

  • Frontend Developers running last-mile checks on staging environments
  • QA Engineers looking to automate surface-level bug detection
  • Project Managers ensuring broken features don’t reach clients
  • Designers verifying layout consistency under real interactions
  • Cross-functional teams delivering stable and functional pages at launch

Required knowledge

  • Familiarity with Atarim’s task system for reviewing and resolving flagged issues.

Tools & resources needed

  • No setup required — Glitch runs in supported views ( Collaborate URL )
  • Access to the InnerCircle Group

Glitch is the Bug & QA Agent inside Atarim. He helps teams spot technical issues before users experience them, whether it’s a silent form failure, broken link, or a JavaScript error tucked away in the console.

You no longer need to bounce between developer tools or bug tracking systems just to test a staging page. Glitch runs directly in your feedback flow, surfacing broken behavior in seconds. He acts like an automated QA pass, catching things that often slip through visual-only reviews.

Glitch Personality Snapshot

  • Archetype: QA engineer
  • Behavior: Digs deep to break things before users can
  • Tone: Honest, precise, borderline obsessive
  • Catchphrase: “It’s broken. I found it.”
    • Note
    Glitch only participates when selected as part of a review in Canvas View.

    Step-by-Step Guide

    Step 1: Load the Page into Canvas View

    Before Glitch can start scanning, load your target site into Atarim’s Visual Collaboration (Canvas) View. This ensures he can evaluate not just the surface visuals but the actual functional behaviors of every interactive element. How To Run An AI-Powered Page Review

    Tip
    Run Glitch after Pixel or Navi have already reviewed layout and UX. That way, Glitch can validate the technical reliability of the final version.

    Step 2: Glitch Runs in the Background

    Once enabled, Glitch quietly tests your page for front-end failures. He simulates real user actions like clicking, typing, scrolling, and form submissions — while monitoring the console for hidden errors.

    Glitch Performs:

  • Cross-viewport testing (desktop, tablet, mobile)
  • Functional checks on interactive components
  • Console-level monitoring for JS/runtime failures
    • Scanning All Viewports
    Viewport tasks

    What Glitch Checks

    Functional UI Bug Detection

  • Flags broken buttons, links, or non-working components
  • Detects inputs that don’t respond (e.g., JS errors on click/submit)
  • Finds dropdowns, tabs, or modals that fail to trigger actions

    • Interactive Component Testing

  • Simulates clicks, taps, hovers, and scrolls
  • Captures console errors and browser warnings
  • Verifies that user flows work properly across devices

    • Layout Breakage

  • Flags elements collapsing or disappearing at breakpoints
  • Identifies off-screen content or hidden overflow
  • Detects scroll-lock issues on modals or body elements

    • Broken State Detection

  • Finds default buttons/forms stuck in “inactive” states
  • Surfaces missing error/success messages
  • Detects modals or drawers that trap focus

    • Console Error Capture

  • Highlights uncaught JS errors or failed API calls
  • Reports deprecated function warnings or network request failures
    • Glitch flags hero CTA issue — add loading feedback for slow network reliability.
    Glitch flags missing alt text
    Glitch flags pointer-event issue
    Glitch flags marquee animation — throttle motion or respect reduced-motion preferences.
    Glitch flags nested controls — ensure card links are fully keyboard-accessible without focus conflicts.
    Glitch detects missing rel=”noopener noreferrer” — add it to secure external links and prevent reverse tabnabbing.
    Warning
    If your workspace is low on AI tokens, a modal will notify you before starting the scan.

    Step 3: Glitch Places Feedback on the Canvas

    After scanning, Glitch drops feedback stickers directly on problem areas in the Canvas. These stickers include technical detail and diagnostic context.

    Each sticker contains:

  • An option to Keep (convert into task) or Hide (dismiss)
  • A description of the broken interaction or error
  • Console log reference (when applicable)
  • Exact element location on the page

    • “Image element has no alt text, so screen readers get no context for the visual content. Add a descriptive alt attribute, or mark it role="presentation" if decorative.”

    Sticker Showing Issue Description, Suggestion, Location, and Action Options
    Note
    Glitch automatically ties console-level data to the visual context, so you don’t need to open DevTools.

    Step 4: Turn Issues Into Actionable Tasks

    Keep, assign, and prioritize bugs before they affect users.

    Actions you can take:

  • Keep (click or swipe right): Accepts the finding and converts it into a task
  • Hide (click or swipe left): Dismiss if the issue is irrelevant or already fixed
  • Assign or update: Add tags (#bug, #qa, #glitch), assign to dev, or update task status
    • Keeping the Suggestion Converts It to a Task
    Hide or Swipe Left to Dismiss/Delete
    Using Tags to Group Similar Tasks
    Status Change
    Tip
    Tag all Glitch-related bugs for visibility during release tracking or QA sprints.

    Key Capabilities

    Glitch helps teams catch the issues most likely to frustrate end-users:

  • Detects real-time console errors and warnings
  • Flags broken forms, buttons, and interactive flows
  • Catches hidden layout breakage and scroll/focus traps
  • Surfaces broken states like stuck spinners or missing error messages
  • Converts console-level data into clear, contextual visual feedback
    • Recommendation
    Add Glitch as your final pre-launch gatekeeper — he ensures everything works before a link is shared.

    Step 5: Collaborate With Other QA-Focused Agents

    Glitch often supports feedback generated by other agents — especially when issues go beyond visuals.

    Learn More About Pixel | Learn More About Navi | Learn More About Lexi | Learn More About Claro

    Learn More About Index | Learn How To Get The Most Out Of The InnerCircle

    AgentContribution
    PixelFlags layout and spacing misalignments.
    LexiOptimizes copy tone, clarity, and CTA phrasing.
    NaviChecks semantic and accessibility structure, such as heading levels and ARIA tags.
    ClaroClarifies vague feedback into structured tasks.
    Collaboration in Action
    Recommendation
    Run Glitch as part of a full agent stack in your final QA checklist to catch every type of issue — from copy to code.

    Real-World Friction Glitch Eliminates

  • “This button looks clickable but does nothing.” → Glitch flags it instantly.
  • “The form submits but nothing happens.” → Glitch surfaces the JS error blocking submission.
  • “Dropdowns don’t open on mobile.” → Glitch detects the interaction bug across breakpoints.
  • “The modal opens but I can’t close it.” → Glitch finds the keyboard trap.
  • “Console keeps throwing red errors.” → Glitch ties them to the exact element causing them.

    • Because Glitch tied each issue to its location on the page and included console context. Devs resolved everything without needing extra bug reports or screen recordings.

    Tip
    Glitch is your final line of defense — make him part of your go-live ritual.

    FAQs

    Does Glitch detect every JavaScript error?

    Glitch captures common runtime and console-level errors visible on load or interaction. Deeper logic bugs may still require manual testing.

    Does Glitch evaluate form logic (e.g., conditional steps)?

    Glitch flags surface-level failures like missing fields or broken submissions but does not simulate multi-step workflows or conditional logic paths.

    Does Glitch run automatically?

    No. You need to manually select Glitch when launching a page review in Canvas View.

    What kinds of layout bugs does Glitch flag?

    He catches issues like elements overflowing their containers, hidden buttons, or non-functional UI elements due to DOM structure conflicts.

    Can I export Glitch’s findings?

    Not directly. However, you can convert any sticker into a task, assign it, and track it through Atarim’s workflow or copy details into external bug trackers as needed.

    Conclusion

    Glitch gives you developer-level QA superpowers without switching tools. Whether it’s a console error, a form that quietly fails, or a broken interactive element, he flags it, visually and with technical context.

    Use Glitch during every staging review or go-live prep to ensure you're launching stable, bug-free experiences that earn trust from users and clients alike.

    Tips & best practices

    • Use Glitch late in the process, once content and layout are in place
    • Assign Glitch-detected issues immediately to reduce review cycles
    • Re-run Glitch after fixing front-end bugs to confirm resolution
    • Combine with Pixel and Navi to ensure usability and stability in one pass

    Related articles