Solutions · Developers
Debug from evidence, not from a one-line ticket
BugMojo captures the whole bug in one click — an rrweb session replay, console logs, network requests, and a screenshot — so you reproduce it by scrubbing a timeline instead of guessing the steps. Then its MCP server hands that full context straight to your AI coding agent. Less time re-reproducing, less context-switching, faster triage.
The bug isn't the hard part. Getting enough context to understand it is.
Most engineering time on a bug is spent before the fix — assembling context that should have come with the report. These are the four that cost you the most.
"Doesn't work" tickets
A report with no steps, no URL, no browser, no error text. Before you can even start, you're replying "which page?", "what did you click?", "can you send the console?" — and waiting a day for each answer.
Hours lost re-reproducing
You rebuild the exact state by hand — the right account, the right feature flags, the right sequence of clicks — just to see the bug once. Half the time it only repros intermittently, and you can't tell which of your ten guesses was the trigger.
Context-switching tax
Every triage yanks you out of flow and into a scavenger hunt across the tracker, Slack threads, screenshots, and a HAR export someone forgot to attach. The bug isn't hard; assembling enough context to understand it is.
The console error nobody captured
The stack trace and the failing request existed for one second in someone else's DevTools and were never saved. You're debugging from a screenshot of a spinner, reconstructing what the network and console must have said.
How BugMojo removes the guesswork
Every pain above maps to something the product captures automatically — so the context is attached to the bug before it ever reaches you.
No steps to reproduce
One-click rrweb replay of exactly what happened
The reporter clicks once and BugMojo records the DOM as an rrweb session replay — the real sequence of interactions that led to the bug. You scrub the timeline instead of guessing the steps. It's DOM recording by default, so it's lightweight and precise; the extension can add an optional tab video when a canvas or chart needs real pixels.
The error was never saved
Console logs and network requests, bundled in
The same one-click capture bundles the console output and the network requests alongside the replay. The stack trace, the failed 500, the malformed payload — all captured at the moment of failure and attached to the bug, not lost when the tab closed.
Context is scattered
Your AI coding agent pulls the full context over MCP
BugMojo ships an MCP server, so an AI coding agent like Claude or Cursor can read a bug and its complete context — replay events, console, network — directly from your editor. Point your agent at the bug and it starts from the real evidence, not a one-line summary.
Replays leak sensitive data
PII redaction runs before anything leaves the browser
Redaction happens client-side, in the extension, before any data is uploaded. Input values and sensitive fields are masked at capture time, so the replay and logs you triage don't carry customer PII off the user's machine.
Reporting has too much friction
Quick Capture needs zero project setup
Anyone can file a fully-loaded bug without picking a project, board, or assignee first. Quick Capture produces a shareable, context-rich report with no configuration — so teammates and testers actually capture the bug instead of describing it later.
Agents can't own work
Assign to a human or an AI agent
Assignees are polymorphic: a bug can be assigned to a human teammate (MEMBER) or to an AI agent (AGENT) with the same workflow. Route the well-understood, well-captured bugs to an agent and keep the judgment calls for people.
The developer workflow, end to end
From the moment something breaks to a fix shipped against the exact reproduction.
Capture at the moment it breaks
Whoever hits the bug clicks the BugMojo extension once. It records the rrweb replay, console logs, network requests, and a screenshot, redacts PII in the browser, and uploads a single bundle.
Triage from real evidence
Open the bug and scrub the replay while the console and network panels stay in sync. No round-trip questions — the steps, the environment, and the failing request are already there.
Hand it to your AI agent over MCP
From your editor, your MCP-connected coding agent reads the bug and its full context directly. It works from the actual replay events, console output, and network calls — then proposes a fix.
Assign, fix, and close the loop
Keep the fix yourself or assign it to a human or AI agent. Ship the change against the exact reproduction you captured, so "works on my machine" never re-opens the ticket.
What you get out of the box
rrweb session replay
Scrub the real DOM interactions that led to the failure — not a video, not a description.
Console + network, attached
Stack traces and failing requests captured at the moment of failure, bundled with the replay.
MCP for AI agents
Claude, Cursor, and other agents read the bug and its full context straight from your editor.
Client-side redaction
PII is masked in the browser before any capture data is uploaded to BugMojo.
Quick Capture
A complete, shareable bug report with zero project setup — no board, no config.
Human or agent assignees
One polymorphic workflow for MEMBER and AGENT assignees — route work to whoever fits.
Questions developers ask
- How is the session replay different from a screen recording?
- BugMojo's replay is an rrweb DOM recording, not a screen video. That means the capture is lightweight and you can scrub through the exact sequence of interactions, inspect the page structure at any point in the timeline, and line it up with the console and network activity — far more useful for debugging than a flat video, and much smaller to store and share. When you do need real pixels (canvas, WebGL, embedded video), the Chrome extension can record an optional tab video that plays in sync with the replay.
- What exactly can my AI coding agent read through MCP?
- BugMojo exposes an MCP server, so an MCP-connected agent such as Claude or Cursor can read a bug and its attached context — the replay events, console logs, and network requests — directly from your editor. Instead of pasting a summary into a prompt, you point the agent at the bug and it works from the same evidence you would.
- Does capturing a replay leak user data into our bug tracker?
- PII redaction runs client-side in the extension, before any data leaves the browser. Input values and sensitive fields are masked at capture time, so the replay and logs stored in BugMojo don't carry that content. Capture is always user-initiated — the extension only records when someone starts a capture.
- Do reporters need to configure a project before filing a bug?
- No. Quick Capture requires zero project setup — a teammate or tester can file a complete, context-rich bug without first choosing a project, board, or assignee. That removes the friction that usually turns a real bug into a vague, delayed ticket. BugMojo has a Free plan ($0 forever) with Quick Capture and session replay; Pro adds MCP-powered AI agents.