Solutions — QA teams
Every bug report reproducible on the first read
QA lives and dies on reproducibility. BugMojo lets test engineers capture the whole bug in one click — an rrweb session replay, console logs, network requests, and a screenshot, bundled together — so “works on my machine” and “cannot reproduce” stop bouncing tickets back to your queue and hand-off to engineering becomes instant.
The reports that eat your week
The bottleneck in QA is rarely finding the bug — it’s making the bug undeniable. These are the failure modes that turn a thirty-second fix into a week-long thread.
"Works on my machine"
A bug is real in your environment and invisible in the developer's. Without the exact DOM state, browser, viewport, and account role captured at the moment of failure, the report stalls in a loop of "can you send me your setup?"
Repro steps go stale
You retrace what you did from memory after the fact. A step gets dropped, an order gets flipped, and the engineer can’t reproduce it — so the ticket bounces back as "cannot reproduce" and the defect ships.
No console or network context
The screenshot shows the symptom, not the cause. The failing XHR, the 500 response body, the uncaught exception in the console — all the evidence an engineer needs — lives in DevTools tabs you closed the moment you moved on.
Slow round-trips with engineering
Every missing detail is another comment, another day. A defect that takes thirty seconds to fix can take a week to communicate, and your regression queue backs up behind reports that aren’t actionable yet.
How BugMojo fixes the hand-off
Each capability maps to a specific thing that was slowing your reports down.
One-click capture, everything bundled
A single click records an rrweb DOM session replay of exactly what you did, plus the console logs, network requests, and a screenshot from the moment of failure. No retracing steps, no manual HAR export, no closing the loop after the fact — the reproduction is the artifact.
Every report is reproducible by default
The engineer scrubs the replay to the exact click that broke it, opens the console error inline, and inspects the failing request — without touching your machine. "Cannot reproduce" stops being the default response.
PII redacted before anything leaves the browser
Input values and password fields are masked client-side during recording, so sensitive test data and customer information are stripped in your browser before the capture is ever uploaded. Capture is always user-initiated — nothing records until you start it.
AI agents read the full context over MCP
BugMojo exposes an MCP server, so AI coding agents like Claude and Cursor can read a bug and its complete captured context — replay events, console, network — directly. Triage and first-draft fixes can start before a human even opens the ticket.
Quick Capture needs zero setup
File a reproducible bug without a project, a workspace, or an invite. Quick Capture generates a shareable report on its own, so contract testers, cross-team reporters, and one-off sessions never get blocked on onboarding.
Hand off to a human or an agent
Polymorphic assignees mean a bug can be routed to a human engineer (MEMBER) or an AI agent (AGENT) through the same API. Assign the flaky regression to a teammate and the mechanical fix to an agent — the workflow doesn’t change.
The QA workflow, end to end
From reproducing the defect to a hand-off engineering can act on — four steps, no documentation debt.
Reproduce the bug as you normally would
Run your test case in the browser. When the defect appears, you don’t stop to document — the extension is already watching the tab on demand.
Click capture
One click freezes the evidence: an rrweb replay of the session, the console output, the network requests, and a screenshot — with PII masked client-side before upload.
Add the expected result and severity
Type the one thing automation can’t infer — what should have happened — set severity, and the report is complete. No environment table to fill in by hand; it was captured with the replay.
Hand off — reproducible on arrival
Assign to an engineer or an AI agent. They open a report that reproduces itself: scrub the replay, read the console error, inspect the failing request. The round-trip is gone.
What a single click captures
rrweb session replay
Pixel-faithful DOM replay of the exact steps that led to the failure — scrubbable, with an optional tab video from the extension when pixels matter.
Console logs
Every log, warning, and uncaught exception from the session, attached to the report.
Network requests
The requests that ran during capture — methods, statuses, and the failing responses that explain the bug.
Screenshot
The visual state at the moment of failure, framed alongside the replay and logs.
Client-side redaction
Inputs and passwords masked in the browser before anything is uploaded.
MCP for AI agents
Agents read bugs and their full context directly, so triage can start automatically.
Questions QA teams ask
- How is this different from just attaching a screenshot or a screen recording?
- A screenshot shows the symptom and a screen recording shows the pixels — neither carries the console error or the failing network request that explains the cause. BugMojo captures the rrweb DOM replay, console logs, and network requests together, so an engineer gets the evidence, not just the appearance. And because it is a DOM replay rather than a video, it is scrubbable and lightweight.
- Do I still need to write reproduction steps by hand?
- No. The replay is the reproduction — it records the exact sequence of interactions that led to the failure, so there is nothing to retrace from memory. The only thing you add is the expected result, because that is the one piece of intent that can’t be captured automatically.
- We test with real customer data. What about sensitive information in the capture?
- PII redaction runs client-side, in your browser, before any data leaves the page. Input values and password fields are masked during recording by default, so sensitive test and customer data is stripped before the capture is uploaded. Capture is also always user-initiated — nothing records until you start it.
- Can our AI coding agents pick up bugs directly from QA?
- Yes. BugMojo ships an MCP server, so agents like Claude and Cursor can read a bug and its full captured context — replay, console, and network. With polymorphic assignees you can route a bug to an AI agent the same way you’d assign it to a human, and the agent starts with everything it needs to reproduce and fix.