Errors with no context
Jump from an error straight to the session replay that triggered it.
Error tracking
See errors grouped by message, ranked by how often they fire, with one click to the recording where they happened — no separate error tool.
Problems it solves
Jump from an error straight to the session replay that triggered it.
Errors group by message and rank by how often they fire, with the users and sessions affected.
Error tracking lives in the same workspace as replay and analytics.
Workflow
The SDK records JavaScript errors and warnings automatically.
Errors collapse by message and sort by how often they fire.
Open the linked session to watch the error happen.
Capture
All of it comes from the same script as your analytics, with nothing extra to install.
| Uncaught errors | Exceptions that reach the browser, with the message, file, line, column and stack trace. |
|---|---|
| Unhandled promise rejections | A rejected promise nobody caught, the error that most often fails silently in modern front ends. |
| Console errors and warnings | Anything written with console.error or console.warn, from your code or a third-party script, recorded as an error or a warning. |
| Failed requests | Fetch and XHR calls with their status code and duration, plus images, scripts and stylesheets that failed to load. These appear in the event list and the replay’s network panel rather than in the error groups. |
Triage
identify() names them. Filter to errors or warnings only.That last step is the point. A stack trace says where the code broke; the replay says what the person clicked, typed and waited for first, which is usually what you need to reproduce it.
What you get
| Capture | JavaScript errors and warnings, captured automatically. |
|---|---|
| Triage | Grouped by message with affected users and session counts. |
| Context | A direct link to the replay behind each error. |
Noise
A loop that throws the same error a thousand times a second should not bury everything else. The script records the same error at most five times per page load, and caps the total rate of error events, so one broken widget shows up as one loud issue rather than a million rows.
Honest fit
Dedicated error monitoring tools such as Sentry go deeper on the engineering side: source maps, release tracking, backend errors and alert routing. PulsePanda does none of those. Stack traces are shown as the browser reported them, which for a minified production bundle means minified, and only browser errors are captured.
What PulsePanda adds is the product context around the error: the replay of the session, the funnel step it broke, the feedback the same person left, and how many real users it reached. Teams that already run Sentry often keep it and use PulsePanda to decide which errors matter most to users.
FAQ
JavaScript errors and warnings, grouped by message with the count of users and sessions affected.
Yes. Each error links to the session replays where it occurred.
No. On paid plans, the same SDK that powers analytics captures errors automatically.
FAQ
No. Stack traces are shown as the browser reported them, so code from a minified bundle stays minified. If you need de-minified stacks and release tracking, use a dedicated error monitoring tool alongside PulsePanda.
No. PulsePanda captures errors in the browser: uncaught exceptions, unhandled promise rejections and console errors and warnings. A failed API call still shows up, as a network request with its status code.
No. The same error is recorded at most five times per page load, and the overall rate of error events is capped.
Error and warning capture is included on the Pro and Business plans.
Related pages
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