Create bug report form — report errors in a structured way

The most expensive bug is the one nobody can reproduce. "Does not work" without context costs developers hours, sometimes days. Therefore structure the bug report form so that the most important information is captured automatically: what was attempted (action), what was expected (target), what actually happened (actual) and how the error can be reproduced (steps).

Use numbered input fields or a list in which each step gets its own line. This forces the reporter to clarity. Offer short examples or placeholders in the field so that the structure is understandable: "1. Login to example.com → 2. Click on ‘Profile’ → 3. Upload photo → 4. Error appears." Add an optional field for the estimated reproducibility (always, sometimes, once). This information helps with later triage and decides whether it pays to investigate the problem immediately or wait for observation. Still keep the form short — anyone reporting a bug should not be deterred by a 30-field form.

Many bugs depend on the environment — browser version, operating system, screen resolution, app version. Collect these fields but do not burden the user with them. From modern browsers you can automatically extract many pieces of information via JavaScript: user agent, window size, language, time zone. Build these values as hidden fields into the form so that they are sent without manual input.

For mobile apps, also use hidden fields that the app fills in before sending — app version, build number, device model, OS version, free memory. This data is often decisive to reconstruct the problem. Pay attention to GDPR: device IDs and IP addresses are personal, so only ask if necessary and communicate it transparently. A one-liner in the form suffices: "For error analysis we capture browser, OS and app version." Strictly follow data minimization and delete the technical data after solving the bug.

Not every bug is equally critical. A typo in the footer does not need the same escalation path as a data loss on saving. Build a severity classification into the form — typical are four levels: critical (system down), high (main function disturbed), medium (function limited), low (cosmetic). Explain the levels with a short example text so that self-assessment is reasonably consistent.

Derive routing from the severity. Critical bugs immediately go via webhook into a pager channel and notify the on-call team. High bugs land directly in the sprint backlog with high priority. Medium bugs are discussed in the next triage meeting. Low bugs collect in a backlog list. The calculation engine can additionally combine fields — such as severity plus reproducibility — and derive an automatic priority score. This saves manual review and reduces time to reaction. But let the triage owner correct the routing at any time; self-assessments are not always accurate and the model must allow human correction.

Bug reports are not solved in the form but in the issue tracker. Therefore hand over every incoming report via webhook directly to Jira, Linear, GitHub Issues or the internal tool. Map the fields clearly: title from the action field, description from the reproduction steps, severity from the score, attachments from the uploads. Provide the issue with a label "from-form" or similar so that you can recognize the source later.

Many issue trackers offer REST APIs or similar interfaces. Stick to the official documentation and avoid self-built mappings that are difficult to maintain later. If no native API exists, a generic webhook is the most pragmatic way — do not build a native integration that does not exist. Send the reporter a confirmation with the issue ID so they can later check status or add information. This connection from form to tracker turns the bug report into a closed workflow instead of a black hole.