BoardSnap is an iOS app that reads a bug triage whiteboard — bugs listed with severity, impact, and owner assignments — and produces a prioritized, classified bug list in one snap.
Bug triage sessions are time-sensitive. A backlog of reported bugs needs to be assessed, classified by severity and business impact, and assigned to engineers before the next release cycle. When a team has fifty open bugs and two engineers, the triage board is the decision-making tool — it makes the prioritization visible and forces the team to commit to an order.
Whiteboard triage sessions move fast. You write each bug as a short title, call the severity (P1/P2/P3 or Critical/High/Medium/Low), call the user impact, and write the owner. The visual arrangement — P1s at the top, P3s at the bottom — is the output. It takes twenty minutes to build a well-structured triage board for a fifty-bug backlog.
Then someone has to take the board back to Jira. Each bug needs to be re-prioritized in the tracker to match the triage board's order. Severity labels need updating. Owners need assigning. If this is done carefully, it takes an hour. If it's done carelessly, the triage board and the tracker diverge and the next engineer to pick up a bug goes by the tracker's old priority, not the triage board's new priority.
Three to four columns: Bug title / Severity (P1/P2/P3 or Critical/High/Medium/Low) / User Impact (number of affected users or percentage of sessions) / Owner. Write column headers across the top. Each row below is one bug. Leave a Notes column on the right for workarounds or context.
Write each bug's title in the first column. Keep titles concise: 'Checkout fails with Apple Pay,' 'Profile photo upload timeout,' 'Dark mode colors inverted in settings.' One bug per row. Number each row — numbers make it easy to reference specific bugs during the session.
For each bug, call the severity classification. P1 / Critical: blocks a key user flow, data loss, security vulnerability. P2 / High: significant user impact, workaround exists but painful. P3 / Medium: affects a subset of users, minor experience issue. Write the severity label in column two. Dispute the classification if needed — the discussion is the value.
Write the approximate impact number: 'Affects 15% of checkout attempts,' 'Affects iOS 17.x users only (8% of base),' 'Reported by 3 enterprise customers.' Impact numbers make the triage defensible — you can explain why a P2 was prioritized over a P1 if the P2 has higher user impact.
Write an engineer name or team next to each bug. Bugs without owners in triage become bugs without owners forever. If a bug can't be assigned because nobody has capacity, write 'Queue' — it's honest and it prevents assumptions.
Reorder the list mentally — P1s are the top priority, then highest-impact P2s. Circle the bugs that need to be fixed before the next release. These are the non-negotiables. Everything else is 'should fix if time' territory.
Open BoardSnap. The triage grid has column headers, bug rows with severity labels, impact notes, and owner assignments. Circled bugs are the priority set. BoardSnap AI reads the grid structure and classifies bugs by severity.
A prioritized bug list organized by severity: P1/Critical bugs first (with impact and owner), followed by P2/High, then P3/Medium. Circled priority bugs appear in a 'Must fix before release' section. The output is paste-ready into Jira's bulk edit, Linear's priority view, or a release notes draft. Each bug's description includes severity, impact note, and owner — the three pieces needed to update the tracker.
The team had 45 open bugs 10 days before a major release. The triage session took 30 minutes. Eleven P1s, fifteen P2s, nineteen P3s. Six bugs circled as 'must fix.' BoardSnap produced the prioritized list. The engineering lead updated Jira priorities from the list. The team had clear direction without a meeting to recap the meeting.
A small team ran a 20-minute triage session every Monday. They kept the same whiteboard template each week. BoardSnap captured each session. Over six weeks, the AI chat could track how the P1 count had changed week over week — the team discovered they were resolving P1s slower than new ones were being created.
Five enterprise customers reported five different bugs in the same week. The support team ran a triage session with the PM to determine which bugs were related, which were duplicates, and which were highest-impact. BoardSnap produced the classified list. The PM used it as the escalation brief for the engineering meeting.
If you use colored markers or colored sticky notes as severity indicators (red = P1, orange = P2, yellow = P3), BoardSnap AI reads the color and uses it to classify severity. Using both a color code and a written label (P1, P2, P3) gives the most accurate output — either alone can be ambiguous.
No — reproduction steps belong in the bug ticket, not the triage board. Keep the triage board focused on classification and priority. If a specific bug needs context during the session, write a one-line note in the Notes column, not a full reproduction sequence.
BoardSnap AI reads the bug titles as written. If two bugs have similar titles ('Checkout fails with PayPal' and 'PayPal checkout not working'), the AI chat can be asked to identify likely duplicates based on similar descriptions. This requires using the chat feature after snapping, not during the snap itself.
Yes. BoardSnap reads whatever severity labels are written on the board. The output will use the same labels. Provide a brief legend in the corner of the board if the severity scale isn't standard — 'S1 = blocks release, S4 = cosmetic only' — and BoardSnap will include the legend in the output.
Snap the board, ship the action items in ten seconds.