Triage Sentry Errors Into the Linear Backlog
For an engineering lead who wants the backlog to stay honest. One prompt clusters Sentry issues by root cause, matches against existing Linear tickets, and files the rest with occurrence counts, stack traces, and the right project.
Sentry noise outruns the backlog
Sentry finds bugs faster than the team files them. The duplicates pile up, the real fixes get lost, and planning argues about which version of the same bug is the real one.
Same root cause filed 3 times under different tickets
High-occurrence issues get no more attention than singletons
Tickets missing stack trace or affected-user counts
Composio collapses all of this into one prompt — here's what that looks like.
Your agent runs it end-to-end.
- 01List the top Sentry issues by occurrence for the week
- 02Cluster by root cause — same stack signature, same module
- 03Search Linear for existing issues that match each cluster
- 04For matches, add occurrence counts as a comment
- 05For new clusters, create a Linear issue with stack + impact
A backlog that reflects reality
Each Linear issue represents one real bug with an occurrence count. Planning prioritizes by actual impact — not by whoever filed loudest last sprint.
Paste this into Claude, Cursor, or Codex. It'll install the CLI, connect your apps, and run the task — end to end.
Turn a Figma Flow Into a Spec and Tickets
Paste the Figma link. Your agent reads the screens, writes a one-page Notion spec, and files Linear tickets for each new screen — assigned, linked, and ready for planning.
Read →Draft Tomorrow's Sprint Planning Brief
Your agent pulls the Linear backlog and last week's PostHog funnel, recommends what to push to P0, and drops a one-page brief in Notion before planning starts.
Read →Escalate a Support Ticket to Engineering
Your agent spots a real bug, files a Linear ticket with the repro, links it back in Zendesk, and pings the right engineering channel.
Read →