storm → 1
Semantic dedup
One root cause becomes one ticket with an occurrence count, across services.
// integrations / sentry
A Sentry alert channel is a firehose that teams learn to skim, and skimming is how the real regression gets missed. The problem is not that Sentry is noisy — it is that one root cause emits hundreds of events and nothing downstream collapses them into a decision.
FlowTux ingests Sentry issues as tickets, deduplicates them semantically, attaches the likely files from the linked repository, and routes to the owner of that module. One root cause becomes one ticket with an occurrence count.
Forty notifications about one bad deploy should be one ticket with a count of forty.
A failing deploy or an expiring certificate fires across every service that touches it. Without deduplication each firing becomes its own notification and, in most setups, its own ticket — so the on-call spends the incident closing duplicates instead of fixing the cause.
FlowTux collapses those into a single ticket, matching on meaning rather than exact strings, so the same underlying fault phrased differently by two services still lands as one item. Repeat occurrences increment the count on the original ticket rather than multiplying the queue.
The ticket arrives with the likely files ranked, not just the error that fired.
Because triage is grounded in the linked repository, a Sentry-originated ticket arrives with the probable files and modules attached and ranked by confidence, plus a check against your resolved history for whether this is a known issue or a fresh regression.
That is the part of triage that actually takes time. The responder starts from a diagnosis instead of building context from scratch at 3 a.m.
Not every error is a page; most are queue items with a count.
Ingested errors are triaged into your severity scheme rather than paging by default. P1 and P2 conditions page; everything else becomes a normal queue item. That is what keeps the pager trustworthy — the single most important property of an alerting setup, and the one most error-tracker integrations destroy.
storm → 1
One root cause becomes one ticket with an occurrence count, across services.
ranked files
Likely files and modules attached from the linked repo, ranked by confidence.
Checked against resolved history — regression or first occurrence, stated on the ticket.
Routed to the owner of the failing module, not broadcast to the whole team.
gated
Only P1/P2 conditions page; the rest are queue items.
Machine signals and human tickets share a queue, so duplicates across them collapse too.
Connect Sentry
Authorize the integration and pick projects to ingest.
Link the repository
Codebase grounding is what produces the file-level diagnosis.
Set severity mapping
Decide which Sentry conditions page and which file quietly.
Watch dedup for a week
Confirm the collapse ratio before tuning thresholds.
Semantic deduplication collapses events sharing a root cause into one ticket with an occurrence count, including when different services phrase the same fault differently. Repeat occurrences increment the existing ticket instead of creating new ones.
No. Ingested errors are triaged into your severity scheme; only P1 and P2 conditions page, and everything else becomes a normal queue item. Paging on everything is the fastest way to make the pager untrustworthy.
The error and its occurrence count, the likely files and modules from the linked repository ranked by confidence, a known-issue check against resolved history, a severity, and an owner — before a human opens it.
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