Every step said success.The work never finished.

Clutta learns how your flows normally run and tells you when one stops partway, with the records to prove it. No rule to write.

See how Clutta works

How it works

Learn the flow. Catch the stop. Keep the proof.

Clutta works out how each flow normally runs, then watches for the run that does not finish. No replacement stack and no new query language required.

01 / ANALYZE

Start with one flow.

Bring one day of evidence. Get back the steps Clutta found, the id that ties them together, and where the flow stopped, with the records cited.

One-shot investigation

02 / SCAN

Keep watching.

Clutta learns how each flow normally runs from repetition, then names the run that stops partway, against the deadline that flow usually meets.

Continuous detection

03 / CASE FILES

Keep the proof.

One Case File per stop, with every affected run and the records behind it, not a thousand alerts. The investigation starts where the search would have ended.

Operational memory

Proof, not posture

Every important claim should open into its evidence.

One verified case, shown in full. Independent research establishes that the problem is larger than one incident.

FM-001 / Silent contract driftVerified internal incident

401

while every service reported success.

HTTP 200 across services
3.6 ms authentication response
API key validated
No crash or timeout

producer response {"isValid": true} consumer expected {"data": {"isValid": true}} missing nested field -> false false -> valid key rejected the evidence Transport stayed healthy. The payload contract did not.

Clutta connects service health, payload structure, and downstream behavior into one traceable failure path.

A measurable gap in modern operations.

At scale the failure hides inside the average. A thousand customers stuck out of a million is 0.1 percent on every dashboard and a thousand tickets by Monday. Every new integration adds a flow where that can happen, and a proper check for one still takes a quarter.

39%

name complexity and overhead as their largest observability obstacle.

Grafana 2025

41%

still learn about interruptions through complaints, tickets, or manual checks.

New Relic 2025

109

silent semantic failures studied across nine distributed systems.

USENIX OSDI

One system. One day of evidence. Read only.

Nothing installed in your services. Point Scan at one system for a day. We come back with the flows it found and which of them are ready to check. Nothing is activated until you approve it.

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Get Clutta Analyze

curl -fsSL https://clutta.io/install | sh

Start with the evidence you already have.