A response team that assembles in seconds.
Route each incident to purpose-built agents for context, diagnosis, remediation, risk, and communication.
Autonomous operations, governed by people
SignalAIOps connects telemetry, tickets, and code to investigate incidents, coordinate specialist AI agents, and prepare the right fix—while people stay in control of every consequential action.
Correlate the right signal across your stack.
Coordinate agents to explain the root cause.
Review evidence, impact, and the proposed fix.
Apply safely and verify service recovery.
One operating layer across the tools you already trust
The operating loop
Every step is visible. Every decision has evidence. Every risky action waits for a person.
Ingest signals from monitoring, tickets, and service context.
Connect symptoms across systems and remove duplicate noise.
Specialist agents investigate, challenge, and verify the diagnosis.
A human reviews the exact plan and evidence before execution.
Apply the approved action and retain a complete operational record.
Built for real operations
Move faster without turning your production environment into a black box.
Route each incident to purpose-built agents for context, diagnosis, remediation, risk, and communication.
High-impact steps pause at a clear approval gate with the evidence, blast radius, and rollback plan attached.
CHANGE REVIEW Scale payment workers 8 → 14
Follow the signal, agent reasoning, human decision, and final outcome in one immutable timeline.
Signal correlatedSplunk · Datadog
Diagnosis verified3 agents agreed
Plan approvedby A. Sharma
Service recoveredLatency 2.8s → 180ms
One platform, two outcomes
Diagnose live issues, prepare ticket updates, and move approved remediation through a controlled operational workflow.
Explore incident operations →Trace the relevant repository, propose a guarded change, run the test suite, and prepare a draft pull request without ever merging automatically.
Explore engineering workflows →SignalAIOps
Bring signals, agents, approvals, and outcomes into one governed operating loop.