AgenticOps automation · Observability

Automate Prometheus observability with AgenticOps — Detect, Analyze, Remediate, Verify

Prometheus tells you something is wrong; it rarely tells you what changed, why, or what to do about it — so the signal lands in a queue and waits for a human. AgenticOps closes that gap by putting an autonomous agent on the Prometheus signal itself: it triages the alert, correlates it against recent deploys and infrastructure changes, proposes a scoped fix, and — under your policy — carries it out with a human on the loop.

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Grounded in your stack

Controlled by your policy

Verified after every action

The operational work this removes

Alert fatigue: Prometheus fires hundreds of low-signal, duplicate, and flapping alerts a week, so on-call stops trusting the pager and real incidents get missed in the noise.
Slow root cause: an alert says latency is up, but no one connects it to the deploy, config change, or scaling event 20 minutes earlier — every incident restarts the correlation work from scratch.
SLO burn goes unnoticed until it's a breach: error-budget burn accelerates for an hour before anyone reacts, and there's no scoped, pre-approved action to slow it down.
Dashboard and query sprawl: writing the right PromQL/LogQL/NRQL query or building the panel to answer 'what changed' takes an expert, so most alerts get acknowledged without being understood.
Toil that never gets automated: the same runbook (roll back the bad deploy, restart the wedged pod, silence the known-noisy monitor, scale the saturated tier) is executed by hand at 3 a.m. every time.
No audit trail on who touched production during an incident, which fails SOC 2 / ISO 27001 change-management evidence and makes postmortems guesswork.

From signal to verified action

CloudThinker investigates the signal, proposes or executes the safe action your policy allows, then verifies the outcome.

01 · Detect

Detect the Prometheus signal

The agent watches Prometheus continuously — alerts, monitors, SLO burn-rate signals, anomaly detections, and log/trace error spikes — and normalizes them into a single stream. It deduplicates flapping and duplicate alerts, groups related signals into one candidate incident, and suppresses known-noisy conditions so a human only ever sees a deduplicated, ranked queue instead of raw pager spam.

02 · Analyze

Analyze the root cause

For each candidate incident the agent runs the correlation a human would: it pulls the relevant metric, log, and trace context from Prometheus, lines the alert up against recent deploys, feature-flag flips, config and infra changes, and scaling events, and reads dependency/service maps to separate the source from the symptom. It writes a plain-language root-cause hypothesis with the specific evidence (the query it ran, the deploy SHA, the offending log signature) and a blast-radius estimate — never an unsupported guess. If a competitor-specific capability comparison is needed here, TODO(steve).

03 · Remediate

Remediate under policy

The agent drafts a scoped fix-plan tied to the hypothesis — roll back the implicated deploy, restart or cordon the unhealthy workload, adjust an autoscaling floor, tune or silence a provably noisy Prometheus monitor, or open a change with the exact diff. Every action runs under AgenticOps guardrails: brokered credentials issued at task time, execution inside an isolated sandbox, deterministic tokenization of any sensitive data before it crosses a boundary, and graduated autonomy — L1 notify-only, L2 propose-and-wait, L3 act-with-approval, L4 autonomous for a pre-approved, reversible, well-understood class of fix. Engineers stay on the loop; approval gates are set per environment and per service.

04 · Verify

Verify and record

After acting, the agent confirms the fix from Prometheus itself — error rate and latency back under threshold, SLO burn rate flattened, the alert cleared and not re-firing — and watches for a set window to catch regressions before declaring resolution. It writes a tamper-evident record of the request, evidence, action, operator, and approver, posts a ready-to-review incident summary, and if the signal doesn't recover it rolls back and escalates to a human rather than looping blindly.

Evidence and proposed action

[Prometheus · agent] incident CT-4821  severity: high  autonomy: L3 (act-with-approval)

DETECT   3 alerts collapsed into 1 incident (2 duplicates + 1 flap suppressed)
         signal: checkout-api p99 latency 240ms → 1.9s, error rate 0.4% → 7.2%
         SLO: availability budget burning 14x — 31% of monthly budget in 22m

ANALYZE  correlated window: deploy checkout-api@a3f19c2 shipped 19m before onset
         trace evidence: 88% of failing spans block on pubsub-consumer pool
         hypothesis: connection-pool exhaustion introduced by a3f19c2 (confidence: high)
         blast radius: checkout-api only; upstream cart-api healthy

PLAN     1. roll back checkout-api → previous good revision a1c72de   [reversible]
         2. re-arm the "checkout latency" monitor after recovery window
         guardrails: brokered creds (task-scoped) · sandboxed exec · full audit
         >>> awaiting approval from on-call engineer  (Slack thread linked)

VERIFY   [post-approval] p99 620ms → 210ms · error rate → 0.3% · burn 14x → 0.9x
         monitor cleared, no re-fire in 15m window → resolved
         audit: request/evidence/action/approver written · postmortem draft posted

What the agent understands

Prometheus metrics monitoring, PromQL query building, alerting rule analysis, and scrape target health. Covers infrastructure metrics, HTTP/APM metrics, TSDB storage analysis, recording rules, Alertmanager integration, and cardinality analysis. Enforces discovery-first metric validation.

prometheus

metrics

promql

monitoring

alerting

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See what AgenticOps can run safely in your stack.

Connect CloudThinker to map the signals, tools, and runbooks already in your environment. You choose the approval level; every action stays attributable and auditable.

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