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One control plane for every cluster you run.

VantraOps gives teams without a dedicated SRE the metrics, issue detection, cost intelligence, and AI-assisted root cause analysis that normally takes four separate tools to stitch together.

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AWS · Azure · GCP · self-managed
prod-fleet · 22 clusters
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warnings
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mo. tracked spend
AI analysis · claude-sonnet-5

checkout-service is climbing toward its 512Mi limit — pattern matches a cache without eviction, not a traffic spike.

Core pillars

Built for teams without a dedicated SRE.

Everything you would normally stitch together from four different tools — a metrics stack, an alerting layer, a cost tool, and a diagnostics assistant — lives in one place your whole team can read. See the full platform breakdown.

MET

Metrics monitoring

Live CPU, memory, and network across nodes, namespaces, and workloads — streaming, not five-minute-stale dashboards.

HLTH

Health checks

Flapping-aware issue detection with debounced open and resolve states, so you are not paged for noise that clears itself.

EVT

Alerts & events

Rule-based alerts on the conditions you define, plus a deduplicated, annotated Kubernetes events feed — not a raw firehose.

COST

Cost visibility

Spend broken down by namespace and workload, mapped to real node utilization instead of list-price guesses.

ARCH

Architecture health

An ongoing Well-Architected-style review of every cluster, not a one-time audit that goes stale within a week.

FLT

Multi-cluster fleet view

Every cluster you connect, side by side, with one health signal per tile so problems surface before a customer notices.

AI-powered analysis

Root cause analysis, using the AI you already trust.

VantraOps detects the issue. Your own AI provider explains it in plain language and suggests a fix — nothing routes through a shared model or a VantraOps-held key. Pick the provider your org already has a contract with: Anthropic, AWS Bedrock, Azure OpenAI, or Google Vertex.

  • Switch providers any time — analysis history stays put, only new issues use the new model
  • Bring your own model choice per provider — Claude Opus vs. Sonnet, GPT-4o vs. GPT-4o-mini
  • Turn it off entirely and fall back to rule-based health checks, tenant by tenant
Read how tenant isolation protects your AI keys →
AI analysis · claude-sonnet-5 · staging-aks-01

checkout-service: repeated OOMKilled restarts

Memory on checkout-service climbs steadily after deploy and hits its 512Mi limit within roughly 40 minutes — consistent with a leak rather than a traffic spike. Correlates with commit a3f21c9, which added response caching without an eviction policy.

Suggested: raise limit to 768Mi (short-term)Suggested: add cache TTL (root fix)
// portal database — cluster_access
acme-corp · prod-eks-01 · visible to you
acme-corp · staging-aks-01 · visible to you
globex-inc · prod-eks-03 · restricted
initech · prod-gke-02 · restricted

tenant_id is enforced on every row — not applied as a UI filter.

Tenant isolation

You only ever see your own clusters.

Every account is a hard tenant boundary. Cluster credentials, metrics, and history are scoped to your tenant on every query — enforced server-side, not just filtered in the UI — and encrypted with a per-cluster key.

Read the full security model →
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