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Metoro subscription

Metoro

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Plans

Scale

  • Unlimited clusters
  • Unlimited users
  • Unlimited nodes
  • Billing by Kubernetes node count rather than by data volume collected
  • Automatic telemetry collection via eBPF with no code changes
  • Metrics, logs, traces and events in one place plus continuous profiling
  • Cluster service map, unlimited dashboards and alerting
  • AI root cause analysis and automated alert investigation included
  • Deployment verification included
  • Support in Slack straight from the vendor's engineers

Enterprise

  • Everything in Scale with unlimited clusters, users and nodes
  • Volume discounts for large node fleets
  • 24/7 white-glove support and onboarding assistance
  • Custom service level agreements
  • On-premises deployment
  • Bring your own cloud — Metoro running in your VPC, managed by the vendor
  • Fits organizations with strict data isolation requirements

Plan contents as published by the vendor; seller prices arrive at launch.

What you get

A Metoro subscription is metered by Kubernetes node count rather than by headcount or data volume, so the first thing to ask the seller is how many nodes the paid capacity covers and how many are already occupied. Ask which tier is paid for, since that governs custom service level agreements, on-premises deployment and running inside your own cloud. Also clarify how data transfer beyond the per-node allowance is handled — on noisy clusters that is a noticeable part of the bill. The seller states the next charge date at delivery, and it is visible in the account's billing page.

About the service

An autonomous site reliability engineer for Kubernetes: observability and incident analysis in one place, with telemetry gathered by eBPF — a Linux kernel technology — so application code stays untouched and containers are never restarted. Straight after installation you see seven kinds of signal: logs from stdout and structured JSON, metrics following the RED and USE methodologies, distributed traces with zero code changes, continuous profiling with CPU and memory flame graphs, Kubernetes events, cluster resource versioning, and deployment context down to the commit, author and pull request. Then the AI takes over: it notices a regression or anomaly by itself, investigates a firing alert, verifies whether a fresh deployment affected production, produces a root cause analysis and can open a pull request with a fix. It ships with a cluster service map, dashboards, alerting, cost monitoring, uptime and cron job monitoring, plus separate monitoring of AI agent behaviour. It installs with a single Helm command and is operational within minutes, behaves identically on EKS, GKE, AKS, OpenShift and bare-metal Kubernetes, is compatible with OpenTelemetry and Prometheus, notifies in Slack and delivers fixes through GitHub. It can be deployed as a cloud service, inside your own cloud managed by the vendor, or entirely on your own infrastructure.

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