{ "id": "elastic-observability-vs-grafana", "ids": [ "elastic-observability", "grafana" ], "title": "Elastic Observability vs Grafana: backends, hosting and retention", "heading": "Elastic Observability vs Grafana", "kicker": "Monitoring software comparison", "deck": "Compare Elastic Observability with Grafana OSS and Grafana Cloud, including telemetry storage, managed services, free features and responsibility for retention.", "description": "Compare Elastic Observability with Grafana OSS and Grafana Cloud, including telemetry storage, managed services, free features and responsibility for retention.", "answerHeading": "Which monitoring approach fits?", "answer": "Elastic Observability is a candidate when an Elastic-based telemetry and investigation workflow fits the data. Grafana is a candidate when its dashboards and the chosen metrics, logs and trace backends fit the architecture. First specify whether Grafana means the OSS visualisation application or Grafana Cloud, and whether Elastic means self-managed, hosted or serverless. Those arrangements carry different storage, operating and pricing responsibilities; a dashboard alone is not a complete telemetry backend.", "checkedAt": "2026-10-15", "researchTag": "Coverage, operations and cost comparison", "researchLimit": "Official product and pricing documentation checked. The exercises below are proposed evaluation briefs, not completed tests, incident measurements or performance benchmarks.", "datasetDescription": "Seven coverage and buying differences, four incident evaluation briefs and four acceptance checks for Elastic Observability vs Grafana.", "type": "workflow-buying", "rows": [ [ "Name the arrangement", "Self-managed, hosted or serverless Elastic offering", "Grafana OSS application or managed Grafana Cloud stack" ], [ "Main architecture", "Elastic telemetry ingestion, search and observability workflows", "Dashboards connected to data sources; Cloud adds managed services" ], [ "Metrics, logs and traces", "Check the selected deployment and capability", "Name the actual metrics, log and trace backends" ], [ "Free boundary", "Basic self-managed capabilities are free; paid features differ", "OSS Grafana is open source; Cloud free allowances differ" ], [ "Retention ownership", "Define data lifecycle and capacity for the chosen deployment", "Define retention in each connected or managed backend" ], [ "Operations", "Operate the self-managed stack or specify managed-service scope", "Operate OSS dependencies or specify Cloud responsibilities" ], [ "Budget", "Match deployment, data, storage and selected consumption units", "Match backends, active series, data volumes and selected services" ] ], "scenarios": [ { "name": "Existing data sources", "question": "Can the team use the databases and telemetry stores it already operates?", "left": "Document what must be collected or ingested into the Elastic workflow.", "right": "Connect the proposed sources and verify the exact query capabilities.", "note": "A dashboard connection does not transfer storage, backup or retention responsibility." }, { "name": "Application incident", "question": "Can one service identity connect a metric, trace and useful log?", "left": "Collect the three signals and follow the service through the chosen deployment.", "right": "Use the selected backends and Grafana investigation workflow.", "note": "Record missing instrumentation or labels rather than assuming visual proximity establishes correlation." }, { "name": "Thirty-day investigation", "question": "Will the needed evidence still be available after the incident?", "left": "Set the actual lifecycle, storage and query requirements.", "right": "Set the same evidence window in every relevant backend.", "note": "A dashboard time picker cannot retrieve data that its source has already removed." }, { "name": "Self-managed team", "question": "Who handles upgrades, capacity and a failed storage node?", "left": "Assign ownership for the selected Elastic components and lifecycle.", "right": "Assign ownership for Grafana and each self-operated backend.", "note": "Price operator time and recovery requirements beside infrastructure, not only the software licence." } ], "exampleTable": { "caption": "Proposed evaluation checks; no measured product results are implied.", "headers": [ "Requirement", "Proposed exercise", "Accept when" ], "rows": [ [ "Architecture", "Draw the collectors, storage and dashboard components", "Every signal has a named backend and owner" ], [ "Incident evidence", "Connect one service metric, trace and log", "Identifiers and timestamps support the investigation" ], [ "Retention", "Retrieve approved older test evidence", "Every required backend retains the agreed window" ], [ "Operating model", "Rehearse a documented recovery plan", "Responsibility and recovery dependencies are clear" ] ] }, "sections": [ { "id": "architecture", "title": "A dashboard needs a data architecture", "navLabel": "A dashboard needs a data architecture", "paragraphs": [ "Grafana OSS can query multiple data sources, but the application does not make every connected source into a managed observability service. Name the metric store, log store and trace backend, then explain which components run in your infrastructure. Grafana Cloud is a different managed arrangement.", "Elastic also has multiple deployment choices. Do not use a self-managed Basic feature description as evidence that a serverless or hosted service has the same entitlement or cost. Evaluate the actual deployment that the team would keep after the initial trial." ] }, { "id": "retention", "title": "Design retention per signal", "navLabel": "Design retention per signal", "paragraphs": [ "Set an evidence requirement before a retention period: for example, the log detail needed to investigate a failed order, the trace context linking a slow request and the metric history used to establish a baseline. Some signals may need different retention and access.", "Estimate the storage and processing implications of those choices. For self-managed infrastructure, include replication, backups, upgrades and capacity. For managed services, check the current plan and usage dimensions. Free software or a free allowance does not remove the cost of preserving useful evidence." ] } ], "faqs": [ { "question": "Is Grafana OSS a complete managed metrics, logs and traces service?", "answer": "No. It is a visualisation application that connects to data sources. Name the backends and operating arrangement; Grafana Cloud provides a separate managed offer." }, { "question": "Is every Elastic Observability capability free?", "answer": "No. Elastic has free Basic capabilities and paid features. Hosted and serverless services have their own pricing and scope." }, { "question": "Does a dashboard retention setting control every connected source?", "answer": "No. The source backend must retain and expose the data. Verify each signal’s lifecycle and query availability." } ], "sources": [ { "url": "https://www.elastic.co/observability", "facts": "Telemetry and observability workflows" }, { "url": "https://www.elastic.co/subscriptions", "facts": "Basic versus paid feature matrix" }, { "url": "https://www.elastic.co/pricing/serverless-observability", "facts": "Serverless deployment and usage boundaries" }, { "url": "https://grafana.com/oss/grafana/", "facts": "OSS dashboards and data sources" }, { "url": "https://grafana.com/pricing/", "facts": "Grafana Cloud managed services and allowances" } ], "relatedLinks": [ { "path": "/categories/application-monitoring/", "title": "Explore application, infrastructure and uptime monitoring" }, { "path": "/compare/prometheus-vs-zabbix/", "title": "Compare self-managed monitoring approaches" } ], "downloads": [ { "path": "/downloads/elastic-observability-vs-grafana-evaluation.csv", "title": "Download the monitoring checklist (CSV)", "description": "Four proposed checks with blank evidence and owner columns. Record the actual deployment, package, telemetry volume and retention in your evaluation." } ] }