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grafana · MCP Server

Connect Grafana to AI with Improvado MCP

Improvado's MCP server connects Grafana to Claude, Cursor, and other AI agents. Query your Grafana data in natural language — no manual exports or API scripts required.

46K+ metrics ·Read & Write access ·500+ platforms ·<60s setup
Read

Read: Instant Answers from Grafana

Stop hunting through dashboards and panel configurations. Ask your AI agent for metric values, alert states, dashboard summaries, and anomaly explanations — across all your Grafana data sources at once.

Example prompts

"What's the current p99 API latency across all production services? Flag anything above 500ms."

15 min → 30 sec

"Show me the CPU and memory utilization trend for the checkout service over the last 24 hours."

10 min → 20 sec

"List all dashboards in the 'Infrastructure' folder and give me a summary of the current alert states shown in each."

40 min → 1 min
Works with Claude ChatGPT Cursor +5
Write

Write: Automate Grafana Actions

Create dashboards, configure alert rules, update panel queries, and manage annotations — through natural language. Skip the JSON editor and panel configuration UI.

Example prompts

"Create a new dashboard panel showing request rate and error rate for the payments service. Add it to the existing 'Services Overview' dashboard."

45 min → 5 min

"Update the alert threshold for database connection pool usage from 80% to 75% across all production data sources."

20 min → 1 min

"Add an annotation to the main infrastructure dashboard marking today's deploy of v3.2.0 with a note about the changed configuration."

5 min → 15 sec
Every action logged · Fully reversible · SOC 2 certified
Monitor

Monitor: Catch Grafana Issues Before They Escalate

Go beyond static alert thresholds. Let your AI agent correlate metrics across dashboards, detect multi-signal anomalies, and explain what a spike actually means in context — before it becomes an incident.

Example prompts

"Alert me when any service has both elevated error rate AND increased latency simultaneously — not just one signal alone."

Manual → auto

"Every morning at 8am: summarize overnight alert activity. Which alerts fired, how long did they last, and are any still active?"

1 hr → auto

"Flag any metric that is trending toward threshold breach within the next 2 hours based on current trajectory."

Manual → auto
Alerts sent to Slack, email, or your AI agent
Full cycle

The Closed Loop: Read → Decide → Write → Monitor

Your AI agent doesn't just surface data — it acts. Adjust pricing, update product descriptions, manage inventory, apply discounts — all through natural language. The MCP server translates intent into API operations.

Every phase runs through the same MCP connection. One protocol, all platforms, full governance. No switching between tools.

Ideate
Launch
Measure
Analyze
Report
Iterate

One conversation. All six phases. Every platform.

The daily grind

Common problems. Direct answers.

Challenge 1

Alert Storms Make Real Incidents Invisible

The problem

When something goes wrong, Grafana fires dozens of correlated alerts simultaneously. The on-call engineer receives a wall of notifications, all pointing at symptoms rather than root cause. Identifying which single failure is causing the cascade requires manually opening 8 dashboards and correlating timelines.

How MCP solves it

Your AI agent correlates all firing alerts in a single query, identifies the earliest anomaly in the causal chain, and proposes the root cause — presenting a prioritized triage summary instead of a list of symptoms.

Try asking
We have 12 alerts firing right now. Which one fired first, and what is the most likely root cause based on metric correlations across services?
Answer in seconds
All data sources, one query
Challenge 2

Dashboard Sprawl Makes the Right Metric Impossible to Find

The problem

Engineering teams create dashboards organically over time. A mature Grafana instance has hundreds of dashboards, many with overlapping metrics, inconsistent naming, and abandoned panels. Finding the one dashboard that shows the specific metric you need — and trusting it's current — can take longer than the investigation itself.

How MCP solves it

Ask your AI agent to search across all Grafana dashboards for panels matching a metric name, service, or label. It surfaces the relevant panel with its current value and data source, regardless of which dashboard it lives in or how it was named.

Try asking
Find every Grafana dashboard that shows queue depth for the order processing service. Which one has the most recent data, and what's the current value?
Full detail preserved
No data loss on export
Challenge 3

Post-Incident Timelines Require Hours of Manual Reconstruction

The problem

After an incident, the post-mortem requires reconstructing exactly what happened and when — which metric spiked, which alert fired, which deploy preceded the anomaly. This means scrubbing through multiple dashboards with time range selectors, exporting data points, and stitching together a narrative manually.

How MCP solves it

Your AI agent pulls metric data, alert history, and deployment annotations from across Grafana into a single chronological timeline. Ask for an incident reconstruction and receive a ready-to-paste narrative with timestamps and metric values.

Try asking
Reconstruct what happened between 2pm and 4pm yesterday for the payments service. Show metric changes, alerts fired, and any deploy annotations during that window.
Unified data model
Compare anything side by side
👥 Teams

One Framework. Five Roles. Zero Setup.

Same MCP connection, different workflows for every team member. Each role asks in natural language — the MCP server handles the complexity (rate limits, auth, schema normalization, governance) behind the scenes.

Agency CEO
Portfolio health. Client risk. Revenue signals.
Media Strategist
70% strategy, not 70% ops. Auto campaign QA.
Marketing Analyst
Zero wrangling. Cross-platform. AI narratives.
Account Manager
QBR decks auto-generated. Call prep in 30s.
Creative Director
Performance-to-brief. Predict winners before spend.
FAQ

Common questions

What is Grafana MCP?

Grafana MCP is a Model Context Protocol server that gives AI agents like Claude, ChatGPT, and Gemini direct access to your Grafana dashboards, metrics, alerts, and data source queries. You can query infrastructure metrics, investigate anomalies, configure alerts, and create dashboards — all in natural language — all through Improvado's hosted MCP server.

Which Grafana data can I access through the MCP server?

Dashboards and panel configurations, live metric data from any connected data source (Prometheus, InfluxDB, Loki, Tempo, and others), alert rules and current alert states, annotations, data source metadata, and folder structures. The AI agent can execute metric queries, read alert history, and surface any data that Grafana itself can display.

Can the AI agent modify dashboards and alert rules?

Yes. Write operations include creating and updating dashboards, adding or modifying panels, changing alert thresholds, creating annotations, and updating data source configurations. All changes are versioned in Grafana's history and can be rolled back.

Does this work with self-hosted Grafana and Grafana Cloud?

Both. Point the MCP server at your Grafana instance URL during setup. Works with Grafana OSS, Grafana Enterprise, and Grafana Cloud. Any Grafana version supporting the HTTP API (v6+) is compatible — all through Improvado's hosted MCP server.

Can the AI query metrics from data sources connected to Grafana?

Yes. The MCP server can execute queries against any data source connected to your Grafana instance — Prometheus, Loki, InfluxDB, Elasticsearch, and others — using the same query language each data source supports. You do not need to configure separate connections for each data source — all through Improvado's hosted MCP server.

Is my Grafana data secure through the MCP server?

Yes. Improvado stores all service account tokens in an encrypted vault (SOC 2 Type II certified). Your AI agent never has direct access to credentials — requests go through Improvado's secure proxy. Access is scoped to the permissions granted to the service account you configure during setup.

Stop Reporting. Start Executing.

Connect your data to an AI agent in under 60 seconds. The closed loop starts with one conversation.

SOC 2 Type II GDPR 500+ Platforms