Grafana MCP
Description
Section titled “Description”Grafana is the observability surface in the Ikidna architecture (the monitoring namespace), visualizing metrics from Prometheus and traces from Tempo / the OTel collector. The Grafana MCP server gives agents read access to that telemetry as structured tool calls, so an agent can query the operational state of the systems it is working on.
In the architecture this runs as a bridged pod: a SuperGateway MCP bridge fronting a STDIO Grafana MCP server, exposing it over the network to the MCP gateway.
Why It Matters for an Autonomous System
Section titled “Why It Matters for an Autonomous System”Observability access closes the outer loop (Verification & the Outer Loop): an agent that can read dashboards, metrics, and traces can diagnose failures from evidence rather than guessing. “If you cannot debug it with the available information, neither can the agent” feeding the agent real system state is what makes evidence-based repair possible instead of patch-and-pray.
This makes Grafana MCP a key input to monitoring and alerting triggers (Orchestration Triggers): threshold breaches and error-rate spikes become signals the orchestration layer can act on.
Surface and Constraints
Section titled “Surface and Constraints”Grafana MCP is read-oriented (query dashboards, panels, metrics, traces). As with all MCP access it is routed and audited through the gateway, and its egress is constrained per Security telemetry access should not become an exfiltration channel.
Related
Section titled “Related”- Architecture - Grafana in the monitoring namespace.
- Verification & the Outer Loop - Observability closes the outer loop.
- Orchestration Triggers - Monitoring signals as triggers.
- Execution Ledger - The complementary record of agent activity.