How does it handle dashboard alerting?

It provides structural templates for defining alert conditions, evaluation frequencies, and notification channels directly within the dashboard JSON configuration.

Can this skill help me convert manual dashboards to code?

Yes, it provides patterns for exporting Grafana JSON and managing it via Terraform or Ansible for robust 'Dashboard as Code' workflows.

Can I use this for Prometheus-specific queries?

Yes, the skill includes specialized Prometheus query variables and PromQL expression patterns for sophisticated data visualization and metric aggregation.

Does it support specific monitoring methodologies?

Absolutely. It follows the RED method for services (Rate, Errors, Duration) and the USE method for hardware/resources (Utilization, Saturation, Errors).

Is it suitable for Kubernetes monitoring?

Yes, it includes patterns for variable templating that use label_values from Kube-state-metrics to dynamically filter metrics by namespace and service.

Grafana Dashboard Architect

Name: Grafana Dashboard Architect
Author: yusoofsh

byyusoofsh

Analíticas y Monitorización

Designs and implements production-grade Grafana dashboards for comprehensive system and application observability.

Acerca de

This skill empowers Claude to architect, configure, and manage sophisticated Grafana dashboards tailored for real-time monitoring and operational excellence. It leverages industry-standard methodologies like RED (Rate, Errors, Duration) and USE (Utilization, Saturation, Errors) to visualize critical system health, application performance, and business KPIs. Whether you need to provision dashboards via Terraform, configure Prometheus-backed variables, or implement complex alerting logic, this skill provides the implementation patterns and JSON structures required to build professional observability interfaces that scale.

Características Principales

0 GitHub stars
Infrastructure-as-Code support for Grafana using Terraform and Ansible provisioning.
Advanced panel configuration including Heatmaps, Stat panels, and Time Series graphs.
Automated JSON dashboard generation for API, infrastructure, and database monitoring.
Implementation of RED and USE monitoring frameworks for standardized observability.
Dynamic templating with query-based variables for multi-environment and multi-service filtering.

Casos de Uso

Building high-level executive dashboards for tracking Service Level Objectives (SLOs) and business KPIs.
Debugging application performance bottlenecks using P95 latency distributions and heatmaps.
Provisioning standardized infrastructure monitoring across multiple Kubernetes namespaces and clusters.

Acerca de

Características Principales

0 GitHub stars
Infrastructure-as-Code support for Grafana using Terraform and Ansible provisioning.
Advanced panel configuration including Heatmaps, Stat panels, and Time Series graphs.
Automated JSON dashboard generation for API, infrastructure, and database monitoring.
Implementation of RED and USE monitoring frameworks for standardized observability.
Dynamic templating with query-based variables for multi-environment and multi-service filtering.

Casos de Uso

Building high-level executive dashboards for tracking Service Level Objectives (SLOs) and business KPIs.
Debugging application performance bottlenecks using P95 latency distributions and heatmaps.
Provisioning standardized infrastructure monitoring across multiple Kubernetes namespaces and clusters.