Published Dashboards

Some short examples of building out a few panels that reflect core JVM metrics from Elasticsearch APM.

Some short examples of building out a few panels that reflect core Transaction details from Elasticsearch APM.

Etcd Cluster Overview showing details scraped from the etcd Prometheus metrics endpoint.

Kasa Collector provides a way of collecting real-time energy data from Kasa Smart Plugs. These Grafana dashboards offer visualizations for their Current, Voltage, Power, and Total Watt Hours.

Kasa Collector provides a way of collecting real-time energy data from Kasa Smart Plugs. These Grafana dashboards offer visualizations for their Current, Voltage, Power, and Total Watt Hours.

Kasa Collector provides a way of collecting real-time energy data from Kasa Smart Plugs. These Grafana dashboards offer visualizations for their Current, Voltage, Power, and Total Watt Hours.

Kasa Collector provides a way of collecting real-time energy data from Kasa Smart Plugs. These Grafana dashboards offer visualizations for their Current, Voltage, Power, and Total Watt Hours.

Kasa Collector provides a way of collecting real-time energy data from Kasa Smart Plugs. These Grafana dashboards offer visualizations for their Current, Voltage, Power, and Total Watt Hours.

The Kidde Collector - By Device dashboard provides an in-depth view of the environmental data captured from Kidde devices installed in various rooms throughout the home. This dashboard offers a room-by-room analysis, visualizing key environmental metrics in real-time across different periods. It’s designed for users who want to track specific devices, see historical trends, and ensure that environmental conditions are safe and consistent across all home areas.

The Kidde Collector - By Measurement dashboard provides an aggregated view of various environmental measurements across different Kidde devices deployed in multiple rooms. This dashboard focuses on visualizing key environmental data points, allowing for a comparative analysis of measurements like temperature, humidity, TVOC (Total Volatile Organic Compounds), and IAQ (Indoor Air Quality) status across all devices in the home.

An example dashboard showing Loki ingested syslogs forwarded from syslog-ng. Part of my Loki Syslog All In One project.

Sense Collector provides a way of collecting real-time data from the Sense Energy Monitor. These Grafana dashboards offer visualizations for detected devices and smart plugs and their wattage, voltage, and amp utilization.

**Device Overview** is the main dashboard for Sense Collector.

A SmartThings dashboard for sensor battery levels utilizing the SmartThings Metrics Prometheus exporter: https://github.com/moikot/smartthings-metrics

A SmartThings dashboard for contacts, motion, and switches utilizing the SmartThings Metrics Prometheus exporter: https://github.com/moikot/smartthings-metrics

A SmartThings dashboard for power usage utilizing the SmartThings Metrics Prometheus exporter: https://github.com/moikot/smartthings-metrics

A SmartThings dashboard for temperature sensors utilizing the SmartThings Metrics Prometheus exporter: https://github.com/moikot/smartthings-metrics

A SmartThings dashboard for thermostats utilizing the SmartThings Metrics Prometheus exporter: https://github.com/moikot/smartthings-metrics

Simple weather dashboard that uses a Prometheus Exporter for the Darksky API

WeatherFlow Collector provides multiple ways of collecting data from the WeatherFlow Tempest, Air, and Sky weather systems. These Grafana dashboards offer visualizations in real-time for current conditions, derived metrics, and forecasting.

WeatherFlow Collector provides multiple ways of collecting data from the WeatherFlow Tempest, Air, and Sky weather systems. These Grafana dashboards offer visualizations in real-time for current conditions, derived metrics, and forecasting.

WeatherFlow Collector provides multiple ways of collecting data from the WeatherFlow Tempest, Air, and Sky weather systems. These Grafana dashboards offer visualizations in real-time for current conditions, derived metrics, and forecasting.

WeatherFlow Collector provides multiple ways of collecting data from the WeatherFlow Tempest, Air, and Sky weather systems. These Grafana dashboards offer visualizations in real-time for current conditions, derived metrics, and forecasting.

WeatherFlow Collector provides multiple ways of collecting data from the WeatherFlow Tempest, Air, and Sky weather systems. These Grafana dashboards offer visualizations in real-time for current conditions, derived metrics, and forecasting.

WeatherFlow Collector provides multiple ways of collecting data from the WeatherFlow Tempest, Air, and Sky weather systems. These Grafana dashboards offer visualizations in real-time for current conditions, derived metrics, and forecasting.

WeatherFlow Collector provides multiple ways of collecting data from the WeatherFlow Tempest, Air, and Sky weather systems. These Grafana dashboards offer visualizations in real-time for current conditions, derived metrics, and forecasting.

WeatherFlow Collector provides multiple ways of collecting data from the WeatherFlow Tempest, Air, and Sky weather systems. These Grafana dashboards offer visualizations in real-time for current conditions, derived metrics, and forecasting.

WeatherFlow Collector provides multiple ways of collecting data from the WeatherFlow Tempest, Air, and Sky weather systems. These Grafana dashboards offer visualizations in real-time for current conditions, derived metrics, and forecasting.

WeatherFlow Collector provides multiple ways of collecting data from the WeatherFlow Tempest, Air, and Sky weather systems. These Grafana dashboards offer visualizations in real-time for current conditions, derived metrics, and forecasting.

WeatherFlow Collector provides multiple ways of collecting data from the WeatherFlow Tempest, Air, and Sky weather systems. These Grafana dashboards offer visualizations in real-time for current conditions, derived metrics, and forecasting.

The **WiFiScan Collector** is a Python-based tool that scans available Wi-Fi networks using the `iw` tool, parses the scan results, and sends structured data to an InfluxDB database for storage and analysis. This tool provides insights into nearby wireless networks, including signal strength, frequency band, channel, and other essential Wi-Fi parameters.