Part 4: Monitoring Raspberry Pi 4 performance in real time
Build a Chronograf dashboard of top of InfluxDB and Telegraf using Docker Compose
7 min readNov 29, 2020
This is part 4 of the serie Hands on Development with Raspberry Pi 4, whose primary goal is to setup a workspace on a high performance and cost effective setup, intended both for rapid prototyping, as well as for fast transfer to a production environment. The scope is suitable for cluster management (using Docker, and even Kubernetes), as well as for IoT projects and High-Performance Computing (HPC).
Before going into the specific content of this article, it is worth remebering the scope of the four parts that compose this serie:
- Part 1: Getting the most from Raspberry Pi 4 , whose concrete scope is to integrate a M.2 SSD physical disk with a 64 bits operating system running the Raspberry Pi, that provides 4Gb RAM.
- Part 2: Installing Docker in Raspberry Pi 4, that focuses in development methodology and shows the process to prepare a Docker ready development environment.
- Part 3: Deploying Theia IDE using Docker. In this part we will explain how to have a full featured IDE for editing code in a headless Raspberry Pi. This way we skip the need of a monitor, keyboard and mouse for the board. Hence we will…
