The apt-transport-https package is used to add support for the https protocol to the apt package manager. sudo apt install apt-transport-https gnupg1 dirmngr lsb-release Run the following command to install gnupg1, apt-transport-https, dirmngr and lsb-release to your Raspberry Pi. sudo apt-get updateĢ. We now need to install some packages so that we can add the package repository for the Speedtest CLI software. We can update the Raspberry Pi by running the following two commands within the terminal. Installing the Speedtest CLIġ. Before we get started with setting up the Raspberry Pi to monitor the internet’s speed, we must first make sure our Raspberry Pi is up to date. You can watch the video below to learn how to set up an internet speed monitor on the Raspberry Pi.Īlternatively check out the written version of the guide in the next section.Īdblock removing the video? Support us by subscribing to our ad-free service. Equipment Listīelow are all the pieces of equipment that we made use of to set up our Raspberry Pi internet speed monitor. This program works by polling the popular service to get your ping, download speed, and upload speed. Speedtest CLI is what our internet speed monitor will use to monitor the internet connection. To achieve this internet speed monitor, we will be showing you how to write a small Python script that interacts with a program called Speedtest CLI from Ookla. This tutorial is great if you’re interested in monitoring how your download speed, upload speed, and ping are affected over time.Īdditionally, this can help you work out what times your network may be at its peak capacity or if you’re suffering from a degraded internet connection. In this Raspberry Pi internet speed monitor tutorial, we will be showing you how you can set up your Raspberry Pi to monitor your internet connection and save the data to view in Grafana or Google Drive.

Ookla speed test ping meaning