The TIG (Telegraf, Influx and Grafana) Stack is an acronym for a platform of open source tools built to make collection, storage, graphing, and alerting on time series data easy. In this exercise we are going to set up a TIG-stack using Docker and Docker-compose for easy deployment. A time series is simply any set of values with a timestamp where time is a meaningful component of the data. The classic real world example of a time series is stock currency exchange price data. When working with IoT-sensors it is often logged in a time series database.  Some widely used tools are: Telegraf is a metrics collection agent. Use it to collect and send metrics to InfluxDB. Telegraf’s plugin architecture supports collection of metrics from 100+ popular services right out of the box. InfluxDB is a high performance Time Series Database. It can store hundreds of thousands of points per second. The InfluxDB SQL-like query language included in InfluxDB V1 was built specifically for time series. InfluxQL is a query language that is very similar to SQL and that allows any user to query its data and filter it. In InfluxDB V2 and V3, they make use of their new language Flux, which you can read more about here. Read more about InfluxDB in their documentation: InfluxDB Documentation

:::info IMPORTANT You will need a compatible inverter to connect your Energy Gateway. Please see our list of compatible inverters: https://docs.srcful.io/energy-gateway/compatible-inverter/ ::: This is a step-by-step guide on how to get started with your Energy Gateway using Bluetooth. If you have a DIY Energy Gateway or RAK Helium Miner V2, follow this guide before proceeding with this guide.

Course: Säker konfiguration av operativsystem School: IT-Högskolan HT -23 Author: Joakim Thor Configuring Kali Linux Kali Linux is a GNU/Linux distribution aimed at advanced penetration testing and security auditing, based on Debian. This report will be a short guide, as well as a reflection on the author's thoughts on how to make an installation of Kali Linux more pleasing to use, and more useful. Shells

Author: Joakim Thor (jt222xr) Overview This is a tutorial on how to create a cheap portable WiFi weather station with some added neat features and how to set up a TIG-stack on a server for storing, tracking and visualizing weather data. Time requirement: 8-10 h Project objective This project sprung out of the idea of creating a device that could monitor environmental parameters, such as temperature and humidity, in a room where birds are kept, and being able to access the data remotely.