IIOT-All-in-ONE

Collecting data from LoRaWAN, injecting directly to InfluxDB through direct integration in Chirpstack. And being available to Grafana to graphic. All topics are availables by MQTT and usables in Node-red

** Components

Chirpstack - InfluxDB - Chronograf - Grafana - Node Red - Portainer - Mosquitto

Coming from Brocaar for Chirpstack server deployment, and from jkehres for -InfluxDB, Chronograf,and Grafana, adding manually Portainer and noder Red from their original websites.

ChirpStack Docker (# brocaar/)

Brocaar (The Master) -- repository brocaar

This repository contains a skeleton to setup the ChirpStack
open-source LoRaWAN Network Server stack using Docker Compose.

• Mosquitto included

Please check the original doc for questions.

---

Docker-compose-influxdb-grafana (# jkehres)

jkehres -- repository jkehres

• Modification, DB base name, exposition 8888 port

Multi-container Docker app built from the following services:

• InfluxDB - time series database
• Chronograf - admin UI for InfluxDB
• Grafana - visualization UI for InfluxDB

Useful for quickly setting up a monitoring stack for performance testing. Combine with serverless-artillery and artillery-plugin-influxdb to create a performance testing environment in minutes.

Docker-compose Node Red / Portainer.

Noder Red: https://nodered.org/docs/getting-started/docker.

Portainer: https://portainer.readthedocs.io/en/stable/deployment.html

Installation:

• Requirements:
  • Ubuntu server 20.04 (recomneded) - 18.04
  • Docker & Docker-Compose

To clone this repository, you need to execute the following commands:

• git clone https://github.com/kaciker/iiOT-All-in-ONE.git

• cd iiOT-All-in-ONE

• docker-compose up

To stop it:

• docker-compose stop

Ports

The services in the app run on the following ports:

Host Port	Service
8080	Chirpstack
1770	Bridge Chirp
3000	Grafana
8086	InfluxDB
1883	Mosquitto
8888	Chronograf
1880	Node Red
9000	Portainer

Notes:

Chirpstack

The ChirpStack stack components are pre-configured to work in the EU868 LoRaWAN band. Please refer to the configuration/chirpstack-network-server/examples directory for more configuration examples.
When adding the Network Server in the ChirpStack Application Server web-interface
(see Network Servers),
you must enter chirpstack-network-server:8000 as the Network Server hostname:IP.

Chronograf

Note that Chronograf does not support username/password authentication. Anyone can connect to the service and will have full admin access. Consequently, the service is publically exposed. To you, to down the service in Portainer if you are not using, or to reinstall the port forwarding

NodeRed

Note that Node Red. Is not configured with autentification. Anyone can connect to the service and will have full admin access. Consequently, the service is publically exposed. Soon I will create de docker-compose with autentification.

To DO

Chronograf

Implement Github autentification on docker compose

Node Red

Implement autentificaton on docker compose

Telegraf

Implement Telegraf