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The project aims to setup a scalable way to messure and analyze smart home gowing plant-packages.

  • Raspberry PI 3
    • ELK Stack
  • Ncu
    • connect to wifi
    • get timestamp from global time provider
    • start web server
    • get DHT11 temperature and humidity
    • create payload and send through http to elasticsearch
    • fetch temperature and humidity on_connect to webserver

Docker ELK stack

Run the latest version of the ELK (Elasticseach, Logstash, Kibana) stack with Docker and Docker-compose.

It will give you the ability to analyze any data set by using the searching/aggregation capabilities of Elasticseach and the visualization power of Kibana.

Uses Docker images which support Raspberry Pi based on the official images:

Requirements

Setup

  1. Install Docker on Raspberry Pi.
  2. Install Docker-compose on Raspberry Pi.
  3. Clone this repository on Raspberry Pi.

NOTE: Give a try to HypriotOS if you want to easily install Docker on your Raspberry Pi.

Usage

Start the ELK stack using docker-compose in your Raspberry Pi:

$ docker-compose up

You can also choose to run it in background (detached mode):

$ docker-compose up -d

Now that the stack is running, you'll want to inject logs in it. The shipped logstash configuration allows you to send content via tcp:

$ nc localhost 5000 < /path/to/logfile.log

And then access Kibana UI by hitting http://raspberry-pi-ip:5601 with a web browser.

NOTE: You'll need to inject data into logstash before being able to create a logstash index in Kibana. Then all you should have to do is to hit the create button.

See: https://www.elastic.co/guide/en/kibana/current/setup.html#connect

You can also access:

By default, the stack exposes the following ports:

  • 5000: Logstash TCP input.
  • 9200: Elasticsearch HTTP
  • 9300: Elasticsearch TCP transport
  • 5601: Kibana

Configuration

You can get more information about how to configure ELK stack in the original Docker ELK stack repository.

NOTE: Configuration is not dynamically reloaded, you will need to restart the stack after any change in the configuration of a component.

Tested on Raspberry Pi 3

TODO:

  1. configuration for auto-restart for both ncu & rasp
  2. auto-discovery of available Ncu sensors
  3. dynamically configure the payload for eleasticsearch based on the available sensor data
  4. netscan to fetch the elasticsearch host ip dynamically