Testbed IoT

The IoT Testbed consists of the following elements:

• WRIO-InternetOS as a rendering engine (https://github.com/webRunes/WRIO-InternetOS)
• Gateways Server for the Testbed to manage and perform tasks on Sensors (https://github.com/webRunes/Testbed-GatewayServer)
• Gateway of Sensor to communicate with the Gateways Server in the cloud (https://github.com/webRunes/Testbed-Gateway)
• Sensors as a Zolertia App (https://github.com/webRunes/Testbed-Sensors)

To make WRIO-InternetOS working with the back-end services, there are several steps needs to follow:

• Deploy https://github.com/webRunes/Testbed-GatewayServer
• Add a reference to the Gateway Server in config.js (https://github.com/webRunes/WRIO-InternetOS/blob/master/src/config.js) of WRIO-InternetOS project, so it can utilize the Gateway`s API
• To deploy the Gateway and Sensors releases start jFed Experiment using the package (https://github.com/webRunes/jFed-Experimenter-Toolkit) on Zolertia based sensor

That`s it.

Requirement:

• An account on ilabt https://doc.ilabt.imec.be/ilabt/wilab/getting_started.html
• Install jFed and properly working on Linux platform
• Install the latest version of Node
• Install asp.net core 3.1
• Install Heroku CLI
• Install Docker on your local machine

How the System works:

There are 3 major components of the system

• WRIO-InternetOS (Front-end)

• Gateway Server (Gateway Service)

• Gateway (Node) & Sensor (Mote) These components collaborate with each other to make the system work. WRIO-InternetOS uses react, Gateway Server uses Asp.net core and Gateway & Sensor has been built by using C++ and C respectively.

• Gateway/Node sends commands to the motes and receives results over a serial port

• Gateway transmits data to the Gateway Server by using MQTT protocol

• Gateway sends and receives data from WRIO-InternetOS by using REST call and WebSockets

• WRIO-InternetOS gets data and shows it to the user on the browser

Compile and Install modules

How to compile and deploy WRIO-InternetOS

Please take a look at https://github.com/webRunes/WRIO-local-dev/blob/master/readme.md and https://github.com/webRunes/WRIO-InternetOS/wiki/Testbed-IoT for this

How to compile and deploy Gateway Server on Heroku

Download latest code from Github Set your configuration in the config.json file Using Heroku Cli login your-self, heroku login heroku container:login

Build the image of Gateway Server docker build -t registry.heroku.com/imec/web -f ./Demo/Dockerfile . "imec" is the app name.

To Push it on Heroku, use these commands docker push registry.heroku.com/imec/web To Release it use the command Heroku container: release web -a imec

How to compile and deploy Gateway & Mote

Steps to deploy the imec release are as follows

• Reserve a node at https://boss.wilab1.ilabt.iminds.be/inventory/?viewMode=inventory# or Use jFed for this
• Download the latest jFed-expermental-toolkit from Github and extract it to a folder
• Open iot.rspec in the extracted folder and insert the node id in it
• Select this folder by jFed`s Espec tool button
• Start an experiment with this Espec

Steps to start the Experiment:

• Get your certificate from https://authority.ilabt.iminds.be/getcert.php, login and click on "Download PKCS12 certificate"
• Install it in your system
  • Double click on the downloaded certificate
  • Select the desired store location
  • Click next if the certificate is already been selected in the File Name
  • Enter your password which has been given to you for this certificate and click Next
  • Select "Automatically select the certificate store" based on the type of certificate and hit the Next button
  • Finish it
• Import the certification into your browser. Use https://www.google.be/search?q=import+pkcs12+into+chrome&oq=import+pkcs12+into+chrome for help
• Reserve a node at https://boss.wilab1.ilabt.iminds.be/inventory/?viewMode=inventory#
• Note down the node id of the reserved node
• Download jfed experimental toolkit from the WRIO OS repo
• Extract "jfed experimental toolkit" and insert reserved node-id into iot.rspec from it
• To start an experiment goto Jfed Experimental tools and click on "Open Espec"
  • Click on "local dir" and browse to extracted "jfed experimental toolkit", click on Start Espec
  • Enter the experiment name, select a project and mention duration of the experiment, start the experiment
  • Wait for the experiment till it has been started successfully

How to test it:

Live data will be displayed at https://imec.wr.io/43981/22131/#feed, from this page you can see sensors values and control them.