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 Testbed to manage and perform tasks on Sensors (https://github.com/webRunes/Testbed-GatewayServer)
• Gateway of Sensor to communicate with Gateways Server in Cloud (https://github.com/webRunes/Testbed-Gateway)
• A sensor like Zolertia App (https://github.com/webRunes/Testbed-Sensors)

To Make WRIO-InternetOS working with back-end services there are several steps needs to follow

• Deploy https://github.com/webRunes/Testbed-GatewayServer on site
• Add Reference of Gateway Server in config.js (https://github.com/webRunes/WRIO-InternetOS/blob/master/src/config.js) of WRIO-InternetOS project, So it can consume Gateway`s API
• To Deploy Gateway and Sensor release start jFed Experiment using 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
• Installed jFed and properly working on Linux platform
• the Installed latest version of Node
• Install asp.net core 3.1
• Install Heroku CLI
• Installed Docker on local machine

How System works:

There are 3 major components of the system

• WRIO-InternetOS (Front Part)

• Gateway Server (Gateway Service)

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

• Gateway/Node sends commands to Motes and receives results of it over the serial port

• Gateway transmit data to Gateway Server using MQTT protocol

• Gateway Send and receive data to WRIO-InternetOS using REST call and WebSocket

• WRIO-InternetOS gets that data and show it to User on 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 git Set your own configuration in config.json file Using Heroku Cli login your-self, heroku login heroku container:login

Build an image of Gateway Server docker build -t registry.heroku.com/imec/web -f ./Demo/Dockerfile . Here “imec” is the app name
To Push it on Heroku, use these commands docker push registry.heroku.com/imec/web To Release it use this command Heroku container: release web -a imec

How to compile and deploy Gateway & Mote

Steps to deploy imec release are as follows

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

How to test it:

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

Steps to start Experiment:

• get your certificate from https://authority.ilabt.iminds.be/getcert.php

1.     Open https://authority.ilabt.iminds.be/getcert.php in a browser and enter your credentials
   

2.     Click on "Download PKCS12 certificate"
   

• install it your system

1.     Double click on downloaded certificate
   

2.     Select your store location
   

3.     click next if certificate is already been selected in File Name
   

4.     Enter your password which has been given to you for this certificate and click next
   

5.     Select Automatically select the certificatestore based on the type of certificate and hit next button
   

6.     Finish it
   

• reserve a node from URL https://boss.wilab1.ilabt.iminds.be/inventory/?viewMode=inventory#
• note down the node id of the reserved node
• download jfed experimental toolkit from WRIO git
• 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"

1.     click on "local dir" and browse to extracted "jfed experimental toolkit", Click on Start Espec
   

2.     mention experiment name, select a project and mention duration of experiment and start experiment
   

3.     Wait for experiment to be started successfully