langarmjonny / mobi

Mobi

This repository shows the possibility of using blockchain technology in the context of a car platooning. It shows how to perform transactions to compensate the first vehicle automatically via the IOTA Tangle. In addition, the current status of the platooning is written to the tangle due to its traceability and transparency. For better illustration, we have implemented this on self-constructed autonomously driving cars that platoons on a defined course and exchange transactions via the IOTA tangle.

In this repository there is Arduino code to let the self-built cars drive autonomously. It also contains NodeJ's code, which manages the platooning and communicates with the IOTA Tangle, listens for transactions and sends transactions.

Screenshots

Installation

1. Install Compass from https://github.com/iotaledger/compass
2. Open all remote options of IRI set PORT to 14265, enable ZMQ and set the ZMQ_PORT to 5555
3. Replace the snapshot.txt with the following line

RPP9FILTOTIVUVXTAFIZCMXABKLXFIJY9NUPC9XWWCXEIIQXBCSNS9DYTRAJJIGDVPNOABWDQDVTADBLC;2779530283277761

This allocates all token supply to seed

SEEDB9999999999999999999999999999999999999999999999999999999999999999999999999999

4. Install Angular-CLI

$ npm i @angular/cli

4. Setup and install

$ clone https://github.com/MatthiasBabel/mobi
$ cd mobi
$ npm install
$ cd frontend
$ npm install
$ cd ..
$ nano src/config.json

5. Configure IPs if you run both platooning participants on one device use 127.0.0.1 otherwise use the respective IPs of the devices

$ nano src/config.json
$ nano frontend/src/app/site/config.json

Run it

$ node src/passivePlatooning.js
$ node src/activePlatooning.js
$ cd frontend
$ ng serve

Now you are able to simulate the platooning payments on your browser. For simplicity you control both participants

Authors

• Nicolas Ruhland - Arduino - langarmjonny

• Jonas Brügmann - mental support - JB-Bruegmann

• Matthias Babel - Everything else - MatthiasBabel