Truck-Chain

Introduction:-

Truck-Chain is a web application based on a blockchain model to solve many problems that Highway Logistics encounter. During the 48hrs at Unleash Highway Logistics Hackathon, our team created from scratch a multi-layered project from Blockchain Network to a Web Application. Our projects core foundation is based on a Blockchain Network. On top of the Blockchain Network, we coded a SMART Contract as well as a Deep Learning Algorithm. Above the projects core, is the Database which is serves as a local backup for a company. Truck-Chain’s business logic is based on three main pillars: Administrator, Driver and Insurance which will further be extended to other areas of industries such as: Finance, Health..etc. On top of our Core and Business Logic we built a web application which our focused users are Truck drivers.

Truck-Chain Application Implementation:-

Main Features:

• Map provides multiple routes to destination
• Allows user to enter multiple locations
• Users can enter in a via point location
• Awards drivers points dependening on mileage,speed and time of arrival at destination
• Call native map app

Dependencies:

• Works with most modern web browsers, Google Chrome is preferred for best outcome.
• If you want to run code, you will need Node.JS v8+

How to run code:

git clone git@github.com:git-hacker/truck-map-web.git
npm install
npm start

Truck-Chain Blockchain Python Implementation:-

Main Features:

• Possibility of adding multiple nodes to the blockchain
• Proof of Work (PoW)
• Conflict resolution between nodes
• Transactions with encryption and hashing

Blockchain Client Features:

• Wallets generation using Public/Private key encryption (based on RSA algorithm)
• Generation of transactions with RSA encryption

This Github repository also contains 2 dashboards for each transacting participant(Admin, Insurance and Driver):

• "Admin_Node" for Miners

• "Admin_Client" for administrators to generate transactions on truck management.

• "Driver_Node" for Miners

• "Driver_Client" for Drivers to generate transactions on truck deliveries.

• "Insurance_Node" for Miners

• "Insurance_Client" for administrators to generate transactions on truck insurance.

Dependencies:

• Works with '''Python 3.6'''
• Anaconda's Python distribution contains all the dependencies for the code to run.

How to run the code:

1. To start a blockchain node, navigate to the ('filename'_Node) directory and execute the command below: '''python (filename).py'''

2. You can add a new node to blockchain by executing the same command and specifying a port that is not already used. For example, '''python (filename).py -p (new_port_number)'''

3. To start the blockchain client, navigate to the ('filename'_Node) directory and execute the command below: '''python (filename).py'''

4. You can access the blockchain node and blockchain client dashboards from your browser by going to -->localhost:"port_number"<--

Ports:

Participant dashboards are executed on localhost:"port_number". The different (port_numbers) can be referenced from below:

1. Admin_Node ---> localhost:5008.
2. Admin_Client ---> localhost:8088.
3. Driver_Node ---> localhost:5007.
4. Driver_Client ---> localhost: 8087.
5. Insurance_Node ---> localhost:5006".
6. Insurance_Client ---> localhost:8089.