Hi! Welcome to Project #19 Cyber Secure Smart Homes

This particular folder contains all the implementation that was done for GESHA for our small scale proof of concept.

Prerequisities

• IntelliJ IDEA
• Node.js
• NPM
• Truffle
• Maven
• Gradle

Running Proof of Concept

To start running the proof of concept, follow these instructions:

Each main step assumes you are in the root of the folder

• Running IEC61850/MMS Server
  • Open the iec61850-server folder in IntelliJ
  • Wait for Gradle to install its dependencies
  • On the file explorer navigate to src/main/java/com/beanit/iec61850bean/app/ConsoleServer and right click on the ConsoleServer.java file and click on run. You will also need to provide the program arguments of -m test_model.icd to succesfully run the Server
  • Similarly on the file explorer navigate to src/main/java/com/beanit/iec61850bean/app/ClientManager and right click on the ClientManager.java file and click on run. You will not need to provide program arguments
  • Once both are running without any errors, you are ready for the next step
• Running smart-home-backend
  • Open the smart-home-backend folder in IntelliJ
  • Wait for Maven to install its dependencies
  • On the file explorer navigate to src/main/java/backend/StartWebApp and right click on the StartWebApp.java file and click on run. You will not need to provide program arguments
  • To test that the backend is running, navigate to http://localhost:8081/data, if it returns a json full of data then the backend is working
  • Once it is running without any errors, you are ready for the next step
• Running Local Ethereum Blockchain Server
  • Navigate to the ethereum-blockchain-server-client folder on terminal by the command: cd ethereum-blockchain-server-client
  • Run the command truffle develop to start up the test server
  • When the server is running, type the command compile and then the command migrate. This will compile the smart contracts and then migrate them
  • Once it is running without any errors, you are ready for the next step
• Running React Web Application which is connected to the blockchain smart contracts
  • Navigate to the ethereum-blockchain-server-client folder on terminal by the command: cd ethereum-blockchain-server-client
  • Navigate to the client folder cd client
  • Install all the dependencies: npm install
  • Start the client: npm start
• Start Simulating the Smart Homes
  • Navigate to the smart-home-simulator folder on terminal by the command: cd smart-home-simulator
  • Install all the dependencies: npm install
  • Start the smart home: node smartHome.js
  • This should now start getting data from the smart-home-backend and sending that data into the smart-contract and the client should be receiving that data
• Attacks
  • In the same smart-home-simulator folder, there is another folder called attacks, here you can run each attack script while all the above is running. Each script can be run by going into the attacks folder and running node scriptName.js The sniffing attack requires the use of wireshark however so it must be downloaded before traffic can be analysed.