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Utilize Hyperledger Fabric framework to develop Container shipment tracking application using RFID. This application needs to verify track and monitor Shipment origin, handling at docks and ports, and transportation by collecting data from the place of origin to its final destination of the maritime supply chain Blockchain consensus algorithms and incorporate them into MQTT Protocol and Implement cross-chain Deployment.
This application tracks shipment using the MQTT protocol. From shipment origin to handling at docks via constantly monitoring package until it reaches the final destination along with providing an in-depth verified report and Reduce Reduces Tracking error. MQTT protocols which would help to perform data abstraction from the edge telemetry data, parse that data into the Blockchain transaction format, validate the transactions and then write them to the Blockchain This not only serves the same purpose as the MQTT broker in the traditional sense but would also provide a method to trace and store historical data simultaneously, all within a distributed network
Add Port the existing Hyperledger Sawtooth Supply Chain application (https://github.com/hyperledger/sawtooth-supply-chain) to Hyperledger Fabric. Working on Different Techniques to Reduce Data Complexity. Contribute this source code to Hyperledger Fabric’s sample repository (https://github.com/hyperledger/fabric-samples).
Write up a detailed comparative analysis with the existing technology after implementing smart contracts & RFID, Hyperledger Fabric, and Hyperledger Sawtooth. In addition, document the steps required to convert a running application in Hyperledger Sawtooth to Hyperledger Fabric and vice versa. Time permitting develop a tool that will convert chaincode to transaction families and vice versa.
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Learning Learning Objectives
Deep understanding of blockchain technology and hyper ledger fabric technology through training and Developing.
Solve Existing Supply chain tracking error and loss of information Data
Reducing Data Complexity.
Digitalising the existing model(paper-based) with modern IoT applications
Expected Outcome
Maritime trace application with Fabric framework and demos. Technical document and comparative analysis report between Traditional Methods and RFID using MQTT. Performance analysis demo.
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Hyperledger Fabric, Hyperledger Sawtooth.
Education Level
Graduate student or Undergraduate
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Blockchain platforms: Hyperledger Fabric (basic); Hyperledger Fabric Sawtooth (basic)IoT(Basic Knowledge)
MQTT Protocol
Collaboration tools: Github.
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Identifying Problems in existing Maritime SC models and Improving itthem. Explore the latest Technology replacing RFID and Improving Accuracy using MQTT protocol aimed at improving the accuracy of a model.
Create an Enterprise-grade application that could be deployed on various cloud platforms. We would use HL Bevel for this task.
Participate in local meetups and involve in open community discussions.
Preferred Hours and Length of Internship
Full-time (40 hours a week for 12 weeks during the summer) or Part Part-time (20 hours a week for 24 weeks starting in summer and ending in fall)
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