It’s a Home Automation Project . This project has combined Identity(Hyperledger Indy) + Blockchain(HLF) + IOT Devices. Individuals and organizations are often not in control of their identity and information when a centralized party handles identity information on their behalf. This situation lacks transparency and control for individuals who should be the true owners of their identity attributes. Also individual personal information is often shared without awareness and this centralized party can be the target of attacks. Login and passwords do not provide adequate trust to adopt to digital channels. So this Project is to help protect IOT Device owners can control their identity , their device and their details to be visible to outside world.

The key objective of the POC is automate the LOC process right from the issuance to approval and showcase that it’s possible to eliminate the physical exchange of documents, eliminate the operational risk associated with manual handling and enhance the transparency in the overall process. Stand-by letters of credit (“SBLC”) are irrevocable commitments where CME Inc. is named as the designated beneficiary. The SBLCs held by CME Clearing are binding and irrevocable.

SBLCs are utilized for two business areas:

1. Meet initial margin requirements in case of performance bond

2. Facilitate and support the physical settlement of futures in the agriculture and energy complexes (act as collateral for delivery)

Description: Learning Credentials Network is being developed on Hyperledger Indy, open source which uses Distributed Ledger Technology , which provides as software ecosystem for private, secure and powerful identity. LCN puts People not the Organizations that traditionally centralize identity and here People are in charge of decisions of their own privacy and disclosure. People decides what they want to share with whom and without permissions no one can see profile details of individual. Data resides on Ledger and database and being protected by strong industry standard cryptography.

Description : This project is to demonstrate that how can we use provenance for a SupplyChain Project. For example we have a Car and Car have many sub-parts and those sub-parts also have many components so how we can trace lifecycle of each sub-component, when it was manufactured and date it was shipped so that there is transparency that what we are purchasing is up-to-the mark. If a customer wants to check details about the product being purchased then there is a QR code available on component and when scanned they will get details of the components and sub-components.

Description:

As part of this project when any valuable material is being extracted from a mine, process of a miner uploading their concentrate production reports , estimated quality reports and seller is being able to interact with this data to allocate inventory to buyers. If seller is interested , seller fills out required contract details and submit to buyer. We are covering journey of a material from mine to the Buyer. All details of material composition is listed in UI so the buyer is aware of all details about a material he’s going to buy and then contract will be signed by buyer. NodeJS will receive data from UI and then NodeJs layer will massage data received from UI and then send it back to chaincode (Golang code) with the respective call to function and then NodeJS layer will receive data from chaincode, massage it and send it to UI and it will be displayed on UI.

Responsibilities :

• Participation in full development process - from analysis, development, modification, documentation and release.

• Performing Unit testing, TDD and other aspects of project development.

• Involved in designing solution based on requirement.

• Deployment of code in IBM Blockchain Platform.