.set up a local Blockchain environment to develop and test our Dapp. Used Ganache, which is a personal Ethereum blockchain. It enabled us to run tests, execute commands, and inspect the state of the chain while having control over its operation during the development process..For secure transactions, integrated MetaMask wallets into our application..utilized Github as our version control system (VCS) to manage the codebase and facilitate collaboration among team members.. Developed… Show more .set up a local Blockchain environment to develop and test our Dapp. Used Ganache, which is a personal Ethereum blockchain. It enabled us to run tests, execute commands, and inspect the state of the chain while having control over its operation during the development process..For secure transactions, integrated MetaMask wallets into our application..utilized Github as our version control system (VCS) to manage the codebase and facilitate collaboration among team members.. Developed a Dapp that enables users to hash and securely store documents uploaded to the application..implemented different ERC token standards such as ERC20 and ERC721 using open-source libraries such as OpenZeppelin Library..deployed the Dapp using Truffle to both local and remote blockchain test networks..minted and deployed an ERC721 smart contract for carbon credit NFT Show less

.For the front end of the application, we utilized the ReactJS framework, along with HTML, CSS, and JavaScript to develop an intuitive user interface..The backend was built using NodeJS, a popular runtime environment, and REST API was created to enable communication between the frontend and backend components..To test the API, we used Postman, a widely-used platform for testing and monitoring API functionality..The communication between the NodeJS server and IoT devices was… Show more .For the front end of the application, we utilized the ReactJS framework, along with HTML, CSS, and JavaScript to develop an intuitive user interface..The backend was built using NodeJS, a popular runtime environment, and REST API was created to enable communication between the frontend and backend components..To test the API, we used Postman, a widely-used platform for testing and monitoring API functionality..The communication between the NodeJS server and IoT devices was established using MQTT technology, which provided a reliable and efficient way to transmit data..The application data was stored and hosted using MongoDB, a NoSQL database solution that offers flexibility and scalability for managing large datasets..Finally, the application was deployed on edge servers, which ensured quick response times and low latency for users accessing the application Show less

.Performed Data Cleaning, feature scaling, and features engineering using pandas, Scikit-learn, Seaborn, and TensorFlow using Python..Work with Development IDE like Jupyter Notebook, and Conda environments.Design and develop analytics, machine learning models, and visualizations that drive performance and provide insights for prototyping and product development.Implemented Classification using supervised algorithms like Logistic Regression, Decision trees.Performed Data… Show more .Performed Data Cleaning, feature scaling, and features engineering using pandas, Scikit-learn, Seaborn, and TensorFlow using Python..Work with Development IDE like Jupyter Notebook, and Conda environments.Design and develop analytics, machine learning models, and visualizations that drive performance and provide insights for prototyping and product development.Implemented Classification using supervised algorithms like Logistic Regression, Decision trees.Performed Data Collection, Data Cleaning, Feature Engineering (Deep Feature Synthesis), Validation, Visualization, Report findings, and developed strategic uses of data Show less