A blockchain-based social media platform designed to explore decentralized application architecture, secure content interaction, and modern Web3 development concepts.
This project was developed as a collaborative academic project focused on understanding how decentralized technologies can be applied to modern social media platforms.
The application explores secure and transparent user interaction through blockchain integration, smart contracts, and distributed application workflows while combining frontend, backend, and Web3 technologies into a full-stack decentralized system.
The project also led to research exploration in decentralized social media systems and resulted in an IEEE international conference research paper publication.
- Decentralized social media interaction workflow
- Blockchain-based transparency and interaction
- Smart contract integration using Solidity
- Responsive frontend and dynamic user interactions
- Full-stack architecture with frontend and backend integration
- Web3-based communication and transaction handling
- React.js
- JavaScript
- Node.js
- Express.js
- Solidity
- Ethereum
- Web3.js / Ethers.js
As part of the development team, I contributed to:
- Blockchain integration and decentralized workflow implementation
- Smart contract development using Solidity
- Frontend and backend development tasks
- Debugging and integration testing
- System documentation, architecture diagrams, and presentation preparation
- Research work related to decentralized social media systems
Additionally, the research work associated with this project was published in an IEEE international conference.
This project was built as a practical learning and research experience to understand decentralized application development through hands-on implementation and collaborative engineering practices.
The focus was on exploring blockchain integration, frontend-backend communication, smart contract workflows, and scalable decentralized application architecture while improving debugging, teamwork, and research-oriented problem solving.
- Understanding blockchain integration workflows
- Managing communication between frontend and smart contracts
- Handling asynchronous Web3 interactions
- Structuring decentralized application architecture
- Debugging transaction and integration-related issues
Built a functional decentralized application that strengthened understanding of:
- Blockchain-based systems
- Web3 integration workflows
- Smart contract interaction
- Full-stack collaboration
- Research-oriented software development
The project also provided exposure to technical documentation, research publication workflows, and collaborative engineering practices.