GRENZE International Journal of Engineering and Technology
Vol. 12
(2026), Issue 1
Blockchain-Powered Framework for Secure Tamper- Proof and Decentralized Communication in Social Media Platforms
Authors
Vijaya Pinjarkar, Umesh Pinjarkar, Pratap Premchandran Nair
Abstract
The research leverages Ethereum blockchain to create a decentralized social media platform that enhances privacy and data security. Smart contract and DApp records users all actions like posting, liking and following on an immutable ledger guaranteeing transparent, secure as well as tamper proof user interaction within platform. The propose system uses blockchain to give users full control over their personal data ensuring privacy. Users engage with system via cryptographic wallets enabling secure authenticated transactions and interaction across decentralised network. The setup ensures privacy and restores data ownership to users empowering them to autonomously control, manage as well as protect user’s digital identities on the platform. The proposed system resolves scalability challenges in decentralized networks while ensuring a responsive and intuitive user experience comparable to conventional social media platforms. The integration of technologies such as React and Django establishes a robust, scalable infrastructure capable of real-time data processing. This architecture ensures a seamless and responsive user interface, catering effectively to both beginner and experienced blockchain users.
Pages:
3306 - 3313