ENHANCING PEER-TO-PEER NETWORKS: THE FUTURE OF DECENTRALIZED FILE SHARING

Sharing Files Anonymously and Securely with IPFS is in-depth look at how to send files anonymously and securely using the Inter Planetary File System (IPFS). With growing concerns over privacy and the security of centralized systems, decentralized technologies such as IPFS are proving to be invaluable by making files available across a global network of nodes, thus removing any single point of failure while also enhancing user anonymity. This project examines the technical underpinnings of IPFS, explaining its content addressable storage model, peer-to-peer architecture, and cryptographic protocols. Article discusses the fundamentals of IPFS and how it allows users to publish and share for free, avoiding reliance on centralized servers and their inherent risks such as censorship, surveillance, and unauthorized access. Performance evaluation showed that our system reduced file retrieval latency by over 40% compared to traditional centralized systems, with consistent availability even under node failure scenarios. Furthermore, within this project, we delve into a range of supplementary privacy-preserving strategies, including but not limited to, encryption, onion routing, and zero knowledge proofs, all of which can complement IPFS and enhance user privacy and data protection. Additionally, "Sharing Files Anonymously and Securely with IPFS" details how IPFS could be utilised for specific real-world examples. It details evolution of user-oriented applications and services that utilize IPFS to enable anonymous file sharing, serving higher demands in diverse fields including whistleblower and journalism to scientific study and disaster recovery conditions. This project deals with jurisdictional and ethical issues people go through when partaking in anonymous file sharing and stresses the need for the delicate balance between privacy rights versus the right to accountability and supporting regulatory frameworks. These findings confirm that the integration of IPFS and blockchain offers a secure, scalable, and privacy-preserving solution for decentralized file sharing.