A Survey on Revolutionizing Digital Copyright Protection with POS Algorithms and Smart Contracts

Abstract

Digital copyright protection systems aim to secure creators’ rights and ensure they’re fairly compensated, but traditional methods struggle with data verification and tamper-resistance. The proposed solution enhances these protections by integrating proof-of-stake (PoS) algorithms and smart contracts into the blockchain framework. PoS, a consensus mechanism in blockchain, requires participants to stake tokens, ensuring that they have a stake in maintaining the integrity of the system. This approach secures the network and safeguards against tampering. Smart contracts—self-executing, tamper-proof agreements stored on the blockchain—automate copyright enforcement, making it impossible to alter ownership records once added to the blockchain. This automation reduces manipulation risks and improves efficiency. Additionally, the decentralized structure of blockchain distributes data across multiple nodes, preventing any single entity from altering or compromising the information. This guarantees the immutability and transparency of digital content and ownership records. Together, these technologies offer a robust, efficient solution for digital copyright protection. Blockchain’s decentralized, tamper-resistant nature, combined with PoS’s secure verification and smart contracts’ automated enforcement, provides a trustworthy framework that better secures ownership and prevents unauthorized manipulation.