Increasing Cyber Defense in the Music Education Sector Using Blockchain Zero-Knowledge Proof Identification

Area of Science:

• Music Education Technology
• Intellectual Property Management
• Cybersecurity

Background:

• Traditional copyright registration is time-consuming and costly, hindering protection for music education innovations.
• Existing digital security methods may be vulnerable to interception of authentication evidence.
• There is a need for secure and efficient methods to protect intellectual property in music education.

Purpose of the Study:

• To propose an advanced model for copyright protection in music education using innovative technologies.
• To enhance security and trust in the authentication of music education methods and innovations.
• To introduce a robust identification scheme resistant to interception.

Main Methods:

• Utilizing blockchain technology and smart contracts for secure record-keeping and automated agreements.
• Implementing an innovative zero-knowledge proof (ZNP) system for robust and private authentication.
• Developing a single, unified identification scheme for music education intellectual property.

Main Results:

• The proposed system offers enhanced security and trust in music education copyright protection.
• Blockchain and smart contracts provide an efficient framework for managing and verifying innovations.
• The zero-knowledge proof system ensures robust authentication without revealing sensitive information.

Conclusions:

• The integration of blockchain, smart contracts, and zero-knowledge proofs presents a powerful solution for music education copyright.
• This innovative approach addresses the limitations of traditional methods, offering improved security and efficiency.
• The proposed identification scheme strengthens the protection of intellectual property within music education contexts.