Boneh-Shaw fingerprint code and Tardos code analysis and optimization in minority collusion attack

Abstract

Fingerprint codes are required to protect digital rights. These codes were embedded in digital media before distribution. Each of these digital media codes is unique. These codes identify pirated digital media copies. This method is used to identify the creator of an illegal copy. But such principles tend to be collectively attacked. In the Collusion Attack, criminal users conspired to integrate the attacks into these codes.Criminal users devise and switch digital fingerprint media with different codes to print the same content. The code is modified to accuse the innocent user. Thus, this attack is a threat to the protection of digital rights.The minority collusion assault being conducted against the Boneh-Shaw and Tardos codes to assess how serious this threat is can be used to demonstrate the significance of the research. Understanding these ideas is essential for improving the protection of digital rights in the face of changing security issues in the digital sphere. This study launches a minority collusion attack against both the Tardos code and the Boneh-Shaw fingerprint code to analyze the impact. The development of more resilient, adaptable codes to prevent changing collusion strategy is part of the prospective focus for Boneh-Shaw Fingerprint Code and Tardos Code Analysis and Optimization in Minority Collusion Attacks.