In contrast to client-server gaming architecture, ZKPs allow for more robust Peer to Peer (P2P) gaming architectures. P2P systems eliminate the need for an expensive centralized server. Instead, players authenticate in-game events to each other. A drawback to P2P systems is that cheating and data manipulation are common issues, as games are less secure without a third-party validator.
Zero-Knowledge Proofs can improve P2P security and prevent data breaches, making these systems more efficient and cost-effective. A ZKP secures the veracity of important information and the legitimacy of game outcomes. This can be especially useful in e-sports, where large winnings are on the line and cheaters are not always caught.
