Ethereum creator Vitalik Buterin highlights the potential of Zero-Knowledge （ZK） Proofs in enhancing privacy and scalability for social media platforms on Web3.
Points
- Vitalik Buterin advocates for Zero-Knowledge （ZK） Proofs to improve privacy and scalability on Web3 social media platforms.
- ZK Proofs enable verification with minimal data disclosure, enhancing user control.
- The technology offers benefits for scalability, particularly in handling large transaction volumes.
Vitalik Buterin, the creator of Ethereum, is emphasizing the potential of Zero-Knowledge （ZK） Proofs in improving privacy and scalability on social media platforms. ZK Proof is a cryptographic technique that enables verification while minimizing the disclosure of data. At the Ethereum Community Conference （ETHCC）, additional participants, including Chris Goes from Anoma, Shumo Chu from Nebra Labs, and Elias Tazartes from Kakarot, offered valuable perspectives on ZK Proofs and Web3 social networks.
Enhancing Privacy and User Control
Goes contended that ZK Proofs provide users with greater control over the specific information they wish to disclose, in contrast to Web2 social platforms that seek to expose user information. This enables the deliberate and targeted release of specific information. ZK Proof technology offers the advantage of requiring less computational resources for verifying large datasets, making it particularly suitable for scalability, especially in the context of social protocols that include handling a large number of transactions.
Tazartes mentioned the new chain developed by Lens Protocol, which utilizes ZK compression to enhance scalability. According to Shumo Chu from Nebra Labs, ZK Proofs and Web3 socials can be seen as a remedy to the risk of being prohibited or covertly restricted from Web2 social media platforms.
The Future of Web3 Socials
Nevertheless, participants observed that further education is required to comprehend the advantages of data ownership and control over information. In addition to Farcaster, there are various other Web3 social platforms, such as professional networks and news feed aggregators, that could benefit from the implementation of ZK Proofs.
Conclusion
Vitalik Buterin’s advocacy for ZK Proofs in Web3 social media platforms highlights the importance of enhancing privacy and scalability. By enabling verification with minimal data disclosure and reducing computational resources, ZK Proofs offer significant benefits for the future of social protocols on Web3.