Pierre discusses Intmax in the blog, a scalable payment L2 solution based on Plasma and validity proofs. He details its working principles, data availability mechanisms, and how it prevents malicious aggregators through validity proofs. Pierre在博客中探讨了Intmax,一个基于Plasma和有效性证明的可扩展支付L2解决方案,详细介绍了其工作原理、数据可用性机制及如何通过有效性证明防止恶意聚合器。
Notes
Intmax is a scalable payment L2 solution based on Plasma and Data Availability (DA) proofs.
Plasma is an L2 architecture that achieves scalability by minimizing on-chain data and relying on a user challenge mechanism.
Data Withholding Prevention: Using the DA mechanism and BLS signatures to prevent data withholding and ensure the integrity of transaction data.
Malicious Aggregator Prevention: Preventing aggregators from submitting malicious transactions through validity proofs (such as PCD), ensuring the validity of transactions and balances.
Scalability: Intmax has very low on-chain data volume, with a theoretical TPS of up to 7000, achieving efficient scalability through optimized data storage and proof generation.
Core Algorithm: Intmax uses Plonky2 to generate single balance proofs, supporting complex proof composition and verification workflows.
Intmax是基于Plasma和数据有效性(DA)证明的可扩展支付L2解决方案。
Plasma是一种通过最小化链上数据并依赖用户挑战机制实现扩展的L2架构。
防数据扣留:用 DA 机制和 BLS 签名,防止数据扣留(data withholding)并确保交易数据的完整性。