Ethereum

This article clarifies misconceptions about EIP-3074 as an alternative account abstraction path, and analyzes the differences between the full account abstraction ERC-4337 and the pure execution abstraction Epos.

This article analyzes Ethereum's progress in zk and privacy in 2023, and analyzes the products and implementation processes of each application.

Blast, an innovative Layer 2 solution powered by Blur, is designed to make the Ethereum network more efficient and cost-effective. By utilizing Optimistic Rollup technology, Blast emphasizes empowering ETH and stablecoins with native yield-generation capabilities to combat asset depreciation. The project is led by Blur founder Pacman and has attracted a $20 million investment. With a vision beyond serving Blur, Blast supports various Dapps, including DeFi and NFT applications, aiming to provide passive interest-bearing opportunities for funds in Layer 2 accounts.

Rollup inherits "Ethereum security" or "trust minimization," essentially meaning that on Rollup, confirmation rules with the same security as Ethereum's confirmation rules can be utilized. This article introduces confirmation rules and emphasizes finality.

This article discuss how to use encryption methods to prevent transaction information from being used by MEV.

This article outlines the fundamentals, market positioning, risks, and potential factors that may impact the future token price of the Neutron protocol in the Cosmos ecosystem.

This article explores the current functionalities of Solvers, potential evolution over time, related risks, and potential mitigation strategies. It envisions the crucial role Solvers will play in a future centered around intentionality.

This article explores some existing challenges (and progress) in the state of Ethereum light clients while emphasizing the importance of achieving trustlessness without compromising user experience.

This article introduces the entire process of L2 transaction implementation and analyzes the security performance at each stage of the transaction process.

This is a simple, step-by-step guide on how to switch your network in MetaMask.

Vitalik has proposed some optimizations for the current Ethereum staking mechanism, providing a reference path for further reducing centralization and consensus load on Ethereum.

The f(x) project contributes a structured product similar to financial tranches to Ethereum's DeFi ecosystem through the application of several simple mathematical equations.

The article explains and introduces the on-chain Rollup transaction process and sequencer, followed by a discussion of the economic and business aspects, and the potential centralization effects of the sequencer.

This article explores the current fee mechanism of Solana, formalizes the design space for the fee mechanism, and analyzes some proposed changes to the Solana fee mechanism.

This article outlines the trade-offs between Rollup and integration, L1 and L2, and application-specific chains and general-purpose chains.