Ethereum

One of the challenges Ethereum faces is the growing historical data bloat and protocol complexity over time. The primary goals of The Purge are to reduce client storage requirements by minimizing or eliminating the need for each node to permanently store all historical records, and even the final state; and to reduce protocol complexity by removing unnecessary features.

Although L2s have successfully scaled Ethereum to some extent, they still face limitations. Monad aims to build a new realm that combines Ethereum's rich culture with the scalability of Solana and Sui, creating an Ethereum-compatible system that meets the efficiency demands of a new era.

EIP-6963 introduces a new standard aimed at optimizing the discovery and interaction mechanisms of Ethereum browser extension wallets. It seeks to address issues like wallet conflicts, lack of multi-service support, and unintuitive user experiences. Compared to the existing EIP-1193 standard, EIP-6963 introduces window events and a bidirectional communication protocol, allowing dApps to more efficiently recognize and adapt to users' preferred wallets.

This article reviews Ethereum's technical roadmap, highlighting key improvements across various phases, such as the transition from PoW to PoS, scalability via rollups, and MEV mitigation. It also explores the opportunities brought by the upcoming Pectra upgrade in early 2025, including account abstraction, rollup interoperability, and cryptographic innovations.

BOB is a Hybrid L2 platform that merges Bitcoin’s unmatched security with Ethereum’s DeFi innovations. By leveraging trust-minimized bridges, seamless cross-chain interoperability, and Bitcoin-backed liquidity, BOB is revolutionizing decentralized finance. Learn how BOB’s hybrid architecture creates a more secure and efficient DeFi ecosystem, unlocking new potential for Bitcoin in the world of decentralized finance.

The CertiK team found that nearly half of the newly issued Ethereum tokens in the Web3 space are linked to Rug Pull scams. These scams are carried out by organized groups who use liquidity holding addresses for money laundering and risk management. The majority of the funds involved come from centralized exchanges. The article concludes with a warning to users to stay alert and avoid being scammed.

An in-depth exploration of blockchain virtual machine evolution, comparing EVM's established ecosystem advantageswith emerging altVMs' innovations in security and performance. The article examines the transition from EVM dominance to a multi-VM future, culminating in the vision of full-stack blockchain applications.

This article introduces the mETH and cmETH protocols, provides a basic overview of the $COOK token, and explains how users can participate to earn $COOK. We will also analyze the future potential and possible risks users should consider when participating.

This research report presents a comprehensive analysis of institutional token holders' staking behaviors, with a particular focus on the Ethereum ecosystem. Our primary research aims to shed light on the current state of institutional staking, exploring the motivations and hurdles faced by market participants.

PREDA (Parallel Relay Execution Distributed Architecture) is an innovative model designed to enhance blockchain performance and scalability. It achieves full parallelization of smart contract functions by breaking down the execution process of smart contracts into multiple steps that can be processed in parallel. These steps are executed asynchronously across different Ethereum Virtual Machine (EVM) instances, thereby maximizing the concurrency of a set of transactions.

Clanker is a meme publishing platform combining AI agents and Web3 social elements. It simplifies the process of launching meme tokens through automated token deployment and collaborates with the AI and Web3 social platform Farcaster to drive platform growth. To date, it has successfully launched several meme tokens worth over $10 million, including LUM, ANON, and CLANKER.

This video offers an overview of Polygon's development and technological innovations. Originally known as Matic, Polygon was launched in 2017 to address Ethereum's scalability issues. It has since evolved into a key Layer 2 solution within the Ethereum ecosystem. The video details how Polygon operates, including its sidechain technology and interoperability with Ethereum. It emphasizes the launch of Polygon 2.0, a major upgrade featuring zkEVM technology that greatly enhances network performance and security. The video also covers the transition from MATIC to POL tokens, explaining how the new token improves network functionality and user experience. Overall, this video thoroughly demonstrates how Polygon blockchain continues to lead in the Web3 space through ongoing innovation.

The article explores NFFL, a fast cross-rollup state verification protocol using EigenLayer’s restaked ETH and NEAR DA, enabling secure, efficient, and scalable cross-chain applications with fast finality.

BuilderNet, launched by Flashbots, promotes fair distribution in the MEV market through a decentralized block-building network, enhancing the decentralization of the Ethereum network.

This article explores the Gas fee issues on the Ethereum mainnet and methods for optimization. It focuses on the Gas mechanism of the EVM, core concepts for optimizing Gas costs, and best practices for developing smart contracts. These include reducing storage usage, variable packing, optimizing data types, and using fixed-size variables.