Ethereum

Ethereum will implement the Fusaka upgrade on December 3, marking the most significant technological transformation for Ethereum since the Merge and Dencun. The upgrade centers on PeerDAS sampling verification, blob pricing mechanism improvements, and lightweight nodes to substantially boost network scalability and decentralization. Fusaka ushers in a new era of real-time interaction for Ethereum, providing benefits to DeFi, AI agents, and home node operators.

The article demonstrates the practical application and immense potential of this system through specific cases, such as Phantom earning millions of dollars in revenue on the Hyperliquid platform by using builder codes.

The article highlights the increasing volume of Ethereum staking and offers an in-depth analysis of client adoption across execution and consensus layer nodes, along with insights into node geographic distribution and cloud service utilization.

A number of leading researchers with long-standing roles at the Ethereum Foundation have moved to private Web3 firms like Tempo. This shift has raised community concerns about talent drain in the open-source ecosystem and a growing burden of technical debt. This article examines the structural challenges driving this trend: economic incentives, governance gaps, and waning idealism.

Leading researchers with years of experience at the Ethereum Foundation are leaving to join private-sector Web3 firms like Tempo. This has raised concerns within the community regarding talent attrition in the open-source ecosystem and increasing technical debt within the ecosystem. The article examines the structural challenges contributing to this trend: economic incentives, governance gaps, and declining idealism.

The article not only analyzes these companies’ strategic moves but also examines institutions’ continued accumulation of Ethereum and its potential impact on market prices. This model raises funds through token sales, allocates them to low-risk DeFi strategies, and uses the generated yields to support operations until the product suite becomes independently profitable.

Drawing from multiple indicators — including the 200-week moving average premium, realized price ratio, MVRV Z-score, and the ETH/BTC and ETH/Nasdaq ratios — the article provides a structured scenario analysis and reference framework for identifying potential price peaks in Ethereum’s new market cycle.

The article not only provides a detailed analysis of how Rollup bridges work but also examines the risks and trust assumptions of different bridge models, as well as the impact of governance structures and transaction ordering mechanisms on user security and experience.

The article not only examines the history and background of Ronin, but also offers an in-depth analysis of the drivers behind its transformation, the process of transition, and the direction of its future development.

The article provides a detailed analysis of Ethereum’s role as the franchisor and the way Rollups operate as franchise branches.

ETH corporate treasuries are expanding rapidly, having accumulated 2.2 million ETH in just two months (representing 1.8% of the circulating supply). This surge not only drives up demand but could also enhance Ethereum’s liquidity and security through staking and DeFi participation, while introducing the potential for on-chain spillover effects from corporate financial risks.

This article examines MicroStrategy's Bitcoin (BTC) treasury strategy as a foundation to illustrate the logic behind maintaining ETH in corporate treasuries. It provides an in-depth discussion of the advantages of an ETH treasury, particularly in accessing liquidity and facilitating the issuance of convertible bonds and preferred stock.

As Ethereum celebrates its tenth anniversary, the evolution of its technology and narrative is traced through five defining eras: the ICO frenzy, the DeFi surge, Layer 2 scaling, the rise of staking, and the current era of tokenized assets. From milestones like CryptoKitties and DeFi to LSTs and spot ETFs, this article provides a comprehensive review of these transitions. More than just a historical account, it offers an in-depth analysis of both market sentiment and technological changes. Join us in witnessing and discussing Ethereum’s next decade.

This article examines the security risks brought by EIP-7702’s account abstraction, the growth and fragmentation of the Layer 2 ecosystem, the industrialization and fairness issues posed by MEV, and the difficulties of financialization amid diverse global regulatory landscapes.

In 2025, Ethereum will shift its strategic focus from Layer 2 (L2) solutions to Layer 1 (L1). EIP-7987 will limit gas for individual transactions, and the L1 zkEVM will actively overhaul the execution layer. In conjunction with ePBS, stateless clients, and the RISC-V virtual machine, Ethereum aims to boost Mainnet performance by one to two orders of magnitude within five years. This will be done while maintaining decentralization and security as core attributes at all levels.