Ethereum

This article takes a deep dive into the structural problems within the cryptocurrency venture capital scene, examining how large VC firms invest in infrastructure projects and the impact these investments have on the market and project valuations. It also compares the Solana and Ethereum ecosystems to assess their respective strengths and challenges, offering practical strategies and advice for both founders and investors.

Ethereum Name Service is a system that allows people to translate their long and complex crypto wallet addresses into something that is easier to remember

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.

Lido 協議由 Lido DAO 管理，透過分配 ETH 和 stETH 獎勵，stETH 作爲最流動和廣泛使用的質押代幣，提供低風險和高回報，並在中心化交易所中流動性增長。包括分散式驗證者技術、雙重治理、支持預認並分配額外資源用於重新質押 stETH，以及一種改進的治理結構，將有助於以太坊研究。

區塊鏈良好用戶體驗的一個必不可少的特性是快速的交易確認時間，如今的以太坊與五年前相比已經有了很大的進步，這得益於 EIP -1559 和 PoS 合併之後穩定的出塊時間，用戶在 L1 上發送的交易可以在5-20 秒內得到可靠的確認，已接近信用卡支付的使用體驗。文中探討了加速以太坊交易確認時間的幾種方法，包括單時隙確定性、Rollup 預確認以及 Based 預確認機制，並強調了 slot 和 epoch 架構在提供快速交易確認方面的重要性。

Ethereum, as a leading blockchain platform, has introduced various token standards to cater to different use cases. The three most prominent standards are ERC-20, ERC-721, and ERC-1155. We’ll explore the differences between these standards, their use cases, and why they are essential for the blockchain industry.

Ethereum client teams working together to ship the Pectra devnet. Given this greater technical capacity, one important question to be asking is: are we building toward the right goals?

Staking ETH is a technical service to ensure transactions on the Ethereum network are processed properly and securely, rather than as an investment subject to securities laws.

After the consensus algorithm, DA (data layer), and zero-knowledge proof technology have been widely studied and iterated, the next hard-core technology to attract attention is Parallel EVM. The capital market has also invested hundreds of millions of dollars in this narrative, and many unique technologies have been born. A beast-level startup.

For readers interested in financing the Ethereum ecosystem and open-source projects, this article provides profound insights and strategies that help understand how to support and sustain innovative projects. The article not only analyzes various stages of project growth but also proposes solutions to promote public goods financing and ecosystem health development, which are of significant reference value to investors, builders, and policymakers.

The article discusses the challenges brought by the ever-growing storage demand of Ethereum, particularly the inconsistency in storage behavior among full nodes. To solve this problem, the EIP-4444 and EIP-4844 standardized historical data deletion schemes are proposed. The article introduces the Ethereum Portal network and the EthStorage network as solutions, the former being a lightweight P2P network and the latter an incentivized modular storage network, both aiming to provide decentralized, Ethereum-aligned data storage and access. The article also proposes future development plans, including a decentralized Ethereum state network, proof of storage for dynamic-sized data, and decentralized access from browsers.

Explore the innovation and risks of Ethena's algorithmic stablecoin, which offers high-yield internet bonds based on Ethereum's Delta-neutral strategy. Analyze potential crises it faces, including collateral decoupling and funding rate risks.

Why are modular blockchains increasingly being brought to the forefront? What exactly does modular blockchain mean? This article will explore the new trend in blockchain—modular narratives. It will look at the challenges faced by Ethereum, compare modular blockchains to monolithic blockchains, and anticipate the impact of modular blockchains on the overall blockchain architecture and its use.

This article provides a comprehensive review of the development and origins of coprocessors, analyzes the technical stacks and competitive advantages of various competitors in the current track, and explains how coprocessors work using Axiom as an example. Updated to 2025, it covers the latest market expansion, technical breakthroughs, and project evolutions in the coprocessor sector. The article highlights significant improvements in proof generation time, verification costs, and data processing capabilities, as well as the increased adoption of ZK coprocessors and cross-chain functionality. It also explores the integration of coprocessors with Web3 infrastructure and their role in enabling advanced authentication, dynamic risk assessment, and accountable voting mechanisms in decentralized applications.

This article explores the technical details and market prospects of parallel EVMs, analyzing the parallel execution mechanisms of major blockchain projects such as Sei, Monad, and Canto, and evaluating their potential impact and market position in the industry. Through parallel execution optimization, blockchain networks can significantly enhance processing speed and efficiency, supporting the widespread development of the Web3 domain.