Ethereum

The unified architecture of Ethereum refers to its integrated framework that combines the base layer (Layer 1) with various Layer 2 scaling solutions. This architecture aims to balance decentral

EIP-3074 is an Ethereum Improvement Proposal (EIP) that introduces a novel approach to account management. It enables the delegation of control over regular user accounts (EOA) to smart contracts, facilitating more sophisticated transaction strategies. Proposed in 2020 by Ethereum core developers, EIP-3074 introduces two new opcodes, "AUTH" and "AUTHCALL," empowering EOAs to transform into smart contracts without the need to deploy new contracts. The implementation of EIP-3074 aims to enhance the overall user experience for wallet users by enabling gas sponsorship, batch transactions, and wallet asset recovery. While EIP-3074 presents promising advancements, it also raises some concerns such as increasing the risk of user asset theft, and possibly forming a parallel technology stack with the Account Abstraction (AA) proposal EIP-4337, which requires ensuring interoperability between the two.

After EIP-3074, a faulty signature could deplete the balance in your Ethereum account. The article elaborates on how wallets integrate EIP-3074 and explains the specific ways it could make users more vulnerable and the underlying mechanisms, aiming to prevent irreversible mistakes.

The OMNI network is an interoperability protocol across various Rollups, serving as a Layer 1 public chain and the first AVS (Arbitrum Verifier Shard) on the Eigenlayer. OMNI leverages heavy staking on the Eigenlayer to share Ethereum security and utilizes Byzantine Fault Tolerance (BFT) consensus mechanism to process a high volume of transactions while maintaining low latency.

Discover the transformative potential of Polymer Labs in blockchain interoperability in this article. Explore how their cutting-edge technology is bridging networks and shaping the future of DeFi and NFTs.

This article discusses UTXO isomorphic binding (UIB) technology and believes that this is a major innovation in the BTC ecosystem. The key lies in solving the BTC network expansion problem.

Optimism is Ethereum Layer2 based on Optimistic expansion technology. Its vision is to become a world computer, and the settlement layer uses Ethereum. In line with Ethereum's vision of a world settlement layer, it cooperates closely with the Ethereum Foundation.

Creating your own Rollup requires a relatively deep understanding of blockchain, but the growth of Rollup as a Service (RaaS) providers means you can deploy an L2 Rollup in minutes without writing a single line of code, effortlessly creating a Rollup!

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.