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DeepBrain Chain is positioned in the high-performance computing sector, integrating AI with Web3 technology. It provides a decentralized AI computing platform for artificial intelligence products, becoming a foundational public chain for AI with attributes such as low cost, high concurrency, low latency, privacy protection, and elastic supply.

With the explosive popularity of ChatGPT, the market has rapidly focused on the field of artificial intelligence. DeepBrain Chain, as a project combining AI and Web3, utilizes decentralized features to achieve more open operations. Below, we will take you through the DeepBrain network from various aspects, including project background, technology, and token economics.

This article discusses the current state, challenges, and future trends of the Ethereum wallet ecosystem, including an analysis of the characteristics of different types of wallets and their roles in order flow, as well as an exploration of the impacts of centralization in the block building market.

HyperAGI is a community-driven decentralized AI project aimed at creating true AI agents and fostering an autonomous cryptocurrency economy. It achieves this by integrating Bitcoin Layer 2 solutions, an innovative Proof of Useful Work (PoUW) consensus mechanism, and large language models (LLMs). The project is dedicated to realizing Unconditional Basic Agent Income (UBAI) and advancing a decentralized and equitable digital society through AI technology.

ERC7683 aims to optimize the user experience for solution users, lower the barriers to entry for a universal solution network, and the design goal of this standard is to enhance the solver user experience, making it easier for them to support multiple settlement networks, and to deterministically calculate their rewards.

Paradigm's research director Dan Robinson and research partner Dave White propose imposing taxes on Miner Extractable Value (MEV). They suggest capturing MEV by levying fees based on transaction priority fees through smart contracts. The article discusses the limitations of MEV taxes and potential solutions, including incentive incompatibility, the complete block problem, recovered transactions, and user intent leakage.

This article explores the application of MEV tax in decentralized exchange (DEX) routers, automated market makers (AMMs), and user wallets, and points out its limitations, such as reliance on block proposers strictly adhering to transaction ordering rules.