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In Ethereum, every new feature or improvement is proposed in the form of EIP, which will be implemented by all miners. This article will give you an in-depth understanding of what an EIP is and what role EIPs play in the development of Ethereum. The Ethereum ecosystem has attracted a large number of users. Although its high gas fees and congested network are often criticized, it has always been the preferred public chain for Dapps due to its safe, stable, and innovative system. Rome was not built in a day. Similarly, Ethereum has undergone various upgrades since its inception. These upgrade and improvement proposals need to reach an overall consensus in the Ethereum community in the form of EIP before they can be finally implemented.

Rivalz Network has proposed a novel solution aimed at addressing the challenges of integrating artificial intelligence with decentralized systems and real-world resources. Through a modular architecture consisting of Swarm protocols and connectivity, data, and identity application modules, Rivalz offers a secure, scalable, and efficient system.

After careful consideration, it seems possible that Trump indeed has his own plans—plans that, if successful, could very well push the future of the United States and even humanity into an unknown and high-risk abyss. This article will analyze the logic behind Trump's high-profile issuance of a Memecoin named after himself on the eve of his inauguration, as well as the costs and risks involved.

Discover Rivalz Network, a decentralized platform bridging AI and blockchain through innovative modules, tokenomics, and a robust roadmap for 2025.

DeFi was born to create an open, permissionless, and trustless financial system. But as DeFi has grown into what it is now, I’ve got to ask: is it still decentralized? More importantly, does it even matter? And what can you do to work your way around it?

As Zero-Knowledge (ZK) technologies advance, ZK-Rollup is set to claim a substantial market share in the evolving market for Ethereum expansion. The text delves into Lumoz's proactive approach to addressing the challenges and demands ZK-Rollup faces, highlighting its role as a frontrunner and leader in this sector. This leadership has catalyzed the development of several emerging ETH Layer 2 and BTC Layer 2 projects and established a pioneering position in ZK mining.

This Solana ecosystem overview aims to provide an in-depth analysis of the rapidly developing Solana ecosystem by categorizing and organizing over 250 of the most active projects, ranging from the infrastructure layer to consumer applications.

DAO research proposes a roadmap for web3 governance experiments, aiming to explore key issues in democratic governance. DAO and web3 governance offer rich data and experimental opportunities, fostering a deeper understanding of democracy and governance.

To transcend the US dollar system, Tether's future lies not only in maintaining its role in global payments and liquidity but also in deeply exploring how to establish a truly supranational monetary system.

Monetary debasement refers to the process of reducing the value of a currency, which can be achieved either by decreasing the content of precious metals or by increasing the money supply. This may bring short-term economic benefits, but in the long run, it leads to inflation and financial crises. Bitcoin, as a decentralized digital currency with a capped supply of 21 million coins, protected by proof-of-work mining and a decentralized network of nodes, has an inherent scarcity that makes it resistant to inflationary pressures. Bitcoin users can ensure the supply never exceeds the predetermined limit by verifying the transaction ledger, having control over their own money without any restrictions on its use. During times of economic uncertainty, investors may turn to assets like Bitcoin to preserve value, and over time, Bitcoin might be considered the next evolution of currency.

The key technology driving DeSci is decentralized storage, which has evolved from the IPFS protocol. It has been shown to be more cost-effective and secure than traditional centralized storage solutions, and the current implementations are relatively mature. Essentially, the infrastructure for DeSci is in place; now it just needs broader acceptance and adoption of decentralized storage concepts.

The article provides an in-depth analysis of the centralization and scalability issues faced by Ethereum and its Layer 2 networks. It explores how L2 solutions have deviated from Ethereum's original goal of decentralization, while also critiquing the current incentive mechanisms and governance structures. The author offers profound insights on blockchain scalability, user privacy, and the future of cryptocurrencies, and suggests ways to support Ethereum's competitors in achieving true decentralization.

Some application layers have started to own the underlying infrastructure, partly because if they do not control the lower stack, retaining only the upper application layer could lead to incentive issues and high user adoption costs. On the other hand, as competition and technological advances continue to drive down infrastructure costs, the expenses associated with integrating applications/application chains with modular components have become much more affordable. Innovations in the execution layer, settlement layer, and aggregation layer are leading to higher efficiency, easier integration, stronger interoperability, and lower costs, ultimately delivering better applications for users and an improved development experience for developers.

The article explores the current developments and future trends of the execution layer, settlement layer, and aggregation layer in the modular blockchain stack within the cryptocurrency field. Although there have been many innovations in the data availability (DA) and ordering layers, the execution and settlement layers have only recently begun to receive attention. The article points out that while the shared sequencer space is highly competitive, the execution and settlement layers remain underexplored. Layer N, as a flexible and customizable execution layer, leverages the Move language and BlockSTM technology to improve throughput. The article also discusses the design of proof aggregation, a new architecture that can aggregate and settle between different proof systems, thereby enhancing efficiency and reducing costs. Finally, the article predicts that these innovations will bring better applications and development experiences to users.

This article explores the similarities between Lido's dual governance proposals and a bicameral system, as well as what DAOs can learn from constitutional engineering.