Ethereum

Bedrock offers a flexible and efficient way to stake your crypto assets, providing increased liquidity, diversification opportunities, and the potential for additional rewards through its integration with EigenLayer.

This research aims to explore methods to improve the UX by ensuring that users do not need to overpay for inclusion in the next bundle. Instead, users should be able to pay a fee based on the actual market demand for inclusion.

Monad is a high-performance Layer 1 blockchain project designed to enhance transaction processing speed and reduce costs through full compatibility with the Ethereum Virtual Machine (EVM). The article provides a detailed overview of Monad's technical architecture, consensus, and execution mechanisms, as well as its unique community-building strategy. By encouraging active participation and creative contributions from community members, Monad successfully garnered significant market attention even before launching its test network.

Smart contracts have become critical to blockchain technology considering the automated process they initiate which allows the easy bypass of intermediaries and related third parties, making the system more effective, efficient, and reliant. However, as smart contracts keep developing, it is critical to acknowledge the necessity of formal verification in assuring enhanced layers of security and reliability.

Soneium is an emerging Ethereum Layer 2 blockchain platform jointly developed by Sony Group and Startale, focusing on scalability and usability to promote the widespread adoption of blockchain technology. The article delves into Soneium's technical advantages, market potential, and its vision and strategies for advancing the popularity of Web3 technology.

This article delves into the future development of Ethereum, including decentralized sequencers, Ethereum-based rollups, comparisons between ZK and Optimistic technologies, challenges of L2 tokens, and the goal of increasing Ethereum's throughput.

This article frames the discussion around proposing rights allocation in Ethereum, provides a quick (opinionated) overview of the current discourse and highlights a few open questions at the end.

In this article, we survey the trustless interoperability landscape by defining and discussing six levels of interoperability solutions between fragmented rollup ecosystems.

It's important for investors to be aware that the assets within the Ethereum ecosystem are far from uniform. Tokens can vary significantly in their use case, supply inflation, historical volatility, and mechanisms for value accrual.

The Data Ownership Protocol is built on Ethereum to empower users with control over their data. It utilizes cryptography to enable a secure, selective user interaction.

ETH Layer2 uses Rollups to package hundreds of transactions into one submission to the Ethereum mainnet, thereby the transaction fees will be divided to all Rollup users, reducing fees per user. Transaction data in the Rollups is submitted to Layer1, but executions are carried out independently by the Rollups. By submitting transaction data to Layer1, Rollups can inherit the security of Ethereum because once the data is uploaded to Layer1, rolling back Rollups transactions requires the data to be rolled back on Layer1.

The Ethereum Foundation’s opaque spending and attacks on Buterin’s personal life have become the focus. Despite Ethereum’s strong performance in DeFi and other applications, the market is skeptical of its innovation capabilities and long-term value. Community dissatisfaction with Ethereum's transition from PoW to PoS and the foundation's management has increased, calling for Ethereum to find new growth stories and application scenarios.

Discover how Arcana Network plans to eliminate the need to use multiple blockchains and accounts and pave the way for a new method of blockchain user authentication.

The stablecoin landscape is evolving rapidly, driven by innovation, regulatory changes, and market demand. Each of the top 15 stablecoins analyzed offers unique features, pegging mechanisms, and reserve reports. From Tether's increasing market dominance to the decentralized governance of DAI and the hybrid model of FRAX.

This article discusses the development trends of Ethereum (ETH) and Layer 2 scaling solutions. The author reviews last year's predictions about the L2 landscape, including the impact of Blast on rollup architecture, the fragmentation of L2 ecosystems, and changes in data availability (DA). The article analyzes the changes in ETH revenue following the implementation of EIP-4844, as well as the challenges and opportunities facing Ethereum. The author explores the potential of ETH as a "global proof verification layer and currency," while pointing out the uncertainties of this positioning. Finally, the article presents several possible development paths but emphasizes that no one can be certain of the answer, and the market will ultimately determine the value.