Technology

Zeus originated from Solana, but in the future, it will interconnect with numerous public chains, providing users with the choice between self-organization and centralized organization. In terms of specific mechanism implementation, Zeus also draws inspiration from the experimental mechanisms of BTC L2, such as using fraud proofs to verify transaction validity. With regard to solutions like EVM and Move VM, Zeus maintains an open-minded approach, ultimately aiming to facilitate communication across all chains, making interoperability a foundational feature.

At its core, the concept of parallel EVM revolves around optimizing the execution process of transaction states, with the ambitious goal of achieving a staggering 10,000 transactions per second (TPS). The underlying technology behind this impressive feat lies in the realm of specialized databases, developer friendliness, delayed consensus execution, and superscalar pipeline techniques, all working in harmony to enable parallel processing of large-scale transactions. This approach shares fundamental similarities with Artela's concept of elastic computing and asynchronous I/O operations.

Developed, promoted, and maintained by DFINITY, IC is a public network designed to extend global internet functionalities and transform it into a world computer. With innovative blockchain technology, IC provides infinite scalability and high-speed transaction processing capabilities.

In this article, Primev presents data and insights from the emerging blob market, focusing on posting strategies of blob producers like Optimism and Base, and quantitatively analyzing for strategy efficiency metrics.

In the cryptocurrency space, promoting meme coins has become a popular market strategy to rally users and boost the price of a particular asset. This article analyzes how to measure a meme coin using financial and social indicators, and observes data such as trading volume and liquidity through on-chain monitoring tools.

The potential of combining blockchain, Internet of Things (IoT), and artificial intelligence (AI) highlights the transformative synergies of these technologies. Blockchain provides a secure, decentralized foundation for data management in IoT, while AI leverages this data for pattern recognition and decision support. This integration has practical applications in supply chain management, smart manufacturing, healthcare, and more, enhancing transparency, optimizing logistics, improving resource allocation, and accelerating medical research.

Authorization phishing is a means for hackers to steal user assets by exploiting signature functionality. Common methods include Permit and Permit2 signature phishing. Users should increase their security awareness, segregate large funds from on-chain wallets, and learn to identify signature formats to prevent phishing. Permit2 is a feature introduced by Uniswap that is easily exploited by phishing websites.

API keys are unique alphanumeric codes issued by service providers to developers, allowing them access to API interfaces. These keys serve as virtual keys to access various functionalities and data within applications or services. API keys are crucial for modern software development as they control access to APIs, ensuring that only authorized entities can interact with the underlying services.

Within the bustling realm of Bitcoin's Layer2 arena, Merlin stands out with its multi-billion dollar TVL, attracting considerable attention. Web3 enthusiast and founder Faust delves into Merlin Chain’s technical framework, offering an interpretation of its publicly disclosed documents and the thought process behind its protocol design. This analysis aims to provide readers with a clear understanding of Merlin's operational workflow and its security architecture.

Understand Data Availability and how it impacts Blockchain transaction verification.

Arkham serves as an advanced cryptocurrency analysis platform and data tracking dashboard, delivering thorough market insights and trading data to aid users in monitoring on-chain activities of blockchain entities. At its heart lies the Ultra AI address matching engine, capable of associating on-chain addresses with real-world identities, thus providing real-time data processing and extensive blockchain coverage. Additionally, Arkham introduces its token system, ARKM, accessible through its Intel Exchange market, where users can trade on-chain data intelligence. The platform's Profiler tool further provides deep dives into transaction histories and asset holdings, bolstering users’ ability to make informed decisions. Despite Arkham’s utility in tracking cryptocurrency events, it has also sparked discussions around privacy and security concerns.

Ethereum’s shift to a rollup-centric roadmap induced explosive growth in modular scaling designs, eliminating gas fees over $100 and unlocking new application designs. However, it also faces a new problem of state fragmentation. The article analyzes the two major directions of scaling and explores their mechanisms.

EigenDA is a RaaS market that provides acceleration services, reducing the barriers to Rollup deployment. It is a data availability network designed to enhance the throughput and reduce the cost of Rollup protocols. This article will uncover the process of deploying Rollup using EigenDA.

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.

The article delves deeply into the commercial necessity of combining AI with Web3, emphasizing the importance and challenges of distributed computing power services. It pays special attention to the IO.NET project, a distributed AI computing power platform, aiming to incentivize the convergence of AI computing power through a token model, providing flexible, rapid deployment, and low-cost AI computing services. The article analyzes the product logic, team background, and financing situation of IO.NET, and it also forecasts its potential market value. Additionally, the article discusses the development trend of the distributed computing market and possible influencing factors.