Technology

Decentralized cloud services have always been one of the most important applications of blockchain. Web3 + cloud services are not only a very good narrative direction, but also very easy to combine with AI to further enhance the imagination. DFINITY IC has great technical challenges in achieving real-time consensus calculations in a purely asynchronous environment such as cloud services. Arweave AO breaks the shackles of the blockchain and does not deal with the calculation itself and the achievement of consensus. Instead, it employs an economic model and lazy verification to guarantee the accuracy of computation results, offering a novel approach to decentralized computing.

This article explains the concept of the Hooks programming model, which allows developers to insert custom code into the execution path of the system, application or library through predefined functions or code blocks, improving the scalability and customizability of the program. Uniswap V4 introduces Hooks, through which functions such as dynamic fees, on-chain price limit orders, and time-weighted average market makers can be implemented, enhancing the functions of DApp and the network effect of Uniswap.

The goal of both AI and algorithmic cryptocurrency trading bot development is to enhance trading efficiency, yet they differ significantly in crucial aspects. Understanding these differences is essential for traders seeking to effectively leverage automated trading strategies.

The article discusses the concept, application directions, and related cryptocurrency projects of decentralized computing. Decentralized computing mainly involves processing data to output results, with its biggest market demand being AI training. Despite facing technical challenges such as data synchronization, network optimization, and data privacy and security issues, decentralized computing holds tremendous potential in the field of AI.

As cryptocurrency adoption increases, it becomes more crucial to address the complexities of cryptocurrency taxation. Understanding how taxes apply to your cryptocurrency transactions is essential for ensuring compliance and avoiding potential penalties. In this comprehensive guide, we will explore everything you need to know about cryptocurrency taxation and how to effectively manage your tax obligations.

Benjamin Funk, the researcher of the crypto investment institution Archetype, attributes the execution layer's bottleneck to inefficient state access and computation. He has evaluated the design choices made by integrated and modular execution environments in achieving higher performance and expanding the range of on-chain applications.

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.

Crypto researcher Mustafa Hourani investigates and explores some companies building products using FHE (Fully Homomorphic Encryption). He believes that FHE may become the next big technology sweeping the industry like ZKP (Zero-Knowledge Proof), and is a key catalyst for advancing data privacy and ownership.

Detailed explanation of the investment value and risks of the six major tokens in the Runes ecosystem, suitable for blockchain investors and researchers.

Aethir leverages decentralized technology to enhance cloud computing infrastructure, integrating high-performance GPUs and blockchain technology to provide optimized computing services for the AI and gaming industries. The platform achieves efficient allocation and utilization of computing resources through innovative economic models and NFT nodes, driving democratization of computing power.

Shoal Research, an encryption research institution, analyzed the current related projects in the parallel field of blockchain, including the progress of Solana (SVM), parallel EVM (Sei, Monad) and MoveVM (Aptos, Sui, Movement), and analyzed the challenges faced in this field. and opportunities.

Verifiable Computation (VC) is running a specific workload in a way that generates a proof of its workings that can be publicly verified without re-running the calculation. In addition to Bonsol, the Anagram build team has delved into many places in the VC space, projects like Jolt, zkllvm, spartan 2, Binius are the ones we are tracking, as well as companies working in the fully homomorphic encryption (FHE) space.

Blockchain as a Service (BaaS) is a cloud service that allows organizations to build and run blockchain applications and smart contracts without the need to establish their own blockchain infrastructure. BaaS providers offer flexibility and accessibility of blockchain technology, aiming to democratize blockchain technology so that companies can develop blockchain applications at a reasonable cost.

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.