Technology

This article delves into the development trends and investment logic within the AI Agent field, with a particular focus on analyzing framework-based projects in detail. It introduces the basic concepts and functionalities of AI frameworks, and demonstrates their performance and potential across different application scenarios through specific case studies such as Eliza, G.A.M.E, Rig, and ZerePy. Additionally, from technical, market, and investment perspectives, the article compares the similarities between AI Agents and the BTC ecosystem, exploring the significance of bringing AI Agents onto the blockchain and the potential innovations this may bring in the future.

This article covers key principles for building decentralized systems, highlighting risks of centralization in blockchain and solutions like Sui’s object-oriented programming, scalable infrastructure, and decentralized storage to prevent power concentration.

This article delves into the essential role of quantum-resistant tokens in protecting digital assets from potential threats posed by quantum computing. By employing advanced anti-quantum encryption technologies, such as lattice-based cryptography and hash-based signatures, the article highlights how these tokens are pivotal in enhancing blockchain security standards and safeguarding cryptographic algorithms against future quantum attacks. It addresses the importance of these technologies in maintaining network integrity and advancing blockchain security measures.

In October, TEE frequently appeared on X posts, drawing attention from the Web3 community. This article outlines the concept of TEE, its applications in Web3, its limitations, and future development prospects.

This article will explore the concept and architectural design of AO in depth, analyzing how it addresses the challenges faced by existing public blockchains like Ethereum, ultimately bringing new development opportunities to Web3.

This article delves into the four major frameworks in the Crypto x AI domain: Eliza ($AI16Z), GAME ($VIRTUAL), Rig ($ARC), and ZerePy ($ZEREBRO). It analyzes their technical characteristics, market positioning, and industrial impact. The article provides a detailed comparison of these frameworks' usability, scalability, adaptability, and performance, exploring their potential and limitations in various application scenarios.

Gate Research (2025.1.4-2025.1.10): Unichain mainnet plans to go live with a permissionless fault proofs feature. VitaDAO's new proposal suggests bridging VITA to Solana. Swarms marketplace will launch automatic generation and upload features. Bedrock launches uniBTC Berachain Vault. Aave V3 has been deployed to the Aptos testnet, marking the Aave protocol's first deployment on a non-EVM network.

This article discusses Telegram's evolution into an NFT-powered application, integrating blockchain technology to revolutionize digital gifting and ownership. Discover key features, opportunities for artists and creators, and the future of digital interactions with Telegram NFTs.

There are two practical challenges when constructing a proof system based on binary fields: First, the field size used for trace representation in STARKs should be larger than the degree of the polynomial. Second, the field size used for the Merkle tree commitment in STARKs must be greater than the size after Reed-Solomon encoding extension. Binius is an innovative solution to address these two problems by representing the same data in two different ways.

PREDA (Parallel Relay Execution Distributed Architecture) is an innovative model designed to enhance blockchain performance and scalability. It achieves full parallelization of smart contract functions by breaking down the execution process of smart contracts into multiple steps that can be processed in parallel. These steps are executed asynchronously across different Ethereum Virtual Machine (EVM) instances, thereby maximizing the concurrency of a set of transactions.

This video explores the evolution and future trends of blockchain technology. We trace the journey from Bitcoin's inception to Ethereum's groundbreaking innovations, highlighting the industry's struggle with the "blockchain trilemma." Modular blockchains are introduced as a potential solution to this challenge. We delve into the limitations of traditional monolithic blockchains, explain the working principles of modular blockchains, and introduce cutting-edge technologies like Data Availability Sampling (DAS). An objective analysis of the pros and cons of modular blockchains is provided, along with showcases of current projects embracing this approach. This comprehensive overview offers a clear insight into blockchain's technological evolution, painting a vivid picture of the field's current state and potential future directions.

A candlestick chart is a tool used in technical analysis to track price movements in commodities or financial markets. It consists of four key prices: the opening price, closing price, highest price, and lowest price, forming a candle-like shape. The chart visually displays market trends, buying and selling pressure, and price fluctuations, helping investors quickly understand market conditions. Different colors represent price increases or decreases, while the shape of the candlestick reflects market sentiment. Although a candlestick chart is a powerful tool, it has limitations and should be used alongside other analysis methods for more comprehensive investment decisions.

Story Protocol is a Layer 1 blockchain project, led by a16z with a total funding of $140 million, focusing on revolutionizing traditional intellectual property (IP) management. The project introduces the Agent TCP/IP framework, utilizing blockchain's transparency and programmability to enable AI agents to autonomously trade IP, including training data, creative styles, and investment strategies. This article provides an in-depth analysis of Story Protocol's technical architecture, core values, disruptive solutions, and its leadership in the AI-driven IP transaction space.

Today's article covers the emerging yet often misunderstood sector of decentralised compute in crypto. We dive into the AI infrastructure landscape to understand where decentralised alternatives can realistically compete.

The article explores NFFL, a fast cross-rollup state verification protocol using EigenLayer’s restaked ETH and NEAR DA, enabling secure, efficient, and scalable cross-chain applications with fast finality.