Technology

Bittensor (TAO) is a decentralized network that combines blockchain and artificial intelligence. It uses a subnet structure to allow AI models to compete in an open market and earn rewards based on their performance.

Bittensor is a decentralized AI network that builds an open machine learning marketplace through Subnets, Miners, and Validators. It uses the Yuma consensus mechanism to evaluate models and distribute TAO rewards, turning AI capabilities into a priced and incentivized resource.

TAO is the native token of the Bittensor network, playing a central role in incentive distribution, network security, and value capture within a decentralized AI ecosystem. Through an inflationary issuance model, staking mechanisms, and subnet based incentives, TAO supports an economic system where AI models compete, are evaluated, and rewarded based on performance.

Zebec is a blockchain-based protocol designed for real-time payments and cash flow management. Its core mechanism combines streaming payments and continuous settlement, allowing funds to move continuously at the second level rather than relying on periodic batch processing.

A Bittensor Subnet functions as an independent AI task marketplace within the network. Each subnet builds its own incentive structure around specific use cases such as text generation, image recognition, or prediction. Through miners supplying models, validators assessing output quality, and dynamic TAO and Alpha token allocation, subnets enable the production and pricing of machine intelligence in a decentralized way.

Gate Exchange for AI provides access to centralized exchange trading systems, while Gate DEX for AI connects AI agents to on-chain decentralized finance environments. These two execution paths differ in transaction routing, custody structure, and operational control. Understanding how these execution architectures work helps explain how AI agents interact with centralized and decentralized financial infrastructure in modern crypto ecosystems.

The x402 protocol is a Web3 API payment standard designed for AI agents that addresses the challenge of paying for API services in automated environments. The protocol builds on the HTTP standard 402 Payment Required status code and combines it with blockchain based payment mechanisms, allowing programs to automatically complete payments and settlement when requesting API services. Through this design, x402 provides new infrastructure for machine to machine service transactions on the internet.

Monad is a high performance, low latency EVM compatible Layer1 blockchain designed to dramatically increase throughput and confirmation speed while preserving full Ethereum Virtual Machine compatibility. Rather than relying on Layer2 scaling or modular designs, Monad fundamentally restructures both the execution and consensus layers. Through parallel transaction execution, an optimized BFT consensus mechanism, and an asynchronous block processing model, it delivers architectural level performance breakthroughs beyond traditional public chains.

A comprehensive analysis of the architecture and application scenarios of the Plasma blockchain, exploring how it leverages a native Bitcoin bridge, zero-fee stablecoin channels, and a customizable gas model to build the next-generation Layer 1 infrastructure tailored for global payments.

This article analyzes the breakthroughs in multimodal video generation technology (such as Byte's EX-4D, Google Veo, etc.) and discusses their profound impact on the creator economy and Web3 AI.

In the era of AI data scarcity, how does Vana use blockchain to break the monopoly of tech giants? This article delves into how the DataDAO mechanism empowers users to control data sovereignty, earn model profit-sharing, and foster a democratized AI ecosystem. From Tesla driving data to genetic privacy battles, uncover why CZ and top VCs are investing in the next-generation data infrastructure.

Web3 technology turns fans into active participants and creates new value opportunities. However, technical barriers and market volatility block mass adoption. A practical approach is necessary.

This article compares Web2 privacy products (like Proton) with Web3 privacy projects (such as Nillion, Skiff, etc.), analyzing their strengths and limitations in the path to productization. Proton demonstrates successful privacy product development through vertical integration and open-source audits, while many Web3 privacy initiatives struggle with product-market fit (PMF) and rely heavily on token-driven narratives.

Gate Research (March 21 - 27, 2025): On March 21, Pump.fun launched its native DEX PumpSwap. On March 24, Plume token launched on Solana, promoting cross-chain liquidity for RWA assets. On March 25, Nillion Alpha mainnet went live, advancing Web3 privacy computing infrastructure. On March 26, Gate.com Wallet officially added support for Berachain, enhancing security and liquidity. The decentralized social payment protocol Celo has completed its migration to Ethereum Layer 2.

This article delves into zkWASM technology, an innovative solution that combines Zero-Knowledge Proofs (ZK) with WebAssembly (WASM). It aims to help Web2 developers smoothly transition to Web3 development, enabling them to build decentralized applications using familiar programming languages. By processing computations off-chain while storing proofs on-chain, zkWASM lowers development barriers while providing privacy protection and scalability. Despite facing challenges, it shows tremendous potential across multiple domains, including DeFi, and is poised to become a key technology driving Web3 development.