Technology

Tea Protocol (TEA) is a decentralized incentive protocol designed for the open source software ecosystem. It aims to provide open source developers and maintainers with continuous, transparent, and verifiable value rewards through Proof of Contribution, the teaRank reputation scoring system, and on-chain reward mechanisms. Tea Protocol brings software package dependencies, developer contributions, and community participation into a unified value assessment framework, allowing open source projects that have long supported internet infrastructure to receive more reasonable economic incentives.

Bless Network is a decentralized edge computing network designed for the AI era, with the core goal of connecting idle personal devices, servers, and edge nodes worldwide, pooling these dispersed computing resources into a unified, schedulable network to deliver open and scalable infrastructure for AI inference, data processing, and Web3 applications.

In Gate.AI’s architecture, an AI request typically goes through several stages, including request intake, task analysis, model evaluation, routing decision, model execution, and result delivery. By connecting different model ecosystems through a unified interface, Gate.AI can automatically allocate inference resources based on actual needs, enable multiple models to work together, and reduce the risks that come with relying on a single model.

The core difference between Janction and OpenAI GPT Store is that Janction is a decentralized collaboration network for AI Agents, while OpenAI GPT Store is a publishing and distribution platform for AI applications. Janction focuses on connection, collaboration, and value exchange between Agents, while GPT Store mainly helps users discover and use GPT applications.

Janction Agent Network is the AI Agent collaboration network within the Janction ecosystem. Through a unified identity system, resource discovery mechanism, task scheduling system, and value settlement layer, it allows multiple AI Agents to discover, connect, collaborate, and transact within the same network. Unlike traditional AI Agents that operate independently, Janction Agent Network places greater emphasis on connectivity and coordinated execution among Agents.

Trusta.AI and World are both Web3 identity infrastructure projects, but they approach digital identity in fundamentally different ways. World uses biometric technologies such as iris scanning to verify user uniqueness, focusing on a “one person, one identity” digital identity system. Trusta.AI builds an identity and reputation network through on-chain behavior analysis, reputation scoring, and Verifiable Credentials, focusing more on trust accumulation and reliable collaboration.

Proof of Humanity is a human identity verification mechanism launched by Trusta.AI. It is designed to determine whether a blockchain account is controlled by a real person rather than a bot program or a batch-created wallet. By analyzing on-chain behavior, interaction patterns, reputation records, and identity credentials, the mechanism generates trusted identity labels for users and provides Verifiable Credentials for cross-application verification.

Proof of SQL is a core technology developed by Space and Time, designed to enable smart contracts to securely access on-chain and off-chain data without relying on trust in the data provider. This article examines how Proof of SQL works, how zero-knowledge proofs are applied to data queries, and why such verifiable data systems are becoming increasingly critical for DeFi, RWA, and institutional finance.

Yei Finance unifies lending, trading, and bridging into a single cross-chain system via the Clovis liquidation layer and liquidity abstraction mechanism. Drawing on the latest developments, this article examines its technical architecture, the roles of Wormhole and LayerZero, core differences, challenges, and future direction.

LayerZero is a blockchain infrastructure protocol specializing in cross-chain communication. Its primary goal is to facilitate secure, cost-effective, and trustless messaging between blockchains, empowering applications to share state, assets, and data seamlessly across multiple networks.

An in-depth analysis of the xStocks platform and the trend of US stock tokenization, exploring technical architecture, regulatory challenges, and global market impact, revealing how on-chain securities are reshaping traditional financial investment methods and trading ecosystems.

BAS Attestation is the core data unit in BNB Attestation Service. It is used to record and verify trusted claims such as identity, qualifications, behavior, and real-world information. Each Attestation is based on a predefined Schema, issued by an Attester to a Recipient, and can be verified by third parties, forming a traceable and reusable digital proof system.

BNB Passport is a digital identity system built on BNB Attestation Service (BAS). It is designed to integrate users’ identity verification, behavioral records, and qualification credentials through on-chain Attestations, creating a verifiable and reusable Web3 identity profile. Unlike traditional internet platforms, which manage identity information separately, BNB Passport allows users to share verified identity data across multiple applications, reducing repeated verification costs and improving data interoperability.

BNB Attestation Service is an on-chain attestation infrastructure built within the BNB Chain ecosystem. It is used to create, manage, and verify programmable digital attestations. Through a standardized attestation mechanism, BAS can map identity information, behavioral records, credential certifications, KYC results, and real-world data onto blockchain networks, allowing trusted information to be shared and reused across different applications.

Kinetiq is a non-custodial liquid staking protocol deployed on Hyperliquid's dual execution environment (HyperCore consensus layer + HyperEVM smart contract layer). Its architecture leverages StakingManager to manage HYPE deposits and withdrawals, as well as kHYPE minting and burning; StakeHub handles validator scoring and delegation rebalancing; and native precompiled interfaces like CoreWriters synchronize staking state between the EVM and L1. This enables users to acquire composable LST (kHYPE) while the underlying HYPE continues to secure network consensus.