Blockchain

Flare’s data acquisition mechanism consists of two core protocols: FTSO, or Flare Time Series Oracle, which provides decentralized time-series data such as prices, and Flare Data Connector, or FDC, which verifies the state of external blockchains or systems. By embedding data protocols into the base layer of blockchain, Flare can provide trusted data inputs and cross-chain information access for smart contracts without relying on third-party oracle services.

MetaDAO (META) is a Solana based Futarchy governance protocol. Its core idea is to replace traditional DAO voting with decision markets.

The tokenomics of Conflux (CFX) is an incentive and resource allocation system designed around the operation of a high-performance blockchain. Through Gas fees, storage bonding, and node reward mechanisms, it supports the long-term operation of the entire network.

Conflux (CFX) is a public blockchain designed with high performance as a core goal. Its key innovation is that it breaks through the limits of traditional blockchains, where a single chain processes blocks sequentially. Unlike classic blockchains such as Bitcoin and Ethereum, Conflux uses a Tree-Graph structure to support the parallel generation of multiple blocks, improving system throughput and efficiency from the underlying architecture.

Conflux (CFX) is a high-performance public blockchain that uses a PoW mechanism. Its core innovation lies in using a Tree-Graph structure to process blocks and transactions in parallel, breaking through the performance bottleneck of the traditional blockchain model, where a single chain processes activity sequentially.

Billions Network (BILL) is a token economic model built around onchain identity verification and trusted data services. Its core goal is to convert network demand into token value through a “usage driven” mechanism. BILL is not only used to pay verification fees, but also plays an important role in incentivizing nodes, maintaining network security, and supporting future governance.

Billions Network (BILL) is decentralized infrastructure designed for on-chain identity verification and trusted data interactions. By using DID, decentralized identity, and zero knowledge proof technology, it allows users to verify their identity without exposing raw data. As Web3 and AI applications continue to develop, BILL is increasingly used in scenarios such as KYC, Sybil resistance, and human versus machine identity recognition.

Billions Network (BILL) is a Web3 infrastructure network designed for on-chain identity verification and data trust. Through zero-knowledge proofs (ZK) and decentralized identity (DID) mechanisms, it enables identity and behavior proofs that are “verifiable without exposing data.” As AI and the open internet continue to develop, Billions Network is being widely used in identity verification, KYC compliance, and trusted interaction scenarios.

Tagger’s (TAG) tokenomics is, at its core, an economic system built around “data production and the circulation of data value.” Unlike traditional Web2 data platforms, Tagger brings data annotation, data trading, and data validation into a unified on-chain incentive system, turning data from a resource into an economic asset that can be priced and traded.

Tagger (TAG) is a blockchain-based decentralized data annotation network that uses crowdsourcing mechanisms, AI-assisted tools, and on-chain validation systems to produce and circulate high-quality data. As artificial intelligence drives explosive growth in demand for data, Tagger is being widely used in scenarios such as AI training data generation, data annotation, and data trading.

Tagger (TAG) is a Web3 infrastructure designed to build a decentralized AI data annotation and data trading network. By combining blockchain with crowdsourcing mechanisms, it integrates data collection, annotation, validation, and circulation into a unified process. As artificial intelligence drives explosive growth in demand for high-quality data, Tagger is being widely used in scenarios such as AI training data, data crowdsourcing, and data marketplaces.

The ACN token is mainly used to pay for GPU compute power, AI services, Agent tasks, staking incentives, and ecosystem settlement within AITECH Cloud Network, while its deflationary mechanism affects token supply.

AITECH Cloud Network’s revenue model mainly comes from AI compute leasing, Agent Forge service calls, enterprise infrastructure access, and the payment and settlement system built around the ACN token.

AITECH Cloud Network (ACN) is an AI compute network that combines high performance computing with blockchain. At its core, it uses a tokenized mechanism to connect compute resources with demand for AI services.

The use cases of House Party Protocol mainly center on verifiable AI, off chain computing, AI Agent execution, data verification, user identity, and intelligent asset analysis.