HarvestAI (BTH) is a Layer 1 blockchain developed with the specific purpose of advancing AI development and deployment. It aims to tackle current challenges within artificial intelligence, such as data privacy, the ownership of AI models, transparency, and the scalability of computational resources. The project's vision is to redefine how AI is constructed, put into operation, and governed, through the integration of trustless AI execution, model hosting services, and an autonomous marketplace. This infrastructure is designed to give enterprises, developers, and users comprehensive control over their data and computational assets. HarvestAI intends to establish an AI ecosystem that is transparent, secure, and scalable, moving beyond the constraints found in conventional AI development approaches. Described as the initial Layer 1 blockchain crafted for AI Agents, HarvestAI brings together intelligent infrastructure, decentralized tools, and economic incentives to support future AI-native applications. The blockchain is engineered to provide high throughput and low-latency execution, facilitating real-time interactions between individuals and AI operating on the chain. Developers leveraging HarvestAI can deploy AI agents, refine models directly on the blockchain, and generate revenue through the use, contribution, and validation of tokens, thus creating a Web3-native economic model for AI innovation. The platform is designed for full integration with Ethereum Virtual Machine (EVM) compatible wallets, ensuring a smooth user experience with AI-powered Web3 wallet features, real-time multi-language assistance, and direct access to various decentralized applications (dApps) such as GameFi, DeFi, and SocialFi from within the wallet. The BTH token is integral to the HarvestAI ecosystem, fulfilling several functions including serving as gas for transactions, providing rewards, and enabling governance. These tokens are utilized for accessing network services, which encompass the execution of AI models, licensing datasets, and decentralized storage solutions. Transaction fees are adjusted dynamically based on network activity. Furthermore, validators secure the network by staking BTH, which helps ensure that AI computations and blockchain operations are verifiable and resistant to tampering. Validators receive rewards in proportion to their stake and the work they perform.
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