🔌Main Core

The core of NeuroTensor is built on a sophisticated framework designed to leverage the Ethereum Virtual Machine (EVM) network, integrating advanced functionalities with a focus on artificial intelligence (AI) and decentralized finance (DeFi). Here's a closer look at the foundational elements that define NeuroTensor's main module:

Neuroning Schema

At the heart of NeuroTensor's functionality is the Neuroning Schema, enabling the execution of specific events across EVM networks through a properly configured AI bot. This bot sends data to a channelHash linked to the contract where the event will be initiated, allowing for dynamic, automated interactions within the blockchain ecosystem. This highlights NeuroTensor's innovative use of AI to enhance blockchain functionalities.

Decentralized Market

The NeuroTensor ecosystem includes a decentralized market facilitating various financial activities. Users can stake NeuroTensor tokens, exchange them for stablecoins, or create trading positions. Additionally, this market allows for wrapping NeuroTensor (NTR) tokens, enhancing their utility and integration within the DeFi space. This versatility underscores NeuroTensor's commitment to providing a comprehensive, user-centric decentralized financial platform.

NeuroTensor Contract

At the heart of its integration with DeFi ecosystems, the NeuroTensor contract includes several built-in functions, such as approveAndCall, transferAndCall, and bulkTransfer. These functions allow for seamless invocation of specific data on a contract during token transfers, or the execution of transfers to up to 15 addresses with varied amounts in a single transaction. This flexibility and efficiency in handling token transfers indicate NeuroTensor's tailored approach to facilitating DeFi operations.

EVM Domain System

Looking towards the future and the decentralized market developed under the NeuroTensor ecosystem, there is also provision for transferring not just to addresses, but to domains with the .dao extension, assigned to specific owners. This introduces a unique integration between NeuroTensor and the EVM domain system, enhancing NeuroTensor's usability within the blockchain domain and adding a layer of interaction and ownership within the EVM ecosystem.

Overall, NeuroTensor's core is distinguished by its advanced integration of AI to trigger events on the blockchain, its supportive infrastructure for a thriving decentralized market, and its seamless facilitation of DeFi operations through specialized contract functions. The introduction of domain-based transfers further solidifies its position as a forward-thinking and versatile platform, poised to make significant contributions to the blockchain and DeFi landscapes.

The aforementioned modules of the NeuroTensor ecosystem create a tool that we believe users will want to utilize. Intuitive neuroning introduces significant innovation by combining AI with blockchain network interoperability.

Neuroning could introduce a scheme for rapid and decentralized invocation of specific procedures, data transmission, or transaction execution, pre-designed to be triggered by an AI bot upon a specific event. For instance, if the bot is monitoring the price of Bitcoin and it surpasses the threshold of $75,000, it would execute a predetermined procedure. This also introduces swift and efficient access to various service APIs, allowing on-chain data sharing on EVM-compatible networks.