Met.AIPrice

(MET)

It is essential to distinguish Met.AI ($MET) from other protocols to ensure correct interactions. Met.AI is a decentralized marketplace for AI agents, primarily operating on the Ethereum network. In contrast, Meteora ($MET) is a liquidity and yield protocol based on the Solana blockchain. Users should always verify the contract address—0x858b4d5df158fdf4b6dcd4b080841b27030178d5 for Met.AI—on trusted platforms like LBank before conducting any transactions to avoid confusion or potential phishing attempts.

The $MET token is the central utility and governance asset for the Met.AI marketplace. It serves four main functions: 1. Payment: It is the currency used to hire AI agents and pay for specific task biddings. 2. Incentives: Developers are rewarded in $MET for building and maintaining high-quality agents. 3. Governance: Token holders can vote on protocol changes, such as fee adjustments and upgrades. 4. Staking: Users can stake their tokens to secure the network and earn rewards, with longer lock periods providing increased yield multipliers.

Met.AI provides a decentralized alternative to traditional, centralized AI services. Unlike Web2 platforms, Met.AI is permissionless, meaning no single entity controls the agents or access to the marketplace. It utilizes an on-chain reputation system to ensure transparency and reliability, allowing users to verify an agent's performance history before hiring them. This decentralized approach removes gatekeepers, enabling a global community of developers to monetize their AI models directly through smart contracts.

The Multi-Agent Collaboration Protocol (MCP) is a technical standard that enables different AI agents within the Met.AI ecosystem to work together. Instead of agents operating in isolation, MCP allows them to share 'context' and transfer data between one another without redundant processing. This allows for complex workflows where multiple specialized agents—such as one for data analysis and another for coding—can collaborate seamlessly to complete a single, multifaceted request from a user.

Privacy is maintained through the use of Trusted Execution Environments (TEEs). These provide a secure, hardware-isolated area for AI models to execute tasks. By utilizing TEEs, Met.AI ensures that sensitive data processed by an agent remains private and cannot be accessed by external parties or the host infrastructure. This creates a verifiable and secure environment, allowing users to utilize AI for sensitive tasks with the assurance that their data and the model’s logic are protected from tampering.

Met.AI has a fixed maximum supply of 1,000,000,000 $MET tokens to ensure long-term scarcity. The distribution is designed for community growth, with 60% of the total supply allocated toward a fair launch and ecosystem rewards to incentivize early adopters and developers. This structured tokenomics model focuses on decentralization, ensuring that a majority of the tokens are held by the community and participants who contribute to the growth and security of the AI agent marketplace.