The technological architecture of the Virtuals Protocol represents an innovative combination of blockchain, artificial intelligence, and tokenization designed to create decentralized, autonomous, and monetizable AI agents.
1. Blockchain Base (Layer 2 Ethereum):
Main Network: The Virtuals Protocol primarily operates on Base, a scalable Layer 2 solution for Ethereum.
Advantages of Base: Choosing Base gives the protocol several key advantages:
Low Fees: Transaction costs are significantly lower than on the main Ethereum network, making micropayments and frequent interactions with AI agents economically viable.
High Transaction Speed: Base offers high throughput, which is critically important for applications requiring real-time interaction with AI agents.
Ethereum Security: The Virtuals Protocol benefits from the robust security mechanisms of Ethereum, as Base inherits the security of the main network.
On-chain Transparency: The use of blockchain allows tracking of agent contributions, reward distribution, and asset ownership on-chain, ensuring complete transparency.
2. AI Agents and GAME Framework:
Autonomous AI Agents: The foundation of the protocol is the AI agents themselves. They are capable of:
Autonomous Decision Making: Making decisions based on input data and predefined parameters.
Multimodal Communication: Interacting through various channels (text, voice, images, video).
Interaction with the Environment: Responding to the surroundings, whether it be a gaming environment, social network, or virtual world.
Integration with On-chain Wallets: Some agents may be equipped with the ability to manage cryptocurrency wallets for performing transactions.
GAME (Generative Autonomous Multimodal Entities) Framework: This is the key technological framework underlying the AI agents of the Virtuals Protocol. It provides agents with the capabilities for:
Autonomous planning.
Interaction with the environment.
Information processing.
Wallet management (for monetization).
Content creation and personalized responses.
3. Protocol Functions:
The Virtuals Protocol performs three main functions for managing AI agents:
Creation and Deployment: The protocol provides a "plug-and-play" system for creating and deploying AI agents. This simplifies the process for developers and may also include an "Initial Agent Offering (IAO)" — a platform for launching new AI agents.
Ownership Management (Tokenization): Each AI agent is tokenized, and these tokens represent a share of ownership. The protocol manages this ownership through smart contracts.
Revenue Distribution: The protocol automates the collection of revenues generated by agents and their fair distribution among agent token holders and within the Virtuals Protocol ecosystem (including a buyback-and-burn mechanism for VIRTUAL).
4. Immutable Contribution Vaults:
To ensure fair compensation for data authors and those contributing to the fine-tuning of AI, the protocol uses "Immutable Contribution Vaults." This ensures that contributors receive their share of rewards, which is tracked on-chain.
The technological architecture of the Virtuals Protocol is aimed at creating a sustainable and scalable ecosystem where AI agents can function autonomously, generate revenue, and be managed by a decentralized community. #VIRTUAL $VIRTUAL
