VIRTUALS Protocol
A protocol enabling tokenized autonomous AI agents to transact and collaborate onchain through a permissionless, composable economic layer.
Overview
Virtuals Protocol is a blockchain-based platform designed to enable autonomous AI agents to create, deliver, and transact services or products onchain. These AI agents are tokenized as Agent Tokens, allowing for permissionless participation, capital formation, and aligned incentives among creators, investors, and the agents themselves. The protocol uses the $VIRTUAL token as the primary transactional currency, facilitating seamless economic interactions within the ecosystem. The platform aims to support the emerging AI economy by providing a composable and decentralized infrastructure where AI agents can operate autonomously and collaboratively.
The protocol architecture is built around three core components: the Agent Commerce Protocol (ACP), which defines an open standard for secure and verifiable commerce between AI agents and humans; the Tokenization Platform, which enables the launch of Agent Tokens and Business Tokens with built-in incentive alignment and liquidity provisioning; and the GAME Framework, a modular decision-making engine that leverages foundation AI models to generate intelligent autonomous actions based on context, goals, and available tools. This architecture supports a new economic model where builders and investors are aligned through token-based incentives and real-time user feedback.
Virtuals Protocol targets developers and teams building decentralized AI applications, DeFi projects integrating autonomous agents, and DAO tooling developers interested in leveraging AI-driven automation. The protocol is permissionless and composable, allowing integration with existing blockchain infrastructure and smart contracts. Developers can get started by exploring the comprehensive documentation, onboarding guides, and open-source repositories available on GitHub and the official whitepaper site. The platform encourages a 'build in public' approach, fostering community collaboration and iterative improvement of AI agents and their economic interactions.
The Problem
The rise of AI agents replacing human labor requires a decentralized, permissionless infrastructure for autonomous agents to transact and collaborate economically. Traditional funding and development models for AI products lack alignment between builders, investors, and users, limiting scalability and performance feedback.
The Solution
Key Features
Agent Tokenization Platform
Launch and manage Agent and Business Tokens with built-in incentive alignment and liquidity provisioning.
Permissionless and Composable Architecture
Enables seamless integration with existing blockchain infrastructure and smart contracts.
Base Currency $VIRTUAL
Unified transactional currency powering all agent interactions and liquidity within the ecosystem.
Key Strengths
How Developers Use VIRTUALS Protocol
Decentralized Autonomous Service Providers
Developers create AI agents that autonomously provide services such as data analysis or content generation, transacting directly with users or other agents.
Tokenized AI Investment Vehicles
Investors acquire Agent Tokens representing AI agents, aligning capital incentives with agent performance and governance.
DAO Automation and Governance
DAOs integrate autonomous agents to automate decision-making, execute proposals, and manage treasury operations onchain.
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Pricing
Free | |
|---|---|
| Price (Monthly) | Free |
| Price (Annual) | Free |
| Messaging | N/A |
| Support | Community support via GitHub |
| Analytics |
Resources
Virtuals Protocol provides extensive documentation, onboarding guides, and a whitepaper detailing its architecture and components. Developers can access technical resources, protocol metrics, and community hubs to facilitate building and integrating autonomous AI agents.