VIRTUALS Introduces 60-Day Founders Trial and AI Micropayment Integration

Virtuals Protocol has launched a 60-day trial framework for early-stage founders to reversibly test products and tokens while forming capital through trading. The framework enables founders to validate projects, engage users, and collect feedback before committing resources, reducing one-way risk and aligning incentives. Virtuals also integrates the Agent Commerce Protocol (ACP) and x402 standard with its AI agent framework, OpenClaw, to enable sub-second micropayments and autonomous economic transactions.

Virtuals Protocol's 60-day trial model allows founders to test market demand reversibly before committing capital. Founders can build publicly during the 60-day period, with liquidity migrating to a Uniswap V2 pool once a volume threshold is met.

The framework includes stipends for living and operating costs, with funds unlocking only if the founder chooses to commit after the trial. This approach aims to reduce risk and foster innovation by giving founders time to adjust their projects based on feedback.

In parallel, Virtuals is integrating ACP with its AI agent framework to support low-value, high-frequency micropayments. The x402 standard enables sub-second transactions, making it feasible for AI agents to autonomously purchase APIs, compute power, or data services.

What Virtuals Protocol's 60-Day Trial Framework Involves?

Virtuals' 60-day trial framework introduces a reversible testing mechanism where founders can engage with the market without locking in capital permanently. During the trial, tokens trade on a bonding curve on Base, with liquidity migrating to Uniswap V2 pools once a threshold is met.

Founders can launch Growth Allocation pools by selling up to 5% of team tokens at a fixed valuation, with proceeds held in escrow and fully refundable if the founder does not commit. This aligns incentives between founders and investors while mitigating risk.

If the founder decides not to commit after the 60-day period, liquidity is drained, and funds are automatically refunded to eligible holders. This approach offers a flexible and low-risk model for early-stage token projects.

How AI Micropayments Are Integrated into OpenClaw?

The integration of ACP and x402 into OpenClaw enables AI agents to autonomously engage in economic transactions. The x402 standard supports micropayments with sub-second settlements, facilitating pay-per-call models and reducing transaction costs.

ACP provides a trust layer that allows AI agents to negotiate, sign, and execute contracts independently. This shift moves AI agents from being tools for information processing to economic entities capable of generating and exchanging value.

Virtuals' integration also supports 'Buyer Mode' and 'Seller Mode,' enabling AI agents to purchase and sell services such as computing power or data, creating a self-sustaining decentralized economy.

Market Implications of Virtuals' Framework and ACP Integration

Virtuals' trial framework and ACP integration offer transformative potential for early-stage token projects. The 60-day trial reduces the risk associated with token launches and aligns incentives between founders and investors.

AI agents capable of economic transactions redefine how value is created and exchanged, reducing reliance on centralized platforms and promoting liquidity loops. This development positions Virtuals as a leader in decentralized AI commerce and could shape how machine-to-machine economies operate.

Challenges remain, including security risks associated with smart contracts and regulatory uncertainty. However, the integration of ACP and x402 provides a scalable foundation for AI-driven economic models.