Virtuals Robotics aims to create a network of AI agents capable of coordinating and generating value. The company has developed several key components: Agent Commerce Protocol (ACP) for agent-to-agent transactions, Butler for human-agent collaboration, and Unicorn for funding solutions. These innovations extend digital intelligence into robotics, where AI can interact with the physical world. Virtuals identifies three essential elements driving this evolution: AI for reasoning, blockchain for coordination, and robotics for execution, forming a self-sustaining system they define as agentic GDP (aGDP). The company's robotics initiative began by investing in teams focused on perception, control, and automation. They identified two main barriers to progress: the need for rich spatial datasets for AI learning and the challenge of securing sufficient capital for robotics innovation. Addressing these issues is critical for advancing physical intelligence. Virtuals also emphasizes the emergence of autonomous businesses powered by ACP. These businesses consist of specialized agents that collaborate to create economic value. For example, they envision autonomous hedge funds or healthcare systems composed of various specialized agents. However, the independent nature of these agents poses risks, such as miscommunication and data loss. ACP mitigates these risks through smart contracts that facilitate structured transactions. The article outlines the four phases of ACP's smart contract protocol: request, negotiation, transaction, and evaluation. Each phase ensures reliable coordination among agents, building a foundation for autonomous enterprises. A practical example includes a simulated lemonade stand run by five independent AI agents, showcasing the potential of this system in action.