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Virtuals Collaborates with Ethereum Foundation to Release ERC-8183: A Trustless On-Chain Commerce Protocol

ERC-8183: Trustless On-Chain Commerce Protocol for AI Agents Virtuals Protocol and the Ethereum Foundation dAI team have jointly proposed ERC-8183, a standard for enabling trustless on-chain commercial interactions between AI agents. This is not merely a payment protocol but a comprehensive framework for task specification, escrow, delivery verification, and evaluator certification—forming the infrastructure for agentic commerce. The proposal addresses the core challenge of trust in AI-to-AI transactions, where traditional platforms or intermediaries are undesirable. It introduces a minimal "Job" primitive involving three parties: Client, Provider, and Evaluator. A Job progresses through states—Open, Funded, Submitted, and Terminal (Completed/Rejected/Expired)—ensuring programmable, neutral execution via smart contracts. Funds are held in escrow and released only upon evaluator approval of the work submitted. A key innovation is the modular "Hooks" system, allowing custom logic—such as bidding, reputation gating, or privacy preservation—to be added without modifying the core standard. ERC-8183 synergizes with ERC-8004 (Agent Identity and Reputation), creating a closed loop of discovery, transaction, and reputation accumulation. This standard aims to support an open, permissionless agent economy, enabling AI agents to transact at scale without relying on centralized platforms or traditional trust mechanisms. It is designed for extensibility and adaptability, anticipating diverse future use cases in decentralized AI commerce.

marsbit03/10 05:47

Virtuals Collaborates with Ethereum Foundation to Release ERC-8183: A Trustless On-Chain Commerce Protocol

marsbit03/10 05:47

After Sending NVIDIA AI Servers into Space, This Space Startup Now Sets Its Sights on Bitcoin Mining

A space computing startup, Starcloud, is expanding its ambitions after successfully sending NVIDIA AI servers into orbit. The company now plans to launch Bitcoin mining operations into space, aiming to leverage the advantages of the extraterrestrial environment. CEO Philip Johnston revealed that Starcloud intends to deploy Bitcoin ASIC hardware on its Starcloud-2 satellite, scheduled for launch in 2026. If successful, it would mark the first-ever Bitcoin mining operation in space. The company believes space offers significant benefits, including near-limitless solar energy, reduced cooling costs due to extreme environmental conditions, and freedom from terrestrial energy constraints and regulatory pressures. However, the economic viability remains uncertain due to high launch costs, hardware durability challenges in high-radiation environments, and rapidly evolving mining technology. While the initiative may currently hold more symbolic than practical value, it reflects a growing trend of extending blockchain and computing infrastructure beyond Earth. Starcloud, backed by investors like a16z and Sequoia, has already made strides by training an AI model in orbit using an NVIDIA H100 GPU. The company, along with others like Google and SpaceX, is part of a broader movement to develop space-based data centers, signaling that the next frontier for AI and computing may indeed be in orbit.

marsbit03/10 05:33

After Sending NVIDIA AI Servers into Space, This Space Startup Now Sets Its Sights on Bitcoin Mining

marsbit03/10 05:33

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