Coral v1 Turns 'Internet of Agents' into Reality with Blockchain Collaboration

Coral Protocol has announced the launch of Coral v1, a decentralized platform designed to simplify the deployment and coordination of multi-agent systems on blockchain networks. The update introduces , a feature enabling developers to rent production-ready agents on demand, reducing infrastructure overhead and accelerating deployment timelines. By combining remote agents with local agents in a single session, developers can track and optimize workflows through Coral Studio’s telemetry tools Coral Protocol rolls out Coral v1 with Remote Agents to ... - Finbold^[1]. The platform’s on-chain payment system, powered by Solana (SOL), automates payouts for agent creators whenever their tools are used, fostering a self-sustaining ecosystem Coral Protocol debuts Coral V1 for multi-agent software deployment^[2].

The launch addresses longstanding challenges in multi-agent development, where traditional frameworks often treated agents as isolated functions, leading to fragmented workflows and high infrastructure costs. Coral v1 introduces protocol-level rules for agent interaction, enabling seamless collaboration across decentralized networks. Roman Georgio, Co-Founder and CEO of Coral Protocol, emphasized the platform’s potential to create “an AI ecosystem that can accomplish virtually anything through combining distinct agents, each with their own sphere of expertise” Coral Protocol rolls out Coral v1 with Remote Agents to ... - Finbold^[1]. This approach mirrors real-world organizational structures, allowing developers to define teams and processes for agent coordination Coral Protocol debuts Coral V1 for multi-agent software deployment^[2].

A key innovation is the , a public marketplace where developers can list their Remote Agents for use by others. This registry, coupled with automatic payout mechanisms, incentivizes innovation by fairly compensating contributors. The system’s interoperability across ecosystems is further enhanced by Solana’s high-throughput blockchain, which facilitates low-cost, high-speed transactions. According to the Coral team, this model reduces barriers to entry for developers while ensuring creators are rewarded for their work Coral Protocol debuts Coral V1 for multi-agent software deployment^[2].

Coral’s performance has already drawn attention. In early August 2025, the protocol outperformed Microsoft’s Magnetic UI by 34% on the , a rigorous test of AI agents in complex, real-world scenarios. The benchmark, comprising 450 advanced questions, evaluates problem-solving, research, and analytical reasoning capabilities. Caelum Forder, Coral’s CTO, described the results as evidence that the “Internet of Agents” is no longer theoretical but a tangible reality Coral Protocol debuts Coral V1 for multi-agent software deployment^[2].

The project’s roadmap for 2025 includes the launch of for on-chain agent task coordination, along with tools for local server and agent mesh deployment. Coral’s native token, CORAL, has seen a 500% increase since its April 2025 debut but remains 40% below its all-time high. Analysts attribute the token’s performance to growing adoption of the platform and its rebrand from Ai23T earlier this year Coral Protocol debuts Coral V1 for multi-agent software deployment^[2].

Critically, Coral v1’s architecture positions it as a scalable solution for decentralized AI development. By enabling modular agent systems, the platform allows developers to assemble advanced workflows from Coral’s expanding library of tools. This flexibility, combined with automated payments and robust interoperability, could accelerate the adoption of multi-agent systems in blockchain ecosystems. As Georgio noted, the release represents the culmination of years of work toward a decentralized AI infrastructure, with the next phase focused on observing how developers leverage Remote Agents to push the boundaries of on-chain collaboration Coral Protocol rolls out Coral v1 with Remote Agents to ... - Finbold^[1].