Autonomys and Multiple Network have formed a strategic partnership aimed at revolutionizing decentralized AI (deAI) by optimizing data transmission for on-chain agents. This collaboration centers around integrating Multiple Network's high-speed, privacy-preserving bandwidth Decentralized Physical Infrastructure Network (DePIN) with Autonomys' robust infrastructure for decentralized storage and computation. This combination seeks to unlock a new level of performance and security for AI applications built on blockchain technology, paving the way for a more accessible and efficient AI3.0 ecosystem.
A core benefit of this partnership is the potential for high-speed operation of Autonomys' "Auto Agents," AI agents designed to function autonomously on-chain. By leveraging Multiple Network's bandwidth DePIN, these agents will be able to transmit data rapidly and securely, overcoming traditional limitations associated with slower, more centralized systems. This will enable real-time interactions and complex computations on the blockchain, pushing the boundaries of what's possible with decentralized AI. Furthermore, Multiple Network's emphasis on privacy preservation ensures that sensitive data used in these operations remains protected.
Beyond agent performance, the collaboration aims to tackle a key challenge in the deAI space: efficient and private large-scale training of AI models. The combination of Multiple Network's low-latency bandwidth with Autonomys' distributed storage network (DSN) and decentralized compute domains offers a practical and scalable solution for this problem. This means that developers will have the necessary resources to train powerful AI models without compromising on data privacy, opening up exciting new possibilities in decentralized machine learning.
The partnership is framed as a significant advancement for the AI3.0 ecosystem. By integrating Multiple Network's specialized bandwidth DePIN, Autonomys strengthens its existing suite of technologies and provides a complete infrastructure stack for building and deploying sophisticated, on-chain AI agents.
