Autonomys, the foundation layer for AI3.0, and DIN, the first AI agent blockchain, have announced a strategic integration to revolutionize decentralized AI (deAI) infrastructure. This collaboration will establish a robust ecosystem for AI training, decentralized applications, and blockchain interoperability.
At the core of this partnership is enhanced data availability and storage. DIN's significant data requirements will be supported by Autonomys' decentralized storage network (DSN), which offers secure, scalable, and high-throughput solutions for permanent and temporary storage. This integration is set to bolster DIN’s data processing, storage, and retrieval processes, ensuring high levels of security and efficiency.
DIN will also benefit from Autonomys' advanced compute clusters, seamlessly integrated within the AI3.0 ecosystem. By leveraging cutting-edge technology such as A100 and H100 GPUs, DIN can scale its AI-driven data services and processing capabilities with unprecedented efficiency. This alignment provides the scalability and power needed to handle complex AI workflows.
Additionally, the collaboration introduces cross-chain interoperability to enable deAI services across multiple blockchains. Autonomys' decoupled execution environments will facilitate interoperability, enhancing the developer experience and expanding the scalability of decentralized AI applications. This multi-blockchain approach underscores a shared commitment to fostering an inclusive and interconnected AI ecosystem.
“We’re thrilled to partner with Autonomys to scale decentralized AI infrastructure,” said Harold, Founder of DIN. “Their advanced storage and AI compute capabilities will strengthen our mission to build a robust ecosystem for AI training and agent development, shaping the future of secure, scalable, and interoperable AI-powered applications.” Parth Birla, Head of Partnerships at Autonomys, added, “DIN’s infrastructure is a vital addition to our AI3.0 ecosystem, enabling the development of cutting-edge AI applications that redefine decentralized technology.”
