AIxCrypto Holdings, Inc. (NASDAQ: AIXC) announced it has entered into a non-binding collaboration framework with Chutes AI to explore infrastructure support for its AI agent and application-layer ecosystem.

The collaboration aims to evaluate how decentralized compute infrastructure may support scaling requirements of AIxCrypto's real-time, multi-agent environments, particularly in areas such as inference latency, concurrency management, and system responsiveness.

Under the framework, Chutes AI is expected to explore providing access to its decentralized AI inference infrastructure to support AIxCrypto's platform-level requirements, including model routing, real-time processing, and workload distribution across concurrent agent interactions.

The parties intend to assess how decentralized compute networks may complement AIxCrypto's existing architecture in scenarios involving high-frequency, real-time AI agent interactions, multi-agent concurrency and coordination, and latency-sensitive user-facing applications such as interactive AI environments.

The collaboration framework also provides for potential cooperation across co-marketing initiatives, developer support, and future commercial arrangements, subject to further agreement between the parties.

"As AI applications evolve toward more interactive and agent-driven systems, infrastructure performance becomes increasingly critical," said Jerry Wang, Co-CEO of AIxCrypto. "We believe it is important to explore a range of infrastructure approaches, including decentralized compute networks, to understand how they may support scalability, responsiveness, and long-term ecosystem development in a responsible and technically grounded manner."

The framework remains non-binding, and any definitive commercial terms or operational deployment structures will be subject to separate agreements between the parties.

AIxCrypto is building a three-layer architecture spanning infrastructure, protocol, and application layers through the convergence of AI agents and embodied AI devices.