​Invention Disclosure: AI-Dedicated Sequential Communication Hub

 ​[Background of the Invention]

Current integration models for Generative AI and Physical AI (e.g., autonomous driving, robotics) assume a direct connection between data centers and devices. However, this model faces critical bottlenecks in real-world infrastructure, such as insufficient bandwidth, latency, and a lack of safety mechanisms, making seamless data flow practically impossible.

​[Invention Summary]

This invention introduces an intelligent "Hub" (similar to a smart extension cord/gateway) positioned between the data center and physical devices. This hub manages wireless communication channels in a specific sequence to ensure safety and real-time responsiveness in the physical world.

​[Claims / Core Intellectual Property]

​Multi-Channel Frequency Control (Smart Extension Cord Structure)

​Assigns distinct frequency bands (channels) based on data types. Communication is not simultaneous but executed in a "controlled sequence" to optimize bandwidth and safety.

​Sequential Execution Protocol (Visual-First, Action-Last)

​Prioritizes "Visual Data (Input)" through the highest-priority channel. The "Action Data (Output)" channel is physically restricted or put on standby until the visual analysis result is confirmed.

​Autonomous Emergency Interlock (Reflex Action Function)

​If the visual channel detects an anomaly (e.g., an obstacle or sensor error), the Hub immediately cuts the power/signal to the "Action Channel" without waiting for instructions from the data center.

​[Applicable Fields]

​Medical/Healthcare: Surgical and transport robots.

​Mobility: Autonomous vehicles and V2I (Vehicle-to-Infrastructure) communication.

​Industrial/Manufacturing: Multi-vendor robot coordination in smart factories.

​Consumer/Home: AI-driven life-support robots.

​Timestamp: February 17, 2026

Inventor: Taisuke Michikaze 


​[Licensing Information]

For licensing inquiries and detailed terms of use, please refer to the separate licensing page.

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