研究所のご紹介
Universal AI Mobility
AI × Robot × Mobility × Drone
Gravity Space-Time Laboratory
重力時空研究所
Architecture Overview
Universal AI Mobility の進化図
研究ロードマップ
自動車
↓
AIモビリティ
↓
空中モビリティ
↓
宇宙モビリティ
Overview
Universal AI Mobility is a research project aimed at integrating artificial intelligence, robotics, ground mobility, and autonomous drone systems into a unified mobility architecture.
Instead of treating automobiles, robots, and drones as independent machines, this research explores a system in which artificial intelligence acts as the central intelligence layer and multiple physical platforms cooperate as parts of the same mobility framework.
The objective is to develop experimental mobility platforms capable of operating across multiple domains including ground environments, aerial environments, and eventually space environments.
Core Concept
The fundamental idea behind Universal AI Mobility is that mobility technologies should not be separated into different categories such as automobiles, robots, or drones.
In this research framework, these technologies are treated as components of a unified AI-driven mobility architecture.
Artificial intelligence functions as the central intelligence layer, while mobility vehicles, robots, and drones operate as physical agents cooperating within the same system.
Research Components
The Universal AI Mobility project currently includes several experimental platforms.
Nautilus Mobility Series
Experimental mobility vehicles designed to test AI-integrated mobility systems.
Nautilus-01 is a custom-built experimental vehicle used as a mobile research platform.
The platform allows the integration of robotics, artificial intelligence systems, and drone-based technologies in real-world experiments.
Photo: Nautilus-01 experimental mobility platform
Nautilus-01 Experimental Vehicle
Nautilus-01 is a handmade experimental mobility vehicle developed as part of the Universal AI Mobility project.
As a personal engineering project, this vehicle represents one of the earliest attempts to implement a standalone AI system within a custom-built automobile platform.
The vehicle is used as a mobile laboratory for experiments involving:
AI-assisted mobility
robot integration
drone deployment
human–machine interaction
autonomous navigation
KKK Robot Series
The KKK Robot Series consists of experimental robotic systems designed to cooperate with mobility platforms.
These robots function as autonomous agents and can operate as components of a larger AI-driven mobility system.
The robots are intended to interact with mobility vehicles and participate in integrated experiments involving AI-controlled systems.
Drone Mobility System
Autonomous drone systems are used for aerial mobility experiments.
These drones are integrated into the Universal AI Mobility framework and are used for experiments involving:
aerial mobility
remote sensing
autonomous navigation
AI-assisted flight systems
Standalone AI System
A decentralized AI architecture is being developed to allow mobility systems to operate independently from centralized cloud-based infrastructure.
This standalone AI approach allows AI-driven mobility platforms to function even in isolated environments without constant network connectivity.
Experimental Platform
The Nautilus-01 research vehicle acts as a real-world experimental platform where multiple technologies are tested simultaneously.
The platform enables experiments involving:
AI-assisted mobility
robot integration
drone deployment
human–machine interaction
autonomous navigation
AI Roundtable Experiment
Experiments involving multiple AI systems have also been conducted within the Nautilus-01 environment.
A multi-AI discussion experiment involving four different AI systems was conducted as an exploration of AI collaboration and human-AI interaction.
These experiments were performed inside the research workspace associated with the mobility platform.
Future Vision
The long-term vision of this research is the development of a unified mobility system capable of operating across multiple environments.
Research progression:
Ground Mobility
→ Air Mobility
→ Space Mobility
Ultimately, the project explores the possibility of AI-driven mobility systems capable of operating beyond terrestrial environments.
Research Philosophy
This project is based on the idea that technological innovation requires integration across multiple engineering disciplines.
Rather than specializing in a single field, the Universal AI Mobility approach integrates:
mechanical engineering
robotics
electronics
artificial intelligence
experimental mobility systems
into a unified research framework.
Researcher
Jun Tanimoto
Gravity Space-Time Laboratory
Independent Researcher
Repository Structure
universal-ai-mobility
│
├ README.md
│
├ mobility-system
├ nautilus-series
├ kkk-robot-series
├ drone-system
└ standalone-ai
はじめに
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イベント情報
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所長谷本淳のプロフィール＆活動内容
京都大学工学部の通称落ちこぼれ学科の大学院を卒業、某社に就職するも社内いじめと軍需産業に係わったことから病院送りにされる。しかし、不屈の精神によって50にて嫁と出会い再婚起業した。60才から新規事業にて、創作自動車、創作Robot
Drone の製作に取り組む。念願の時空間制御の研究によりdrone開発を開始した。
セキュリティゼロの世の中を嘆きスタンドアロンAIのＰ２Ｐ分散処理によるニューラルネットワーク構築を目指している。重力制御研究の師匠を宇宙研究所清家新一氏としている。宇宙研究所の同人になることを清家先生より依頼された。(旧姓,石田淳)
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イベント参加
イベントに出展はする予定はありませんが、創作自動車に創作Robotを積載して出かける予定です。
イベントにRobotを積載した創作自動車で訪問予定
六本木のWEB3とA I関連のイベントに創作自動車に創作Robotを積載して出かける予定です。
本年の４月のイベントです。
東京の六本木のイベント
大阪市の港区のイベント
本年６月のRobot関連イベントに
創作自動車に木材創作Robotを積載して出かける予定です。
