Toyota's Woven City Opens Advanced AI Laboratory Where Humans and Robots Share Daily Life

2026-04-28 data

Tokyo, Tuesday, 28 April 2026.
Toyota’s experimental Woven City in Japan has unveiled its AI Vision Engine technology that analyzes human behavior through street cameras to improve safety coordination between people, autonomous vehicles, and robots. The 47,000 square meter facility near Mount Fuji houses 100 residents who interact daily with delivery robots, autonomous vehicles, and AI systems while generating real-world data for future regulations.

Revolutionary AI Systems Transform Urban Safety

The centerpiece of Woven City’s technological advancement is the AI Vision Engine, a large-scale Vision Language Model that Toyota and Woven by Toyota unveiled on April 22, 2026 [2]. This sophisticated system fuses visual, behavioral, and environmental data from camera feeds, mobility systems, and user inputs to identify patterns, detect potential risks, and enable coordinated real-time action across the city’s infrastructure [2]. The AI Vision Engine has been ranked among the world’s leading Vision Language Models according to the MVBench Leaderboard [2], demonstrating Toyota’s commitment to developing cutting-edge artificial intelligence capabilities that can be applied beyond the confines of their experimental city.

Comprehensive Safety Integration Through AI Coordination

The AI Vision Engine forms part of a broader Integrated ANZEN System that combines multiple AI technologies to create unprecedented safety coordination [2]. This system integrates the Vision Engine with Woven City Behavior AI, which interprets and predicts human behavioral patterns, and Woven City Drive Sync Assist, which provides driving assistance using camera data from vehicles and traffic signals [2]. Together, these components anticipate movement and behavior patterns while providing real-time information to both pedestrians and drivers, aiming to improve safety by seamlessly coordinating people, mobility technology, and urban infrastructure [2]. The system represents a fundamental shift from reactive to predictive safety measures, where artificial intelligence anticipates potential conflicts before they occur.

Living Laboratory Generates Real-World Data

Woven City officially launched in September 2025, with its first residential phase now housing approximately 100 residents known as ‘Weavers’ who live and work alongside autonomous systems [1][4]. These residents serve as active participants in the testing process, effectively functioning as test drivers for an automaker as they interact with various experimental technologies within the controlled urban environment [1]. According to automotive expert Shinya Yamamoto, residents can ‘try out various things they want to do within the town in a real setting’ and ‘directly feed back to the manufacturers whether those things are truly useful for society or for themselves’ [1]. This human-centric approach to technology development provides invaluable data on how people actually interact with autonomous systems in daily life scenarios.

Expanding Innovation Ecosystem and Future Applications

The newly unveiled Inventor Garage, which began operations in April 2026, represents a significant expansion of Woven City’s research capabilities [2][6]. Built within a renovated former press factory facility spanning 20,000 square meters, the garage provides a collaborative space for diverse companies to develop and test innovative solutions [6]. New participants include karaoke company Daiichikosho, which is developing AI-powered song selection technology, and Joby Aviation, which is working on flying taxi systems [2][5]. Toyota and Woven by Toyota have indicated plans to expand the AI Vision Engine’s deployment beyond Woven City [2], suggesting that the insights gained from this living laboratory will eventually influence urban development and safety standards globally. When fully completed, the entire Woven City project will expand to approximately 294,000 square meters at an estimated cost of $10 billion [1].

Bronnen

smart cities human-robot interaction