On April 22, 2026, Toyota Motor Corporation and its mobility technology subsidiary, Woven by Toyota, officially unveiled a suite of advanced artificial intelligence technologies designed to power the infrastructure of Woven City. The centerpiece of the announcement is the AI Vision Engine, a large-scale AI foundation model engineered to interpret and respond to complex real-world conditions in real-time. This deployment marks a significant milestone in the development of Toyota’s living laboratory located at the base of Mount Fuji in Susono, Japan.
The AI Vision Engine operates as a multimodal foundation model, distinguishing it from conventional computer vision systems that rely on static, pre-defined datasets. According to technical documentation released by Woven by Toyota, the engine utilizes generative AI architectures to predict object trajectories and environmental shifts before they occur. The system integrates data streams from an extensive network of sensors, including high-definition cameras, LiDAR, and ultrasonic sensors embedded within both the city’s physical infrastructure and its fleet of autonomous vehicles.
In its current implementation within Woven City, the AI Vision Engine is integrated into the city’s digital twin environment. This allows for the simultaneous processing of physical and virtual data, enabling the system to manage the interactions between three distinct types of thoroughfares: one dedicated to automated driving, one for pedestrians, and one for personal mobility devices. Official specifications indicate that the engine processes environmental data with a latency of less than 50 milliseconds. This high-speed processing is critical for the safe operation of the city’s autonomous delivery robots and the e-Palette, Toyota’s multi-purpose automated mobility service.
A spokesperson for Woven by Toyota stated during the unveiling that the AI Vision Engine is intended to move urban management from a reactive model to a predictive one. By understanding the intent of moving objects and the nuances of human behavior in shared spaces, the technology aims to minimize traffic conflicts and optimize the flow of goods and people. The engine also serves as a platform for co-creation; Toyota confirmed that an application programming interface (API) for the AI Vision Engine will be provided to select corporate partners. This will allow third-party developers to build and test services related to automated logistics, retail, and energy management within the Woven City ecosystem.
The initial rollout of the AI Vision Engine covers the first phase of Woven City, which encompasses approximately 50,000 square meters of urban space. Toyota intends to utilize the data and performance metrics gathered from this deployment to refine AI models for its global vehicle lineup. The company indicated that the technologies showcased today are foundational to its broader transition from a traditional automaker to a comprehensive mobility company.