Fujisoft Exhibits at Daido Robot Hall’s 10th Anniversary Festival, Demonstrates Physical AI Starter Package Controlled by Voice

Fujisoft exhibited at the Daido Robot Hall 10th Anniversary Festival and demonstrated its Physical AI Starter Package, in which a robot moves in response to voice commands. The demonstration showed a system that receives voice input and makes a robot operate. The publication date and venue details could not be confirmed from the provided source text.

Fujisoft’s demonstration of a physical robot responding to voice commands at an exhibition shows how physical AI is being presented not just as a concept but as an operating scenario for real-world settings. Based on the provided source, the question is no longer only whether it works, but which robots it can connect to and what the package will include.

The key point is that Fujisoft has moved from explaining its robotics-related initiatives to demonstrating a physical robot operating in response to voice commands. However, the primary information provided confirms only that the demonstration was shown at the exhibition; it does not indicate production plans or the terms of commercial availability. The novelty, therefore, appears to lie less in the technology’s level of completion than in presenting physical AI as an entry point for business applications. In our related article, Fujisoft opens robot software development center in Nagoya (2026-10-01), the company positioned its Nagoya Lab as a dedicated center for robot development and demonstration. That article focused on development, physical testing and workforce development. This time, the physical demonstration connecting voice input to robot movement took center stage, suggesting a progression from establishing a facility to presenting the work externally. The industry implication is that the focus may be less on competition over robot hardware performance and more on who can quickly demonstrate user interfaces, control logic and integrated environments that work in the field. In actual operations, voice control involves recognition accuracy, exception handling, emergency stops and integration with existing equipment, so the depth of supporting implementation will matter more than the feature alone. The next points to check are the components of the Physical AI Starter Package, the robots it supports, what it controls and the scope of implementation.

The specific information confirmed in the source text is that Fujisoft exhibited at the Daido Robot Hall 10th Anniversary Festival, that the demonstration was called the Physical AI Starter Package, and that it showed a physical robot moving in response to voice commands. Fujisoft appears to have presented an example of how physical AI could be used through the demonstration, but the text does not provide details on the target models, control method, components, deployment sites or pricing.

In Japan, ease of operation and integration with existing equipment can be obstacles to introducing robots in the workplace. The physical demonstration of a robot responding to voice commands raises the question of how Japanese companies will build that integration layer and could be a subject of interest for companies with expertise in control software and field implementation.