Headwaters Supports Physical AI Controlling Autonomous Robots with Voice Commands, Utilizing Remote Robotics' "Remolink"

Introduction at Microsoft AI Tour Tokyo 2026

Headwaters Co., Ltd. (Headquarters: Shinjuku-ku, Tokyo; Representative Director: Yosuke Shinoda; hereinafter "Headwaters"), which operates an AI solution business, has supported the advancement of physical AI that can operate robots via voice, utilizing "Remolink," a remote robot operation platform provided by Remote Robotics Co., Ltd. (Headquarters: Minato-ku, Tokyo; President and Representative Director: Hirokazu Tanaka; hereinafter "Remote Robotics"). Remolink is a cloud service equipped with functions to support daily operations, such as remote control of robots and equipment, as well as member management, task assignment, and operation planning.

In this initiative, the goal was not simply for AI to automatically move robots, but to materialize an operational model where on-site personnel participate in decision-making without needing specialized operations, and AI executes based on those decisions. By providing necessary judgments through voice and linking them to robot actions, physical AI is made more user-friendly in the field.

Furthermore, this initiative demonstrates a direction to extend AI utilization beyond software support to robot operations and on-site operations in physical space. By configuring it to handle a series of work flows such as start, input, output, and re-execution, it materializes the applicability for automation and sophistication in manufacturing, logistics, and various operational sites.

The direction of this initiative was also introduced at Microsoft AI Tour Tokyo 2026, where it was presented as an application image of physical AI combining human judgment and autonomous robot operation initiated by voice.

・ Demo Video

https://www.youtube.com/watch?v=JX25ChwD_Ag

・ Background

In industries such as manufacturing and logistics, various challenges are becoming apparent, including labor shortages, difficulty in recruitment, the difficulty of complete automation, and the operational burden after introduction. Particularly in processes involving recognition and judgment, it is difficult for robots alone to complete tasks, often leading to a dichotomy of "100% automation" or "100% human work." Remote Robotics addresses these challenges by offering an option of "division of roles between humans and robots," where humans provide necessary judgments and instructions remotely, combined with autonomous robot operations.

Remolink is designed not only to enable remote control of robots and equipment installed on-site but also as a platform to support on-site operations themselves, including assigning tasks to personnel, operational planning, and progress confirmation. The value of this service lies in expanding human influence through remote means, such as site recovery, monitoring, multi-site support, and intervention only in exceptional cases.

・ Overview of this Initiative In this initiative, the design was based on the premise of a division of roles where "AI executes and humans judge," rather than "humans handle all operations." By configuring AI to proceed with robot operations according to known rules, confirm with humans when judgment is needed, and continue processing by reflecting that content, the aim is to achieve a form of robot utilization that is easy to use on-site.

This approach allows people to participate in on-site operations by providing necessary judgments, rather than performing complex operations step-by-step. Since it does not require specialized operational skills, it lowers the barrier to on-site participation and is expected to reduce the burden associated with long hours of monitoring and operation.

・ Significance of this Initiative

The significance of this initiative lies in presenting a model where the value of physical AI is not solely placed on "robots moving automatically," but rather on introducing it in a way that on-site personnel can use, and where AI learns and grows through operation. This is a realistic approach that does not solely assume complete autonomy, but rather starts with a configuration that can be used without difficulty on-site and is sophisticated through operation.

In this initiative, while AI executes robot operations, the design incorporates human involvement when judgment is needed. Such a configuration is becoming increasingly important from the perspective of balancing AI autonomy and safety. In fact, AI business guidelines also organize common principles such as human-centricity, safety, transparency, and accountability, and a design like this initiative, where humans participate in judgment and AI executes, is consistent with these ideas.

Furthermore, by accumulating judgment history and operational knowledge, it is expected that the scope of what robots can autonomously handle will expand in the future. This also serves as a foundation for physical AI that is adjusted for each site and continuously evolves, not just for one-off automation.

・ Future Outlook Headwaters will continue to support the advancement of robot utilization and physical AI in remote operation platforms like Remolink, combining AI agents, multimodal AI, voice processing, cloud-edge collaboration, and more. We have previously worked on Microsoft Azure utilization support for Remolink, voice control, automation of specification Q&A responses, UI context management, and low-latency architecture verification, and this initiative further enhances the concreteness of the on-site operational model based on these efforts.

Going forward, it is envisioned that the solution will first be introduced in limited processes and tasks, accumulating rules and judgment knowledge through on-site use, and gradually expanding the scope of AI support. There is potential for application in repetitive tasks where a division of roles between robots and humans is effective, such as manufacturing, logistics, inspection, and experimental/laboratory work.

Headwaters will advance the social implementation of robot utilization based on the idea of starting small with physical AI that can be used on-site and nurturing it through operation.

End

・ Reference Information ・Headwaters to fully enter the next-generation physical AI market - Deploying 'Autonomous Thinking Physical AI Technology' centered on AI agent technology to the enterprise market - https://www.headwaters.co.jp/news/headwaters_entering_physical_ai_market.html

・Headwaters supports Remote Robotics' voice control prototype development through "HWS Agent Camp" https://www.headwaters.co.jp/news/remoterobotics_hws_agent_camp.html

・ About Trademarks Remolink is a trademark or registered trademark of Remote Robotics Co., Ltd. Microsoft Azure is a registered trademark or trademark of Microsoft Corporation in the United States and other countries. In addition, proper nouns such as event and product names mentioned are trademarks or registered trademarks of their respective companies.

・ Company Information Company Name: Headwaters Co., Ltd. Location: Shinjuku Island Tower 4F, 6-5-1 Nishi-Shinjuku, Shinjuku-ku, Tokyo 163-1304, Japan Representative Director: Yosuke Shinoda Established: November 2005 URL: https://www.headwaters.co.jp/