Kawada Industries and Highlanders jointly develop system to visualize construction sites using quadruped robots

PR Times reported on November 10, 2026, that Kawada Industries and Highlanders are jointly developing a system to visualize construction sites using quadruped robots. We have not verified the information with primary sources; please refer to the original source for details.

Kawada Industries and Highlanders plan to use footage from the robots to identify hazards, locate materials and assess construction progress, aiming to feed information gathered during site patrols into safety and construction management. The plan is to test the system on a full-scale bridge model before aiming to deploy it at actual construction sites starting in fiscal 2027, making functional validation on the model a condition for field use.

The focus of the joint development is not the quadruped robot itself, but a system that uses AI to analyze camera footage, record site conditions and support safety and construction management. The development process is also structured to test and improve functions on a full-scale bridge model before deploying the system at actual construction sites. It can be seen as an effort to validate in a near-real-world environment a workflow that gathers information with robots, analyzes it with AI and feeds the results into management tasks. The functions include identifying hazards, locating and counting materials and equipment, and checking construction progress. Even when based on the same footage, these tasks require different objects to be recognized and different methods of on-site verification. Therefore, testing on the full-scale model will need to establish not only whether footage can be captured, but also whether each function can produce information usable for management tasks. However, the announcement does not specify the AI methods, recognition accuracy, data formats or operating procedures, leaving limited information for assessing the functions’ practicality. Highlanders had announced that it would exhibit a mass-production prototype of its humanoid robot “N” at “Exhibiting at CEATEC 2026; showing mass-production prototype of domestically produced humanoid ‘N’”. The latest announcement concerns the company’s use of a different robot, the quadruped “HLQ EDGE,” for customization for construction sites and AI system development. The two announcements show different activities—exhibiting and prototyping a robot, and developing robots and AI systems for specific applications—but the materials do not establish whether the technologies or development structures are shared. The significance for construction lies not simply in having robots patrol sites, but in using footage to generate information for multiple tasks, including materials management and progress tracking. Whether the plan to deploy the system at sites in fiscal 2027 translates into actual operations will depend on how it addresses differences between the model environment and real sites, how accurately it can identify hazards and count items, and who will review the footage and how. The announcement does not identify the sites where the system will be deployed, operating frequency, evaluation criteria or post-deployment operating structure; these will need to be monitored as deployment progresses.