GENISOM AI Showcases Real-World Robotics at ICRA 2026

GENISOM AI Steps into the Global Robotics Spotlight at ICRA 2026 with Real-World-Ready Robots \\[](https://example.com) \\With over 10,000 robots already deployed globally, GENISOM AI made a significant impact at ICRA 2026, held from June 2-4. The company’s message was clear: embodied AI is no longer just a concept but a practical reality. At the event, GENISOM AI showcased its GENISOM M1 and GENISOM L1 robot platforms, along with supporting technologies for simulation, navigation, motion control, and embodied intelligence. These capabilities enable the robots to operate effectively in complex environments, from industrial settings to infrastructure inspections. \\### From Simulation to Real-World Deployment \\GENISOM AI’s approach at ICRA 2026 was to present a cohesive ecosystem that connects core robotic components, simulation, and real-world deployment. This integrated system helps general technology readers understand how various elements work together to support robots in real environments. The company demonstrated how full-stack robotics can be applied across industries, including power infrastructure, security, emergency response, and education. \\### GENISOM M1: Built for Industrial and Field Applications \\One of the main products showcased was the GENISOM M1, designed for challenging environments such as industrial inspections, emergency response, and power infrastructure. With a 30 kg continuous walking payload and IP67 protection, the M1 is well-suited for outdoor and demanding operational conditions. Its dual hot-swappable batteries provide up to five hours of continuous operation, making it ideal for fieldwork where reliability and endurance are crucial. In power grid inspections, the M1 can assist teams working around substations and power lines, while in industrial settings, it can handle routine inspection tasks in hazardous or hard-to-reach areas. \\### GENISOM L1 and L1-W: Versatile Mobility for Research and Education \\The GENISOM L1-W, featuring a hybrid wheeled-legged mobility system, combines the terrain adaptability of legged robots with the efficiency of wheels. This makes it suitable for environments with both flat surfaces and complex terrain. The University of Manchester team won first place in the IROS 2025 Quadruped Robot Challenge using the GENISOM L1 EDU, highlighting its effectiveness in demanding robotics environments. The L1 EDU supports SLAM, 3D mapping, and open-source development, making it an excellent platform for universities, laboratories, and developers. \\### What This Means for ASEAN Factories \\For factories in Thailand, Vietnam, Indonesia, and Malaysia, the advancements by GENISOM AI offer significant benefits. In Thailand, where the automotive and electronics industries are booming, these robots can enhance production efficiency and safety. In Vietnam, with its growing manufacturing sector, the M1 can support routine inspections and maintenance in industrial plants. In Indonesia, the M1’s capabilities in power infrastructure inspection can help maintain the country’s expanding energy network. In Malaysia, the L1-W’s versatility can be leveraged in research and educational institutions, fostering innovation and skill development. \\### Conclusion \\GENISOM AI’s showcase at ICRA 2026 demonstrates the practical value of full-stack robotics in real-world applications. For factory buyers in ASEAN, these advanced robots offer a reliable and efficient solution for a wide range of industrial and infrastructure needs. By integrating simulation, navigation, and motion control, GENISOM AI provides a comprehensive system that can significantly enhance operations and productivity in the region. \\**Takeaway for Factory Buyers:** Consider the GENISOM M1 and L1-W for their robust design, long battery life, and versatile capabilities. These robots can improve safety, efficiency, and overall performance in your industrial and infrastructure projects.