Introduction: Seyond Debuts at MODEX 2026
Seyond, a recognized leader in high-performance LiDAR solutions, made its first appearance at MODEX 2026, showcasing cutting-edge LiDAR technology designed to power Physical AI for autonomous mobile robots (AMRs) and automated guided vehicles (AGVs). The company’s booth A4114 offered live demonstrations of its award-winning Hummingbird D1 and the ultra-wide field-of-view Robin W, highlighting both precision sensing and adaptability in real-world industrial environments.
Hummingbird D1: Precision Meets Reliability
The Hummingbird D1 series represents the latest advancement in fully solid-state LiDAR technology. Its compact, maintenance-free design makes it ideal for AMR and AGV applications, where uptime and long-term reliability are essential. With detection capabilities ranging from 0.01 to 50 meters, it excels in close-range tasks such as docking, parking, and pedestrian detection. In my experience, such close-range reliability is often the differentiator in complex warehouse or factory floor operations, preventing collisions and optimizing navigation paths.
Robin W: Ultra-Wide FOV for Complex Environments
Robin W stands out for its unmatched vertical field of view and extended detection range of 0.1 to 150 meters. This allows robots to perceive obstacles at multiple heights—critical in multi-level warehouses and environments with human-robot interaction. The live demonstration under simulated fog conditions showed Robin W’s resilience in low-visibility scenarios, underscoring the importance of environmental adaptability for safe and efficient AMR deployment. From my perspective, integrating such a LiDAR into industrial operations can significantly reduce downtime and improve safety compliance.
Comprehensive LiDAR Portfolio: Simplifying Integration
Beyond individual products, Seyond offers a unified LiDAR portfolio covering short- to ultra-long-range detection. This integrated approach eliminates challenges common in multi-vendor setups, such as incompatible data formats, fragmented software, and complex calibration. For industrial automation engineers, this translates to faster deployment, reduced integration complexity, and easier scalability—critical advantages when expanding fleets of AMRs or AGVs across facilities.
Domestic Manufacturing: Reliability and Customization
Seyond’s U.S.-based manufacturing facility produces automotive-grade, BABA-compliant LiDAR sensors. This domestic production ensures supply chain reliability and enables rapid iteration and customization—essential for companies deploying robots in infrastructure projects or industrial automation at scale. From my professional standpoint, having access to locally manufactured LiDAR not only mitigates delivery risks but also allows for iterative design improvements tailored to specific operational challenges.
Conclusion: Empowering the Next Generation of Physical AI
Seyond’s Hummingbird D1 and Robin W, supported by a complete sensing portfolio, provide AMRs and AGVs with unmatched perception capabilities. By delivering reliable, high-performance LiDAR, Seyond helps industrial automation systems operate safely and efficiently, even under challenging conditions. My insight is that the future of logistics and industrial robotics will increasingly rely on such integrated LiDAR solutions, where sensor reliability and environmental adaptability define operational excellence.
