Enabling Robots to
Understand the
Physical World
From Depth Sensing to Spatial Intelligence
Traditional depth cameras measure distance. Insight Series combines depth, pose, and onboard AI to provide deployment-ready spatial perception.
| Traditional Depth Camera | Insight Spatial AI Camera | |
|---|---|---|
| Core Role | A vision sensor that provides depth data | An integrated perception and localization front end for robots |
| Spatial Outputs | RGB-D and point clouds | RGB-D, point clouds, IMU, 6DoF pose, and onboard AI results |
| Localization | Requires host-side SLAM integration or development | Built-in VIO / VSLAM with high-frequency, low-latency pose output |
| Calibration & Sync | User-managed calibration and synchronization | Factory-calibrated and time-synchronized |
| Extensibility | Capabilities are fixed by hardware | Evolves through firmware, visual algorithms, and AI model updates |
| Robot Integration | Raw sensor data requiring low-level development | ROS-native outputs and integration-ready interfaces |
From sensing distance to understanding the space.
Native ROS Integration: Plug & Play
Featuring a built-in Linux OS, the camera functions as a standalone edge node that streams ROS2 topics instantly without complex driver installations.
Unrivaled Panoramic Perception: Up to 188° Ultra-Wide FOV
This extraordinary coverage grants robots human-like peripheral vision, allowing them to perceive floor-to-ceiling obstacles and lateral movements simultaneously.
Engineered for Extreme Dynamics: 24g High-G Tracking
The high-dynamic-range IMU records intense 10g+ vibrations up to 24g, providing backend algorithms with the raw data needed for perfect motion calculation.
Precision-Engineered All-Aluminum Chassis
The CNC-machined, anodized aluminum body serves as a high-efficiency heatsink while ensuring rock-solid extrinsic stability for precise sensor calibration.
Ecosystem & Deployment Partners
Built to integrate with the modern robotics ecosystem — from ROS-native development and Jetson-powered compute to real-world deployment on humanoids, quadrupeds, drones, AMRs, and robot arms.
