Understanding Aeva Omni: The First Compact Wide-View Short-Range 4D LiDAR Sensor for Physical AI

At CES 2026, Aeva unveiled the Aeva Omni™, marking a significant advancement in LiDAR technology with its introduction as the industry's first compact wide-view short-range 4D LiDAR sensor. This sensor is specifically designed for physical AI applications, enabling enhanced perception capabilities across various sectors. Developed in collaboration with LG Innotek, the Aeva Omni offers a panoramic field of view of 360 degrees horizontally and 90 degrees vertically, a notable expansion compared to traditional LiDAR sensors that typically have narrower viewing angles.

The wide field of view allows the sensor to capture comprehensive environmental data in real-time, which is critical for applications requiring precise spatial awareness. This includes autonomous vehicles, where understanding the surroundings in all directions is essential for safe navigation; robotics, which benefit from improved obstacle detection and environment mapping; drones that require robust situational awareness for flight stability and mission success; defense systems that depend on accurate target detection; warehouse automation that relies on efficient object recognition and navigation; and smart infrastructure that integrates sensing for enhanced operational intelligence.

Aeva Omni’s short-range focus is particularly suited for environments where detailed, close-proximity sensing is necessary. Unlike long-range LiDAR sensors that prioritize distant object detection, this sensor excels in capturing high-resolution data within a limited radius, making it ideal for crowded or complex spaces. The 4D aspect of the sensor incorporates not only three-dimensional spatial data but also velocity information, enabling dynamic tracking of moving objects. This capability enhances the sensor’s utility in scenarios where understanding object movement is as crucial as identifying static obstacles.

The collaboration with LG Innotek has been pivotal in achieving the sensor’s compact form factor without compromising performance. The compactness facilitates integration into various platforms, including smaller drones and robots, where space and weight constraints are significant considerations. Moreover, the sensor’s design supports scalability and adaptability, allowing it to be deployed across a wide range of applications and industries.

By delivering comprehensive perception capabilities in a compact and efficient package, Aeva Omni represents a leap forward in LiDAR technology. Its introduction is poised to accelerate the adoption of physical AI systems that rely on accurate and wide-ranging environmental sensing. This advancement not only enhances operational safety and efficiency but also opens new possibilities for innovation in autonomous systems and smart environments.

In summary, Aeva Omni’s unique combination of a panoramic 360° × 90° field of view, short-range precision, 4D sensing, and compact design addresses critical needs across multiple industries. Its development underscores the growing importance of advanced sensing technologies in enabling smarter, safer, and more responsive AI-driven applications.