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AEye develops software-defined, ultra-long-range lidar sensors and full-stack physical AI systems designed to enable machines that perceive, reason, and act safely in the real world. Its Apollo sensor delivers high-resolution 3D object detection at distances of up to one kilometer in a compact, automotive-grade form factor roughly the size of a smartphone, supporting behind-the-windshield integration for vehicles and pole-mounted deployment for smart infrastructure.
The company's 4Sight Intelligent Sensing Platform underpins all AEye products with a software-definable architecture that can be reconfigured via over-the-air updates without requiring hardware changes. This enables customers to adapt sensor behavior for specific use cases, environments, and performance requirements across ADAS, full autonomy, smart corridors, security perimeters, ports, logistics yards, and rail corridors.
OPTIS is AEye's purpose-built full-stack physical AI solution that combines Apollo's long-range lidar perception with advanced computing and partner perception software to deliver real-time 3D intelligence and autonomous decision-making for smart transportation, intersection safety, and logistics automation. Apollo is a validated partner on the NVIDIA DRIVE AGX Orin ecosystem.
AEye serves customers across automotive OEMs, Tier 1 suppliers, smart infrastructure operators, aviation and aerospace, defense, rail, and logistics industries. The company is publicly traded on Nasdaq under the ticker LIDR and has expanded Apollo manufacturing capacity to 60,000 units annually through a capital-light model with a Tier 1 global manufacturing partner.
- Enabling advanced driver-assistance systems with long-range 3D object detection up to one kilometer
- Powering fully autonomous vehicle platforms with high-resolution all-weather lidar perception
- Equipping smart city intersections with real-time vehicle, pedestrian, and object detection analytics
- Providing foreign object and perimeter detection for airports and aerospace facilities
- Supporting rail operators in detecting corridor hazards to improve safety and network reliability
- Delivering long-range perception for defense applications in manned and unmanned aerial vehicles
- Automating logistics yard and port operations through continuous high-precision object tracking
- Integrating lidar perception with NVIDIA DRIVE AGX Orin for scalable autonomous driving deployments
- Configuring software-defined scan patterns for specific regional and environmental requirements
- Deploying full-stack OPTIS physical AI for intelligent transportation corridors and tolling
- Monitoring security perimeters with long-range all-weather detection of vehicles and personnel
