Quick Takeaways
- AEye will demonstrate its Apollo software-defined lidar at CES 2026, highlighting long-range, software-upgradable perception for automotive and mobility use cases.
- The solution emphasizes extended detection range, compact integration, and adaptability beyond vehicles into infrastructure and logistics.
On December 18, AEye, Inc. confirmed it will present its AEye Apollo software-defined lidar solution at CES 2026, taking place from January 6 to January 9, 2026. The showcase will focus on how next-generation long-range sensing is enabling safer, smarter, and more adaptable perception systems across automotive and mobility ecosystems.
The AEye Apollo software-defined lidar is engineered to deliver extended-range visibility while maintaining a compact design optimized for vehicle integration. Its flexible architecture allows performance characteristics to be updated through software, supporting evolving safety and autonomy requirements without hardware redesign.
Long-Range Sensing Designed for Automotive Integration
The Apollo lidar sensor is capable of identifying objects at distances reaching up to one kilometer. This extended detection range supports earlier hazard recognition, improved reaction time, and enhanced perception in high-speed driving environments. Its compact form factor enables discreet behind-the-windshield installation, preserving vehicle design aesthetics and simplifying system integration.
Key technical advantages include:
Beyond Vehicles: Expanding Real-Time 3D Perception
Alongside automotive demonstrations, AEye will also illustrate how the Apollo platform and its OPTIS full-stack perception solution extend into non-automotive applications. These include smart infrastructure and logistics environments that require continuous, real-time situational awareness.
Use cases highlighted include:
By combining long-range sensing with real-time analytics, the solution supports improved operational efficiency, safety monitoring, and automated decision-making across diverse deployment scenarios.
The CES 2026 demonstration underscores how software-defined lidar platforms are evolving beyond fixed-function sensors, enabling scalable perception capabilities that adapt to future mobility, infrastructure, and logistics demands.
The AEye Apollo software-defined lidar is engineered to deliver extended-range visibility while maintaining a compact design optimized for vehicle integration. Its flexible architecture allows performance characteristics to be updated through software, supporting evolving safety and autonomy requirements without hardware redesign.
Long-Range Sensing Designed for Automotive Integration
The Apollo lidar sensor is capable of identifying objects at distances reaching up to one kilometer. This extended detection range supports earlier hazard recognition, improved reaction time, and enhanced perception in high-speed driving environments. Its compact form factor enables discreet behind-the-windshield installation, preserving vehicle design aesthetics and simplifying system integration.
Key technical advantages include:
- Long-range object detection up to one kilometer
- Software-defined performance tuning
- Compact design suitable for behind-the-windshield placement
- High-resolution 3D perception for advanced driver systems
Beyond Vehicles: Expanding Real-Time 3D Perception
Alongside automotive demonstrations, AEye will also illustrate how the Apollo platform and its OPTIS full-stack perception solution extend into non-automotive applications. These include smart infrastructure and logistics environments that require continuous, real-time situational awareness.
Use cases highlighted include:
- Intelligent traffic intersections and urban infrastructure
- Drone-based monitoring and aerial analytics
- Shipping corridors and logistics hubs
- Complex industrial and mobility environments
By combining long-range sensing with real-time analytics, the solution supports improved operational efficiency, safety monitoring, and automated decision-making across diverse deployment scenarios.
The CES 2026 demonstration underscores how software-defined lidar platforms are evolving beyond fixed-function sensors, enabling scalable perception capabilities that adapt to future mobility, infrastructure, and logistics demands.
Company Press Release
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