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Product Information & Technology
What is adaptive lidar and how does it differ from traditional lidar?
Adaptive lidar, as showcased by AEye at CES 2023, features hardware components that are fully software configurable. This allows the sensor system to dynamically focus on critical areas in real-time, adapting to changing environments, weather conditions, and varied applications. Unlike traditional lidar, adaptive lidar delivers fast, accurate, and reliable information, enhancing safety and performance across transportation modes. Source
How does AEye's 4Sight™ Intelligent Sensing Platform work?
AEye's 4Sight™ Intelligent Sensing Platform is a software-defined lidar system that can adjust range, resolution, frame rate, and field-of-view through software, without requiring hardware changes. It enables city-wide scalability for Intelligent Transportation Systems (ITS) applications, such as automated tolling, intersection management, and highway monitoring. Source
What are the main products offered by AEye?
AEye offers several advanced lidar solutions, including Apollo (flagship product with up to one kilometer detection range), OPTIS™ (full-stack solution for real-time 3D imaging and interpretation), and the 4Sight Intelligent Sensing Platform (precise measurement imaging for autonomous vehicles, smart infrastructure, and logistics). All products are software-defined and customizable. Source
What technical documentation is available for AEye's products?
AEye provides detailed specification sheets, white papers, and case studies. For example, the Apollo solution's performance specifications can be downloaded here. Additional resources include white papers on lidar technology and real-world case studies for ITS use cases. Source
How does AEye's lidar perform in challenging environments?
AEye's lidar systems are engineered to perform reliably in adverse conditions such as rain, darkness, and fog. This ensures consistent performance and operational reliability for safety-critical applications. Source
What is the detection range of AEye's Apollo lidar system?
The Apollo lidar system can detect objects at distances of up to one kilometer, making it ideal for highway autopilot and high-speed driving scenarios. Source
How does AEye's lidar technology support future-proofing?
AEye's software-defined lidar technology allows for over-the-air updates, ensuring the system remains relevant and adaptable to evolving needs. This reduces the risk of obsolescence and supports long-term investment. Source
What mounting options are available for AEye's lidar sensors?
AEye's compact lidar design supports various mounting options, including in-cabin, on the roof, or in the grille. This flexibility allows OEMs and integrators to implement critical safety features with minimal impact on vehicle design. Source
What integrations does AEye offer for its lidar solutions?
AEye's Apollo sensor is fully integrated with the NVIDIA DRIVE AGX Platform, including NVIDIA AGX DRIVE Thor™, combining long-range lidar perception with AI compute capabilities. OEM integration options include mounting behind the windshield, on the roof, or in the grille. Source
Features & Capabilities
What are dynamic scan patterns and why are they important?
Dynamic scan patterns allow AEye's lidar to adjust its scanning focus in real-time, prioritizing critical areas in the field of view. This enhances safety and efficiency, especially in applications like autonomous driving and smart infrastructure. Source
How does AEye's lidar improve pedestrian safety?
AEye's adaptive lidar can identify and track pedestrians in real-time, extracting data such as crowd size, speed, height, and distance. This information is processed to trigger traffic light responses and enhance safety at crosswalks and crowded urban environments. Source
Can AEye's lidar adapt to different driving environments?
Yes, AEye's lidar can reconfigure performance modes on-the-fly to optimize perception for parking lots, city streets, and highways. This adaptability is demonstrated in the ShadowVan and SteadiCam exhibits, where the sensor adjusts for road slopes, speed bumps, and potholes in real-time. Source
How does AEye's lidar support Intelligent Transportation Systems (ITS)?
AEye's 4Sight™ M sensor, mounted up to 10 meters high, can cycle through performance modes and be reconfigured via software to address city-wide needs for automated tolling, intersection management, and highway monitoring. Source
What are the benefits of software-defined lidar?
Software-defined lidar enables customization and scalability for specific customer needs without hardware changes. It supports over-the-air updates, future-proofing the technology and reducing operational costs. Source
Use Cases & Industry Applications
What automotive applications were demonstrated using AEye’s lidar at CES 2023?
At CES 2023, AEye demonstrated automotive applications through the ShadowVan vehicle and SteadiCam. The 4Sight™ platform and Continental’s HRL131 Long Range Lidar showcased adaptive performance modes for urban and highway driving, and real-time compensation for road slopes and obstacles. Source
How does AEye's lidar enhance safety for all road users?
AEye's adaptive lidar is designed to provide safer mobility for cars, trucks, pedestrians, and cyclists. It enables real-time detection and tracking, supporting advanced driver-assistance systems (ADAS) and autonomous functionality. Source
What industries are represented in AEye's case studies?
AEye's case studies cover automotive, trucking, smart infrastructure, aviation, defense, rail, and logistics. These demonstrate the versatility of AEye's lidar technology in enhancing safety, efficiency, and adaptability across sectors. Source
Can you share specific case studies or success stories of customers using AEye's products?
AEye's case studies include 'A Pedestrian in Headlights' (early pedestrian detection), 'Flatbed Trailer Across Roadway' (obstacle detection), 'Obstacle Avoidance' (customizable lidar for specific environments), and 'False Positive' (differentiating real and false obstacles). Full ITS case studies are available here. Source
What alternative markets for LiDAR technology is AEye exploring?
AEye is exploring markets beyond autonomous vehicles, including security applications, automated trains, smart cities, construction, and mining machinery. Source
Competition & Comparison
How does AEye's lidar technology compare to Velodyne?
Velodyne offers traditional lidar systems with fixed scan patterns and high-resolution imaging. AEye differentiates itself with dynamic scan patterns, software-defined architecture, and over-the-air updates, providing greater adaptability and future-proofing. Source
How does AEye's lidar technology compare to Luminar?
Luminar focuses on long-range lidar for autonomous vehicles with a hardware-centric approach. AEye offers dynamic scan patterns, adaptability to challenging environments, and flexible mounting options, making it suitable for diverse applications. Source
How does AEye's lidar technology compare to Innoviz?
Innoviz provides solid-state lidar for automotive applications with limited software-defined customization. AEye's software-defined architecture, over-the-air updates, and high performance (ultra-long-range detection and high resolution) offer greater versatility and long-term relevance. Source
What are the advantages of AEye's lidar for different user segments?
Engineers benefit from ease of integration and validation tools; product managers appreciate scalability and future-proofing; safety officers value enhanced detection and compliance; executives are drawn to operational efficiency and ROI. Source
Customer Proof & Partnerships
Who are some of AEye's customers and partners?
AEye's technology is used by companies in automotive, intelligent transportation systems, aviation, defense, rail, and smart infrastructure. Notable partnerships include Continental (volume production), Sanmina Corporation (manufacturing), and NVIDIA (integration with DRIVE platform). Source
What feedback have customers provided regarding ease of use?
AEye's products are designed for ease of integration, quick implementation, and minimal disruption. Customers benefit from comprehensive technical support, user education, and validation testing tools, ensuring a smooth onboarding process. Source
How long does it take to implement AEye's products?
AEye prioritizes ease of use and quick implementation. While the exact timeline varies by use case, the company provides technical support, validation tools, and training resources to ensure rapid adoption and minimal disruption. Source
Blog & Resources
Where can I find AEye's blog posts?
You can explore AEye's blog posts at our blog page for insights into lidar technology, autonomy, and industry trends. Source
What type of content is available on AEye's blog?
AEye's blog features articles on lidar technology, autonomous vehicles, MEMS, industry trends, and company news. Examples include 'Not all MEMS are Created Equal', 'Elon Musk Is Right: LiDAR Is a Crutch', and 'Odyssey of FMCW'. Source
Where can I find the blog 'Intelligent Transportation Systems: Improving Safety and Keeping Us in Motion'?
You can find the blog 'Intelligent Transportation Systems: Improving Safety and Keeping Us in Motion' on AEye's website at our blog page. Source
What was the main topic of the blog 'Step into a Lidar Point Cloud at CES 2023'?
The blog 'Step into a Lidar Point Cloud at CES 2023' focused on advancements in lidar technology, highlighting AEye's innovative solutions and participation at CES 2023. It emphasized lidar's importance in automotive, trucking, and smart infrastructure, and provided links to explore AEye's offerings. Source
What was the focus of AEye's presence at CES 2023?
AEye showcased its advanced lidar technology through immersive exhibits and demonstrations, including live lidar point cloud VR experiences, crosswalk safety demos, and automotive and ITS applications. The adaptability of software-defined lidar was emphasized. Source
Events & Demonstrations
Did AEye demonstrate the Apollo Lidar sensor at CES 2025?
Yes, AEye announced live demonstrations of its Apollo Lidar sensor at CES 2025, including showroom floor presentations and in-vehicle demos highlighting Apollo's ultra-long range and small form factor. Source
What solutions did AEye announce it would showcase at CES 2026?
AEye announced it would showcase its one-kilometer long-range Apollo Lidar and OPTIS™ Physical AI solutions at CES 2026, including live demonstrations and a preview of next-generation ultra-long-range sensing technology. Source
What specific products did AEye plan to demonstrate at CES 2026?
At CES 2026, AEye planned live demonstrations of its Apollo lidar sensor and showcased how Apollo and OPTIS™ can be applied to smart infrastructure and logistics use cases. Source
What event was the discussion on alternative LiDAR applications associated with?
The discussion on alternative LiDAR applications by AEye's VP of Business Development, Strategic Initiatives, Akram Benmbarek, was associated with CES 2020. Source
What alternative applications for LiDAR were discussed by AEye at CES 2020?
At CES 2020, AEye discussed alternative applications for LiDAR technology, including automated trains, smart cities, construction machinery, and mining machinery. Source
AEye to Report 2026 First Quarter Results on Wednesday, May 13 and Host Conference Call and Webcast
Read more
AEye Joining NVIDIA Halos AI Systems Inspection Lab to Advance Safety-Certified Physical AI Solutions
Read more
AEye to Report 2026 First Quarter Results on Wednesday, May 13 and Host Conference Call and Webcast
Read more
AEye Joining NVIDIA Halos AI Systems Inspection Lab to Advance Safety-Certified Physical AI Solutions
Read more
Connect with our team to discuss your use case and explore how AEye’s adaptive LiDAR can meet your system needs.
Most consumers have heard about lidar: It’s in the latest iPhone and in robot vacuums, and it’s now coming to cars, trucks, trains, and traffic systems, with its precise 3D measurement promising new levels of safety and performance in transportation.
At this year’s CES, attendees are invited to experience this technology first-hand through AEye’s immersive lidar exhibits. Visitors can step inside a virtual reality lidar point cloud, walk through a live, lidar-monitored crosswalk, and “ride” through the streets of Las Vegas in AEye’s demonstration vehicle to learn how software-driven lidar improves pedestrian safety, enables safe, high-speed highway ADAS (Advanced Driver Assist Systems) and autonomous functionality, and future-proofs autonomous development.
Given that CES 2023 is expected to attract 100,000 attendees and more than 2,000 exhibitors, we’ve listed a few highlights of what you can expect to see and experience at AEye’s indoor and outdoor exhibits to help with your planning.
AEye’s Indoor Exhibit – LVCC West Hall Booth #3429
At our indoor exhibit in the LVCC West Hall, AEye will be showcasing the power and precision of adaptive lidar. But what is adaptive lidar?
It’s a lidar that has hardware components that are completely software configurable, creating a powerful, intelligent sensor system that is both flexible and adaptable to different or changing environments and weather conditions, as well as varied markets, applications, and use cases.
Because AEye’s adaptive lidar can dynamically focus on what matters most in the field of view in real-time, it’s able to deliver fast, accurate, and reliable information that helps save lives.
At AEye’s booth, visitors can experience this exciting technology first-hand by walking through a live lidar point cloud with a virtual reality headset and by crossing a live, lidar-mounted crosswalk.
At the VR demo, attendees can don a headset to step inside a live 3D lidar point cloud via a livestream from AEye’s 4Sight™ sensor. This exhibit demonstrates how lidar accurately captures information about the 3D world. At the live crosswalk, adaptive lidar will identify and track pedestrians (i.e., conference attendees), displaying data being extracted by the lidar sensor including crowd size, speed, height and distance. That data is processed by the Seoul Robotics perception system in real-time to trigger a traffic light’s response to the number of pedestrians in the crosswalk. This technology can be applied to enhance pedestrian safety at a crosswalk, as well as to improve crowd monitoring in any urban and crowded pedestrian environment, including airports, subways, and festivals.
AEye’s Automotive Demonstration – Outside the LVCC West Hall
AEye continues its immersive lidar display outside the West Hall in the Autonomous Vehicle Demo Area, where visitors can take a “ride” in AEye’s ShadowVan demonstration vehicle, try out AEye’s SteadiCam and amplify their VR experience.
At the ShadowVan, we’re showcasing our 4Sight™ Intelligent Sensing Platform and partners. On the automotive side, attendees will experience Continental’s HRL131 Long Range Lidar product, built on 4Sight™. Visitors can step inside the van to watch the roof-mounted HRL131 reconfigure performance modes on-the-fly to optimize perception in different driving environments, such as parking lots, city streets, and highways. We’ll showcase low-speed mode for urban maneuvers and high-speed mode for highway driving on our ultrawide screen to demonstrate how this best-of-breed lidar system helps passenger cars, robotaxis, and commercial vehicles overcome key perception shortcomings in assisted and autonomous driving systems.
Also outside, attendees will have the opportunity to try out AEye’s SteadiCam. Designed to showcase how the HRL131 product adapts to road slopes, speed bumps and potholes on-the-fly, visitors can move a lever to change the sensor pitch and witness how the region of interest (ROI) stays at the horizon. That’s because AEye’s smart software is able to compensate for the sensor pitch in real-time, a critical capability in a world where our roads can be hilly, most highways have gradients, and potholes and speed bumps are a common occurrence
On the industrial side, visitors can experience performance modes optimized for Intelligent Transportation Systems (ITS) two different ways.
Mounted 10 meters high, attendees of the first ITS demonstration will witness AEye’s 4Sight™ M sensor, also built on the 4Sight™ Intelligent Sensing Platform, cycle through performance modes, and see how the same hardware can be reconfigured through software to address city-wide needs for automated tolling, intersection management, and highway monitoring.
In the second ITS demonstration, we’ll expand upon our indoor VR experience. Visitors will put on a headset and fly through a live, long-range point cloud to see how AEye’s 4Sight™ M lidar adapts its performance through software to address any ITS application. AEye has built a software-defined lidar from the ground up that can adjust range, resolution, frame rate, and field-of-view to adapt to any use case, including automated tolling, intersection management, highway monitoring and more, without requiring a hardware change. Here, visitors will witness how the 4Sight™ architecture allows city-wide scalability for all ITS applications.
Safer Mobility for All
AEye’s adaptive lidar is designed to provide safer mobility for all modes of transportation – from cars and trucks, to pedestrians and cyclists. At CES, the company will release findings of its “Safer Mobility Survey,” conducted in partnership with the Partners for Automated Vehicle Education (PAVE), which gauges Americans’ views on road safety for all road users, including drivers, pedestrians, and bicyclists.
Want to schedule a one-on-one conversation or demo? We’d love to hear from you! Contact [email protected].
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