Quick Takeaways
- Ultra-long-range lidar reaches production-ready scale with kilometer-plus perception for safety-critical mobility.
- Software-defined sensing enables scalable, cost-efficient deployment across automotive and trucking platforms.
On January 5, at CES 2026, AEye, Inc. introduced ultra-long-range lidar innovation Stratos, a next-generation sensor engineered to push the boundaries of long-distance perception. Designed for demanding mobility applications, Stratos delivers reliable object detection at distances reaching up to 1.5 kilometers while maintaining accuracy, scalability, and cost efficiency.
The launch of Stratos marks a major step forward for ultra-long-range lidar, combining advanced optical design with a software-defined architecture. This approach allows the sensor to adapt to varied operational needs while offering high-resolution performance in a compact and production-ready form factor suitable for real-world deployment.
Ultra-Long-Range Lidar Built for Extreme Performance
Stratos has been developed to meet the toughest sensing requirements across automotive, trucking, and other safety-critical mobility environments. Its ultra-long-range lidar capability enables consistent detection beyond one kilometer, allowing systems to identify objects significantly earlier than conventional solutions.
Key performance benefits include:
Software-Defined Architecture Enhancing Scalability
A core differentiator of Stratos is its software-defined design, which allows performance characteristics to be tuned without hardware changes. This flexibility supports scalable deployment across multiple vehicle platforms while maintaining consistent sensing quality.
By pairing advanced optics with intelligent software control, ultra-long-range lidar systems like Stratos can deliver precise situational awareness while optimizing cost, size, and system integration for OEMs and fleet operators.
Compact Design for Automotive Integration
Despite its extended detection capability, Stratos features a compact footprint comparable in size to a typical smartphone. This small form factor enables seamless integration behind the windshield in passenger vehicles and commercial trucks without compromising cabin design or visibility.
In automotive and trucking applications, the sensor can reliably detect objects at distances of up to 500 meters when installed behind the windshield, supporting earlier hazard recognition and more confident decision-making in real-world driving conditions.
By redefining ultra-long-range lidar performance in a compact, scalable, and software-driven solution, Stratos strengthens the role of long-distance perception in advancing safety, autonomy, and high-speed mobility applications.
The launch of Stratos marks a major step forward for ultra-long-range lidar, combining advanced optical design with a software-defined architecture. This approach allows the sensor to adapt to varied operational needs while offering high-resolution performance in a compact and production-ready form factor suitable for real-world deployment.
Ultra-Long-Range Lidar Built for Extreme Performance
Stratos has been developed to meet the toughest sensing requirements across automotive, trucking, and other safety-critical mobility environments. Its ultra-long-range lidar capability enables consistent detection beyond one kilometer, allowing systems to identify objects significantly earlier than conventional solutions.
Key performance benefits include:
- Reliable detection distances up to 1.5 kilometers
- Resolution exceeding twice that of previous-generation sensors
- Improved accuracy for long-range object classification
- Enhanced perception for high-speed and complex driving scenarios
Software-Defined Architecture Enhancing Scalability
A core differentiator of Stratos is its software-defined design, which allows performance characteristics to be tuned without hardware changes. This flexibility supports scalable deployment across multiple vehicle platforms while maintaining consistent sensing quality.
By pairing advanced optics with intelligent software control, ultra-long-range lidar systems like Stratos can deliver precise situational awareness while optimizing cost, size, and system integration for OEMs and fleet operators.
Compact Design for Automotive Integration
Despite its extended detection capability, Stratos features a compact footprint comparable in size to a typical smartphone. This small form factor enables seamless integration behind the windshield in passenger vehicles and commercial trucks without compromising cabin design or visibility.
In automotive and trucking applications, the sensor can reliably detect objects at distances of up to 500 meters when installed behind the windshield, supporting earlier hazard recognition and more confident decision-making in real-world driving conditions.
By redefining ultra-long-range lidar performance in a compact, scalable, and software-driven solution, Stratos strengthens the role of long-distance perception in advancing safety, autonomy, and high-speed mobility applications.
Industry reports & Public disclosures | GAI Analysis
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