Blog · Page 7
Technical articles, Evidence, and News.
Technical articles
How Rain-Fog Algorithms Improve UAV Performance
Operating unmanned aerial vehicles (UAVs) in challenging weather conditions has always been a significant concern for us. At Benewake , we constantly explore ways to enhance UAV reliability and operational efficiency. One of the key areas we focus on is the integration of advanced rain-fog algorithms into UAV systems.
LiDAR vs Ultrasonic vs Camera Sensors for Space Detection: Which to Choose
Finding the right technology for parking spot detection ca n significantly improve safety and efficiency in industrial and urban environments. As a company specializing in advanced sensing solutions, Benewake has explored various sensor technologies to determine their strengths and limitations.
How LiDAR Handles Irregular Surfaces and Complex Material Shapes
As a company dedicated to advancing LiDAR technology, we at Benewake have seen how precise sensing and distance detection transform industries that deal with large, complex materials. One of the most demanding applications is stockpile measurement, where irregular surfaces and varied material shapes make accuracy a constant challenge.
What Is a False Positive/Negative in Parking Space Detection
In the modern era of urban mobility, we often encounter systems that help drivers locate available parking spots efficiently. One crucial aspect we focus on in our work is understanding the reliability of parking space detection systems.
Static vs Dynamic Scanning Explained
In the evolving field of LiDAR technology, understanding the difference between static and dynamic scanning is essential for choosing the right 3D LiDAR sensor . At Benewake, we dedicate our research and engineering efforts to exploring both scanning principles, ensuring that each solution fits diverse industrial applications.
What Is SPAD (Single-Photon Avalanche Diode) Technology in Mini LiDAR
In recent years, mini LiDAR systems have become a key sensing technology for applications that require compact design and high precision. At Benewake, we continue to explore and innovate within this field, especially through the integration of SPAD (Single-Photon Avalanche Diode) technology into our micro LiDAR sensor designs.
How 3D LiDAR Improves Rail Traffic and Railway Monitoring
As a company committed to advancing intelligent sensing technologies, we at Benewake understand the crucial role that precision and reliability play in railway safety.
What Is dToF Distance Measurement
A s we continue to advance in the field of laser sensing, we at Benewake are committed to developing technologies that redefine how distance and perception are measured. One of the most significant breakthroughs in recent years is dToF distance measurement, a method that has become the foundation of many modern LiDAR systems.
Emerging Applications Driving Mini LiDAR Innovation
In recent years, we have witnessed a remarkable transformation in the field of sensing technology. As a company dedicated to LiDAR research and development, we at Benewake have seen how compact and efficient micro LiDAR devices are redefining how industries perceive and interact with their environments.
How 3D LiDAR Supports Civil Aviation and Aircraft Docking Guidance
In today’s modern airports, safety and precision are vital during every aircraft docking process. As a company deeply committed to advancing sensing technology, we at Benewake have developed innovative lidar laser scanner solutions that enhance efficiency and ensure safety in ground operations.
How 3D LiDAR Processing Signal?
As a global provider of LiDAR solutions, Benewake has been continuously optimizing how we design and refine our signal processing technology. A lidar 3D scanner does more than just capture spatial data—it transforms precise light measurements into real-time environmental awareness.
What Is 3D LiDAR and How Does It Work?
As a company dedicated to advancing LiDAR technology, we at Benewake are committed to developing innovative 3D lidar solutions that reshape how industries perceive and manage their surroundings. This sensing technology enables precise distance measurement, obstacle detection, and real-time environmental modeling.