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The last few years has witnessed exponential growth in the fields of robotics, machines and the Internet of Things (IoT). It is also a time that has seen significant enhancements made in sensor technology, mainly through (small) size, (light) weight
The SF23/B is a very low power sensor ideal for energy critical applications. This microLiDAR™ is a small form factor, general purpose LiDAR that measures the distance to objects by timing a laser flash. The SF23/B generates its own light
UAVs, commonly known as drones, have transformed the technological operating environment. Their ability to explore hard-to-reach areas make them an indispensable necessity for almost all industries. A thriving operating environment has also invited many drone manufacturers to market.
SLAM is a process whereby a robot or machine – in the form of an unmanned aerial or ground vehicle (UAV/UGV) – builds a map of its environment while simultaneously computing its own location within that map. SLAM is highly
IoT is a gamechanger for businesses as they reap the rewards of time-efficiency, speedy operations, and cost-cutting. It’s no surprise then that many businesses are embracing technology and making plans to get connected to an IoT network. We explain the
We’ve dedicated this edition of LiDAR Matters to focus on IoT and how LiDAR technology is fast becoming the ideal choice for many IoT applications.
With numerous sensor technologies complementing the IoT revolution, we also look at the key
LightWare microLiDAR® is proud to support our pioneering clients as they deliver innovative solutions in their respective industries. Here’s how they apply LiDAR and what they have to say about our microlidar® sensors.
