DJI Unveils First Integrated Lidar Drone Solution And A Powerful Full-Frame Camera Payload For Aerial Surveying

SHENZHEN, China, Oct. 14, 2020 /CNW/ — DJI, the world leader in civilian drones and aerial imaging technology, today unveiled at INTERGEO, two new payload solutions for its flagship commercial drone platform Matrice 300 RTK, destined to serve the most demanding aerial surveying missions. The DJI Zenmuse P1 and DJI Zenmuse L1 are set to be game-changers for the industry, bringing more efficiency and new perspectives at an affordable cost without compromising the quality and accuracy of the data collected for precise aerial inspections and data collection missions.

“With these two new payloads, we are providing an all-integrated complete solution to our enterprise customers active in accurate geospatial data acquisition,” said Arjun Menon, Engineering Manager at DJI in the US. “Having a fully integrated capable and affordable Lidar seamlessly integrated into our best commercial drone is a dream that becomes reality for surveying, mapping and construction professionals. They

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Velodyne Lidar Announces World Safety Summit on Autonomous Technology Agenda

Free Virtual Event Promotes How AVs and ADAS Advance Safety and Safe Communities

Velodyne Lidar, Inc. (Nasdaq: VLDR) today announced the agenda for the third annual World Safety Summit on Autonomous Technology (WSS) that will address vehicle autonomy and advanced driver assistance systems on roadways and in communities. The summit aims to foster greater understanding about how autonomous technologies and automated safety systems can improve vehicle navigation and build smarter transportation infrastructure. By networking and sharing various points of view, Velodyne seeks to accelerate safety solutions for pedestrians, bicyclists, motorcyclists, and truck and vehicle occupants.

This press release features multimedia. View the full release here: https://www.businesswire.com/news/home/20201014005176/en/

Velodyne Lidar announced the agenda for the World Safety Summit on Autonomous Technology that will address vehicle autonomy and advanced driver assistance systems on roadways and in communities. (Photo: Velodyne Lidar, Inc.)

The free 2020 World Safety Summit brings together industry, government, journalism and

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MicroVision LiDAR Is Worth $2 Billion According To Valuation Of Velodyne And Luminar LiDAR By Ford, Baidu, Hyundai, Volvo (NASDAQ:MVIS)

For outsiders it is usually very difficult or even impossible to determine the value of a company. Especially when it is not based on sales or profits, as in the case of MicroVision (NASDAQ:MVIS), but on intellectual property (patents) and existing technology that will be used in future products. In the case of MicroVision, however, it is essential for shareholders to know the valuation, as the company or parts of it are currently up for sale. In other words, it is important to know the amount a buyer is likely to pay before the sale. The only thing that helps here is to compare the company’s products with those of its competitors. Once this has been done, the company’s valuation can then be derived from the valuations of comparable competing companies. This is what this article tries to do for MicroVision, initially only for the Automotive LiDAR division, i.e.

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Lidar study suggests carbon storage losses greater than thought in Amazon due to losses at edge of forests

LiDAR study suggests carbon storage losses greater than thought in Amazon due to losses at edge of forests
Graphic summary of the main results found in the work. Credit: Celso H. L. Silva Junior

An international team of researchers has found that carbon sequestering losses in the Amazon basin have been undermeasured due to omission of data representing losses at the edges of forests. In their paper published in the journal Science Advances, the group describes using lidar to estimate the carbon sequestering abilities of trees along the edges of Amazon forests.


Prior research has shown that when part of a forest in the Amazon basin is cut down, the trees that remain at the edges of the forest are not as robust as those that are situated farther in. This is because they are more exposed to pollution, pesticides, herbicides, etc. In this new effort, the researchers noticed that the reduced sequestering abilities of such trees are not included in studies of carbon sequestering losses in

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