Watch this demo to see how the new Leica Cyclone 3DR laser scanning software harnesses simplified point cloud and high-speed rendering technology with smart automation to execute core workflows in the AEC and surveying fields.
Rockfall in open-pit mines is the most common cause of accidents and death, creating a high demand for monitoring of rockfall and avalanches. This type of monitoring is needed not only in mines, but also in other applications, such as civil protection and public safety. In this episode, Francesco Coppi, Product Manager at IDS GeoRadar, explains how the RockSpot radar system can locate, track, and alert on rockfalls up to 2 kilometres, avalanches, and other fast-moving events, such as mud and debris flow.
GeoCloud web-based application that can be accessed from everywhere. Optimised for mobile devices, it gives you immediate access to important data on rockfall, avalanche, and debris-flow events. In this session, Francesco Coppi, IDS GeoRadar Product Manager, illustrates how all integrated data and relevant statistics are visualised on a common platform, and how users can set different levels of data access.
In this episode, Erik Josefsson and Sasidhar Yalavarthi from Ericsson explain why manufacturers are looking to 5G providers to deliver the connectivity that underpins the smart factory. You’ll learn how you can get started with 5G connectivity now.
The use of Ground Penetrating Radar (GPR) technology has been limited to highly skilled professionals trained on interpreting radargrams. The new Leica DSX utility detection solution is changing this by bringing GPR technology to less experienced users. Agata Fischer, Business Director of Detection and Services at Leica Geosystems, explains how this technology is boosting efficiency, as well as digitalising workflows for mapping and utility location.
In this episode, Joel Martin, Laser Tracker Product Manager for Hexagon Manufacturing Intelligence, talks about the newest laser scanner, the Leica ATS600. Joel will demonstrate the first-ever Scanning Absolute Distance Meter, a metrology-grade iteration of this technical principle that can locate a point to within 300 microns from up to 60 metres away. He’ll also illustrate its Variable Point Density feature and the all-in-one design.
