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Leveraging Cloud Technology For Advanced Reality Capture
Available on Demand
Cloud technology is changing the game of reality modeling. Providing the flexibility to toggle between desktop and the cloud – or a hybrid of both – users can experience unmatched processing speeds and scalability.
With expanded accessibility through web, mobile and desktop, it’s never been more convenient for entire teams to contribute to, access, and update a 4D reality model of your infrastructure asset. And of course, all of this is now available with no hardware or maintenance fees.
This webinar showcases the processing of an iconic project in Bentley’s new iTwin Capture Cloud Services. We demonstrate the time-saving features inherent in this full reality modeling solution, including those that are only possible with the power of the cloud.
What you will learn:
- How to turn images or point clouds into meshes
- How to federate reality data into one connected environment
- How cloud technology accelerates and scales projects
- How to share data and support downstream consumption in a controlled and secured way
- How to enable your end user to visualize and validate reality data
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Webinar Presenters
Arnaud Durante
iTwin Product Manager | Bentley Systems
Arnaud is a product manager with Bentley Systems and runs reality data analysis on the iTwin Capture team. With a degree in topographic engineering from the National Institute of Applied Science of Strasbourg in France, Arnaud began his career in mapping and GIS before specializing in photogrammetry, 3D modeling, and machine learning. Prior to his product management role, he served as a senior application engineer helping users generate 3D reality models, supporting user adoption through training, and providing technical consulting.
Greg Hall
Product Sales Engineer | Reality Modeling | Bentley Systems
Before joining Bentley Systems, Greg gathered a wealth of experience within the A/E/C industry, where he provided Building Information Modeling (BIM) technical expertise in public and private sectors. Greg also served as the BIM Manager for the U.S. Army Corps of Engineers, Fort Worth District. His primary objective at the District was to ensure that A/E firms achieved project delivery requirements under Attachment F Design After Award Sec 01 33 16 for all in-house and outsourced design projects.
