Customer Story: Volterra-Detroit Foundation
Volterra – Detroit Foundation turns to Cintoo Cloud as the central point cloud management to preserve
architectural treasures dating from the Roman and Etruscan eras.
Cintoo Cloud enables the Volterra project to store
massive scan data of the
entire town and enable
collaboration from a diverse,
worldwide team of Reality
Capture experts, project
managers and public officials
involved in the project.
“This project has become such a ground-breaking research effort involving technology partners and collaborators from around the world. As the scope of the project continues to increase, we have struggled to find a platform to efficiently share data with the team and this important work with the public. Cintoo provides us a tool which solves this problem“
Since 2016, the Volterra-Detroit Foundation has worked in Volterra, Italy with experts in 3D reality capture technology, aerial and ground-based photogrammetry to record the city’s archaeological sites and artefacts. This collaborative group, known as the International Reality Capture Workshop is made up of architects, surveyors, 3D specialists, engineers, and historians from different organizations and countries.
The long-term objective is to create a complete digital document of Volterra’s sites using 3D tools and methodologies, to preserve these assets digitally and improve both archaeological and architectural research. As a work group, Volterra technology partners include Autodesk, Case Technologies, 3DR, Faro and Cintoo who can test their latest 3D products and solutions in a complex historical urban built environment.
Cintoo approached Case Technologies, one of the key technology stakeholders in the project, to try a revolutionary new approach for handling the gigantic point clouds being generated from the terrestrial laser scans in Volterra: Cintoo Cloud.
Cintoo Cloud provides a unique point cloud-to-surface technology, to convert high-precision terrestrial laser scans into a 3D surface mesh before uploading to the cloud. The mesh reduces the file size of the point cloud data by between 10 and 40 times, without reducing data accuracy or simplification in any way. What’s also unique is that Cintoo Cloud can convert the mesh data back into its original format so it can be used directly in CAD software, with the same accuracy as the original point cloud source file.
The data from the Volterra project is enormous, and growing larger every day with an increasing number of technology providers now involved. Cintoo Cloud has provided a solution to manage all this extremely large point cloud data coming in regularly from different providers.
Using Cintoo Cloud, Volterra’s scan data becomes shareable, collaborative and distributable amongst the user group. Every stakeholder on the Scan Volterra project, can access the 3D projects from any location via their own laptop.
Cintoo Cloud provides users with a complete set of tools, such as team member invitations, permissions, assignments, annotations, calendar and notifications.
Cintoo Cloud enables a diverse and geographically dispersed team of people working on the project from different organizations, countries and professions. Project managers can provide users with different levels of permissions, based on their profile, and control access to core features and functionalities of the platform.
As the number of project collaborators increases, existing users share access either by inviting new team members to join the project, or by sending a link to anybody (with password protection and expiry date if needed). People receiving the sharing invite will be able to view the reality data in 3D mode and make their own measurements.
Cintoo Cloud provides a way to easily share the archaeological treasures of Volterra with anyone in the world, without the need for specialized hardware or software.
Cintoo Cloud’s scan to BIM model comparison tools. The Volterra laser scan data is also being used to create detailed BIM models of the architectural sites. Cintoo Cloud enables the upload of BIM models, so scans can then be compared to a BIM model of the structure. Comparing the BIM model and the current build condition to provide an ongoing timeline of the building’s condition. By overlaying the BIM model to the data, the difference between the original BIM model and the current build condition can be analyzed and the differences calculated. This helps measure the effects of damage and help in the restoration or rebuilding of deteriorated structures to its original condition.
Work zones of specific parts of a building can be created, cropped and exported into Autodesk RCS format for direct use in AutoCAD or Revit for Scan-to-BIM. This means teams can work on a specific work zone and scan set without having to manage all that other data from the rest of the project.
Project and Media Links
Learn more about Volterra Project on their web site:
Access the Volterra 3D projects on Cintoo
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Porta al Arco
Baptistery of San
Palazzo Di Priori
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