Digital twin solutions create a virtual replica of physical assets, facilities, or environments using real-world data like laser scans, 360° imagery, and BIM models. Cintoo's digital twin solution goes further by streaming engineering-grade 3D data in the cloud, enabling teams to remotely inspect, annotate, compare, and collaborate on complex facilities without ever visiting the site.

The best digital twin software should offer cloud-based access, support for multiple data formats (point clouds, 360° photos, BIM/CAD), real-time collaboration, and powerful analysis tools like scan-to-BIM comparison and deviation detection. Cintoo checks all these boxes and adds hardware-agnostic data ingestion, browser-based 3D visualization, and enterprise-grade scalability, making it one of the top-rated digital twin platforms on the market, including winner of the AWE Auggie Award for Best Reality Capture Solution.

Yes. Cintoo is purpose-built to handle large-scale point cloud survey data from any laser scanner or LiDAR device. Once uploaded, your point cloud surveys are converted into high-fidelity 3D meshes that can be streamed, measured, annotated, and shared across teams through a simple browser no specialized hardware or desktop software required.

Reality capture solutions use technologies like LiDAR, photogrammetry, and 360° cameras to create precise digital representations of physical spaces. Cintoo goes beyond capture. We transform this data into an interactive, cloud-based digital twin that teams across your organization can access, annotate, and act on.

Cintoo is fully compatible with terrestrial laser scanning data from all major scanner manufacturers, including Leica, FARO, Trimble, and more. Simply upload your scan files, and Cintoo automatically processes them into a navigable, cloud-based 3D environment. Teams can then perform remote inspections, QA/QC checks, asset tagging, and collaborative reviews & all from the terrestrial laser scanning data you've already captured.

Absolutely. Cintoo enables teams to build a precise digital twin of their plant or industrial facility using laser scans and 360° imagery. This digital twin serves as the foundation for plant simulation workflows; Including retrofit planning, layout optimization, clash detection, and maintenance scheduling. By overlaying BIM/CAD models onto as-built scan data, engineers can simulate changes and validate designs against real-world conditions before any physical work begins.