Unlocking Interoperability and Accessibility
The Architecture, Engineering, and Construction (AEC) industry faces persistent challenges with technology performance, accessibility, and interoperability. 3dverse's platform directly addresses these issues, enabling AEC firms to significantly boost efficiency, cut operational costs, and foster seamless project collaboration. This empowers faster, better-informed decisions, ultimately leading to superior project outcomes.
Twinvision - Digital Twin Platform
Twinvision is a web-based digital twin platform that uses real-time IoT and API data in a persistent spatial environment to optimize decision-making and lower costs.
Connect AI and APIs to 3D
Expose 3D models metadata
IFC
Revit
OBJ
GLB
GLTF
Integrated Document Management
Access the latest relevant documents directly within the digital twin's 3D environment through seamless integration with your Document Management System (DMS)
Security Optimization & Operational Efficacity
Enhance operational efficiency and security oversight by accessing centralized live camera feeds directly within the 3D digital twin environment.
Energy System Tracking
Enable diagnostics and predictive operations by integrating external energy data sources, providing actionable insights within the digital twin context.
Digital Twins - City of Monaco
The City of Monaco wanted to develop a collaborative 3D application to optimize the efficiency and safety of its fire brigades during interventions. This application had to integrate advanced IoT technology to locate firefighters in real-time inside buildings using digital twins.
Instant Web Access
Accessible immediately on any supported device via a web browser, eliminating installation and deployment complexities.
Improved Safety & Response Time
With better situational awareness, firefighters could respond more effectively, potentially reducing the time needed to control and extinguish fires.
IOT Integration
Integrated IoT solutions equip firefighters with real-time data and analytics, enabling safer and more efficient navigation through hazardous environments.