High-accuracy Augmented Reality for BIM, GIS, and 3D Scans

vGIS AR transforms traditional BIM and CAD designs and GIS data into real-time augmented reality displays that are overlaid on your view of a physical job site with centimeter-level accuracy.

The system combines object holograms with object-specific data to provide a hands-free method for field technicians to understand the infrastructure they need to service while on site, quickly and safely.

Key features:

• Exceptional Accuracy

• Consistent Visualizations: 3D overlays stay “world-locked” by remaining in sync with the physical world

• Multi-Device Support

• No Additional Equipment: vGIS Utilities does not require any additional equipment

• Workflow Integration: vGIS Utilities integrates with your existing back-office systems

• Advanced Collaboration: Integrated holograms, video, and audio that connect the office with field teams

• Format Support: Esri Feature Services, Esri Map Services, Esri Scene Services, Esri Building Services, Bentley iTwin, WFS, WMS, WMTS, GeoJSON, KML

• GNSS Integration: Leica GG04 plus, EOS Arrow Series, SXBlue, TopCon and Trimble R series/Catalyst

• Multi-View Support: First-person on-site experience and birds-eye “zoom out” site overviews

What's New in the Latest Version 2.35.0(1.2)

Last updated on Jun 23, 2024

Amazing new features and bug fixes.

Concept

vGIS AR (Virtual Geographic Information System Augmented Reality) seamlessly blends the digital and physical worlds, empowering users with a groundbreaking spatial computing experience. It harnesses the capabilities of augmented reality (AR) to overlay digital information and interactive content onto the real environment, transforming everyday spaces into immersive and informative experiences.

Key Features

* Geospatial Data Visualization: vGIS AR enables the visualization of geospatial data in a highly immersive and interactive manner. Users can explore 3D models of buildings, infrastructure, and natural landscapes, providing a comprehensive understanding of spatial relationships and patterns.

* Interactive Content Overlay: Digital content, such as images, videos, text, and 3D models, can be overlaid onto the real world, enriching the user's experience with additional information and context. This content can be dynamically updated and customized to cater to specific needs and interests.

* Spatial Analysis and Decision-Making: vGIS AR provides tools for spatial analysis and decision-making, allowing users to analyze geospatial data, identify patterns, and make informed choices. By visualizing data in an immersive environment, users can gain deeper insights and make more effective decisions.

Applications

vGIS AR finds applications in a wide range of fields, including:

* Architecture and Urban Planning: Visualize building designs, plan urban developments, and conduct site inspections in a highly interactive and immersive environment.

* Engineering and Construction: Monitor construction progress, plan infrastructure projects, and troubleshoot maintenance issues using real-time data and interactive models.

* Education and Training: Enhance learning experiences by bringing abstract concepts to life through immersive visualizations and interactive simulations.

* Tourism and Entertainment: Create engaging and informative tours, provide interactive experiences at museums and cultural sites, and offer immersive gaming experiences.

* Military and Public Safety: Support situational awareness, mission planning, and disaster response efforts by providing real-time geospatial data and interactive tools.

Benefits

* Enhanced Spatial Understanding: vGIS AR improves spatial awareness and understanding by providing a highly immersive and interactive experience.

* Increased Engagement and Motivation: The immersive nature of vGIS AR captivates users, fostering engagement and motivation for learning and decision-making.

* Improved Collaboration and Communication: Shared virtual experiences facilitate collaboration and communication among stakeholders, enabling a better understanding of complex spatial concepts.

* Data Accessibility and Dissemination: vGIS AR makes geospatial data more accessible and easier to disseminate, allowing a wider audience to benefit from its insights.

* Cost and Time Savings: By reducing the need for physical site visits and manual data collection, vGIS AR can save time and resources.

Conclusion

vGIS AR is a transformative technology that revolutionizes the way we interact with spatial data and the physical world. Its ability to seamlessly blend digital and physical environments creates immersive and interactive experiences that empower users with a deeper understanding, enhanced decision-making capabilities, and countless application possibilities. As AR technology continues to advance, vGIS AR is poised to play an increasingly significant role in shaping the future of spatial computing and transforming industries across the board.