Media Library: GIS and Augmented Reality


vGIS Intro Videos

 

vGIS Client: Promark-Telecon

vGIS Utilities video overview

vGIS Exploration introduction

Augmented reality is transforming infrastructure locate services. Brief video showcasing a few features of the vGIS Utilities. vGIS Utilities is designed specifically with utilities, municipalities and GIS service providers in mind. The system connects to Esri ArcGIS to seamlessly convert traditional 2D GIS data into powerful, accurate and stable 3D visuals. Designed specifically for Oil and Gas companies, vGIS Exploration works in conjunction with your existing Esri ArcGIS back-end to display wellbores, frac stages, microseismic events, rock formations, production, etc. in near real-time.

 

 

vGIS Lab Videos

 

Why objects appear misaligned

Why pipes appear to move

vGIS distance tracking tests

A short video explaining why some assets displayed in augmented reality appear misaligned. A short video explaining why some assets displayed in augmented reality appear to move around. Lab testing of distance tracking and visual accuracy of vGIS Utilities. The tests are performed by aligning physical objects with virtual, and measuring accuracy of visuals and distance tracking in various environments to optimize the system for real-life field work.

Winter testing of vGIS Utilities

Field performance of vGIS augmented reality on iPhone.

 

 

Various Videos

 

Performance testing

Locating distribution valves with AR

Locate job – QA checks with vGIS

Winter performance testing of vGIS Utilities. Locating distribution valves with vGIS Utilities running on iPhone 6S. A real-life locate job validation with vGIS running on iPhone.

Utility locates in winter

vGIS Utilities v1.0

3D visualization of GPS scans

Finding utility assets can be an unpleasant task, especially in winter when snow and slush makes it difficult to see anything on the ground. Fortunately, there are tools to make the job easier. vGIS Utilities v1.0 running on Microsoft HoloLens. The demo shows real-life visualization of GPR scans in full 3D with 3cm accuracy on location, allowing the user to walk around visuals as if they were the physical objects.