Augmented reality and 3D tracking
VTT is leading the way with augmented reality applications and 3D tracking technology.
Several years of research background makes VTT today one of the strongest 3D tracking technology providers in the market. Commercial customers of VTT’s tracking technology include Nokia and Inglobe Technologies.
Our marker-based tracking functionality is open sourced as A Library for Virtual and Augmented Reality (ALVAR SDK), with thousands of users around the world, for example ROS and Goblin XNA communities.
VTT’s application development is based on strong proprietary 3D tracking technology, open sourced as ALVAR SDK and today also commercially licensed to international customers.
AR and 3D
We have produced various world firsts in Augmented Reality (AR) implementation, ranging from games and entertainment to novel use cases in various industrial application areas. Predictions show AR to be one of the areas of innovation most likely to alter research and industry, and even the way we live our lives.
The key enabling software technology for augmented reality and mixed reality applications is 3D tracking, for example the ability to track camera location relative to target in real time. VTT’s markerless tracking solutions are based on 3D point cloud reconstructions and feature detection, with optimal performance in speed, accuracy and robustness.
Successful mixed reality interaction
Among our various customer projects, we were the first in Scandinavia with publishing applications, including Aller Media, FutureCode and DNV, and one of the first in the world with augmented interior design, in collaboration with VividWorks. We have also created a path-breaking mobile AR for city planning decision-making, with FCG and the City of Helsinki.
Our latest examples show how AR technology can be used in the architecture, engineering and construction sector in increasingly demanding applications that link Building Information Model (BIM), time tables and other data sources to building construction and maintenance work targets.
See further information, videos, demos and publications at www.vtt.fi/multimedia.