Citythinking | CITYPLAIN: The Urban and Architectural Solution for the Design of City Extensions
We have recently developed a technological application for the standardization and integration of urban and architectural design processes, capable of designing both affordable housing in urban districts and their overall systems, with respect to functional, environmental, and socio-economic indicators.
Parc Tramuntana: 3D Viewer To Evaluate the Impact of a Wind Park
We have developed a 3D simulation solution that shows the visual impact of wind farms in natural environments such as the Costa Brava.
WILLBÖ: Innovation in Industry 4.0 with Mixed Reality
Discover "Willbö Holographic Model Tool", an industrial engineering visualization application designed for HoloLens mixed reality glasses.
GISize: The future of the industrial sector in 3D format | Aveva
The industrial sector demands more 3D representations, so we have developed a viewfinder that deploys all functionalities.
Telefónica Movistar: Virtual Reality TV
Thanks to Virtual Reality, Movistar was able to showcase a pilot project during the Mobile World Congress about what it would be like to enjoy an immersive multimedia experience and share it with your friends, no matter the distance.
Augmented Reality guided biopsies
Application on HoloLens to graphically display the scanner of a patient in 3D, and help physicians decide from where to take a sample during a biopsy.
Airbus: Catia Viewer
Catia Viewer is an application based on Virtual Reality for the Oculus Rift device. It can simulate different real work scenarios so that an operator has virtual hands to either disassemble parts of an aircraft or adapt the workspace size.
BBVA Valora View: an Augmented Reality app
BBVA Valora View is a mobile app developed for BBVA that helps you find properties for rent or sale. This app combines Big Data, Xamarin, and Augmented Reality to transform the way people find their new home.
Repsol: Optimization of oil field processes
Excalibur is the tool developed by Repsol that uses statistical and mathematical techniques to analyse the information needed to reduce the risk of error and optimise the process of detecting and extracting oil deposits, visualized with 3D geological models developed with the Wave Engine that simulate the real state of the deposits.