Pests and extreme weather affect grain growth and yields. Recording and analysing plant development provides the basis for the prevention of crop losses. VRVis is part of a project consortium developing a platform for agriculture with the aim of using functional imaging data for analysis and teaching skills in training courses.
VRVis is supporting Hage Sondermaschinenbau with its expertise in machine learning: Hage needs a monitoring system for spacious facilities to ensure that no people are within the machines' activity range. Thus, VRVis is testing the suitability of ML methods for safety in industrial environments.
VRVis has been developing extended reality solutions for better inclusion and accessibility for years. Together with HGBS-GmbH, a research team has now examined how people with visual impairments can be ideally supported by AR glasses. The involvement of affected people was central to the project.
The ClimaSens project researches efficient and easy-to-access planning tools to enable engagement across different stakeholder groups in the shaping of climate-resilient habitats.
Regular maintenance of the vehicles is necessary for safety in rail transport. When working on the train roof, technical personal might forget spare parts or tools. This can be dangerous when going at high speed. VRVis and Zugkraft-kN are designing a scanner for train roofs, automatically detecting this problem.
Construction sites are highly dynamic places, which makes complete and convenient documentation all the more important. As part of the "AI5production" program, VRVis and rmDATA are investigating whether mobile devices with LiDAR and high-resolution cameras are suitable for automatically recording construction processes in 3D.
VRVis and the Science Visualization Lab at the University of Applied Arts Vienna want to provide artists and cultural institutions with a new option to present digital creations in immersive settings. ARTverse aims to build an open platform for art production, teaching and dissemination in VR.
In a research project for Rhineland-Palatinate, VRVis is creating a cooperative digital hydro twin for the German federal state to support the development of protective measures against heavy rain and river flooding.
The cities of the future rely on blue-green infrastructure: the University of Copenhagen, Henning Larsen and VRVis develop a software framework that combines hydrological modeling and 3D visualization for sponge city planning.
Digitization of construction sites: VRVis and clone:it automate rebar inspection and documentation.
In construction projects, 2D plans, 3D plans, reconstructions or real world data run in parallel without being linked to each other. VRVis and PlanRadar are now bridging this gap with a mobile AR tracking solution, the Onsite-AR project.
Due to climate change, extreme weather events are becoming more frequent and new pests are establishing in agriculture. Together with three project partners, VRVis is developing a digital imaging system for plants that combines information from magnetic resonance imaging and positron emission tomography and detects stress symptoms in plants at an early stage.