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1. VIVALDI - Virtual validation of autonomous land vehicles in off-road terrain

Date: 01-12-22

The project VIVALDI provides an operational simulation solution for the virtual validation of automated vehicle control for off-road driving. This solution will be demonstrated using prototypical models and concrete scenarios and can be used by BMLV or its technological partners after the end of the

2. VitalMonitor

Date: 18-12-19

Multisensorales körpergetragenes Vital-Monitoring System für militärische Schulungs-, Trainings- und Einsatzszenarien (Multi-sensor wearable vital monitoring system for military training and military mission scenarios)The goal of VitalMonitor focuses on the development of a system for real-time mon

3. Vector-borne diseases in operational areas of the Austrian Armed Forces: Kosovo and Bosnia and Herzegovina (BIH)

Date: 24-12-21

The aim of the FFG FORTE project is an extensive assessment of the prevalent mosquito, sandfly and tick fauna and their medical relevance as vectors of pathogens in the operational areas of the Austrian Armed forces in the Kosovo and BIH. Consecutively, the risk of infection in the operational areas

4. UMPAS - Implementation of autonomous vehicle control based on passive localization

Date: 20-12-24

In Umpas, an RMMV HX2 is enhanced with autonomous vehicle control and purely passive sensors to automatically repeat a pre-learned moderate off-road path.Motivation: Disrupting supplies is a key element in war operations, as is currently the case in Ukraine. In general, supply convoys face an incre

5. UGV-ABC-Probe

Date: 16-11-21

A new generation of field-proven robots is advanced to operate instruments and tools relevant to the reconnaissance phase of CBRN operations as part of the FORTE program.The control of the UGV is supported by autonomous functions in the key areas of approach and sampling in order to apply core com

6. UAS-EODetect

Date: 01-12-22

UAS basierte multisensorgestützte KampfmitteldetektionBackground and MotivationNew types of conflicts and methods of warfare increasingly require comprehensive, dynamically adaptable military deployment strategies combined with the use of innovative (partially) autonomous air- and ground-based sy

7. TOM Tele-operated aMun-Handling

Date: 18-11-19

The goal of TOM is to increase the safety of the ÖBH personnel in current and potential operational areas, to support and relieve the personnel on site, and to increase the efficiency of tactical logistics in the operational area. Here, the focus lies on the 1st line and the follow-up supply at the

8. TERRA-V - AI-based test-platform for virtual verification and validation of autonomous operated military platforms

Date: 16-12-24

Modular development and validation software for autonomous military driving systems designed for different vehicles, different non-emitting sensors and different types of terrain.In the military context, autonomously operating ground vehicles (UGV) for reconnaissance, logistics and medical evacuati

9. TAUBE

Date: 23-12-20

MulTi-Sensorfusion for Navigation of Unmanned Aerial Vehicles Beyond GNSS-Denied EnvironmentsThe increasing grade of automation is UAV based reconnaissance lead also to an increased dependence on satellite based navigation systems (GNSS). This fact is also recognised by counter UAV activities, spec

10. System for monitoring the real usage profile and optimization of maintenance and inventory planning of military land vehicles

Date: 07-10-20

AI based analysis of heterogeneous data sources, like sensor data and data from the vehicle control system, to capture a realistic usage profile of military land vehicles. Usage of the gathered information for maintenance and inventory planning through predictive maintenance and optimized inventory

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Austrian Research Promotion Agency (FFG)