Financed Proposals

Attention please for the updated FORTE citation and publishing rules!

All project consortia are obliged to use the logos of BMF, FFG and FORTE as well as the phrase „The project „[…]“ is funded / financed within the Austrian defence research programm FORTE of the Austrian Federal Ministry of Finance and managed by the Austrian Research Promotion Agency.“ clearly visible at the beginning of every presentation or publication of their project(s). Your accordance represents an important contribution to the future of Austrian defence research. Thank you very much! 

Call results by calendar year

Call results by funding instruments

Projects

 
36 results:
31. EVUB - Acquisition and visualization of underground movement passages to complete the situational picture in Urban Operations  
In the course of this project, the aim is to create a comprehensive situational picture of an urban area, in particular, the underground movement passages, by using heterogeneous data sources and, if  
32. BEHAVE - Erfassung, Überwachung und Auswertung der tatsächlichen Nutzung von kettengetriebenen Fahrzeugen zur Optimierung der LZK  
The aim of the "BEHAVE" project is to realistically calculate and optimise the life cycle costs of tracked vehicles. This is to be realised through a proof of concept and associated demonstrators for  
33. Bullseye  
Development of a highly accurate, multispectral fire control system to increase the accuracy of kinetic weapons for drone defense. Protecting critical infrastructure and military assets from drone  
34. HyDroneRec  
Autonomous flight systems with a long service life through the use ofH2 technology for military reconnaissance scenarios The use of unmanned, autonomous aircraft systems for military reconnaissance  
35. LUA - Unmanned aerial reconnaissance system  
Scientific investigation of the possibilities, development and validation of a UAS with a NATO Class II dimension and logistics, and NATO Class III autonomous capabilities through artificial  
36. PATH - Pathways for advanced UGVs into military practice (PATH)  
The PATH project aims to pave the way for using advanced Unmanned Ground Vehicles (UGVs) in combat situations in various military deployment scenarios. The focus here is on the direct support of  
Search results until of
Cooperative Research and Innovation Projects >Call 2022 >

RESISTANT - Increased Rresilient Military Logistics based on an End-To-End digitalized, distributed and autonomous Supply Chain

The project provides an intelligent infrastructure for logistical processes and semi-automated interventions when required for the stakeholders…

Cooperative Research and Innovation Projects >Call 2022 >

PATH - Pathways for advanced UGVs into military practice (PATH)

The PATH project aims to pave the way for using advanced Unmanned Ground Vehicles (UGVs) in combat situations in various military deployment…

Cooperative Research and Innovation Projects >Call 2022 >

LUA - Unmanned aerial reconnaissance system

Scientific investigation of the possibilities, development and validation of a UAS with a NATO Class II dimension and logistics, and NATO Class III…

Cooperative Research and Innovation Projects >Call 2022 >

HyDroneRec

Autonomous flight systems with a long service life through the use ofH2 technology for military reconnaissance scenarios

Cooperative Research and Innovation Projects >Call 2022 >

Bullseye

Development of a highly accurate, multispectral fire control system to increase the accuracy of kinetic weapons for drone defense.

Cooperative Research and Innovation Projects >Call 2022 >

BEHAVE - Erfassung, Überwachung und Auswertung der tatsächlichen Nutzung von kettengetriebenen Fahrzeugen zur Optimierung der LZK

The aim of the "BEHAVE" project is to realistically calculate and optimise the life cycle costs of tracked vehicles. This is to be realised through a…

Cooperative Research and Innovation Projects >Call 2022 >

ADRIAN - Optimisation of AI-based drone defence for military requirements

Utilisation of state-of-the-art artificial intelligence methods and processes for mobile airspace reconnaissance and threat countermeasures for their…

R&D- Support Actions >Call 2022 >

RT-VitalMonitor - Multifaktorielles und multisensorisches physiologisches Echtzeit-Monitoringsystem für militärische Einsatzszenarien

Development of a real-time psychophysiological monitoring system for soldiers on the basis of target group-oriented stress models and innovative…

R&D- Support Actions >Call 2022 >

BUMBLEBEE - cyBersecUrity prograMm für cyBer Kräfte mit einer miLitärischEn cyBEr rangE

In recent years, conflicts between states have increasingly begun in the digital space. These serve as preparation for conventional hostilities.…

Cooperative Research and Innovation Projects >Call 2021 >

EVUB - Acquisition and visualization of underground movement passages to complete the situational picture in Urban Operations

In the course of this project, the aim is to create a comprehensive situational picture of an urban area, in particular, the underground movement…

Cooperative Research and Innovation Projects >Call 2021 >

NIKE-SwarmNav – Robot-navigation without GNSS-signal, UAS/UGV-swarms, autonomous systems

Generation of an operational picture in complex urban environments using mixed swarms of drones and ground robots.

Cooperative Research and Innovation Projects >Call 2021 >

NADODE - Drone Navigation with GNSS Interference Monitoring in GNSS Denied Environment

Identification of optimal non-GNSS navigation sensors and/or sensor fusion approaches. Realization of more sensitive interference detection algorithms…

Cooperative Research and Innovation Projects >Call 2021 >

SURUx2 – Semi-automatic robot system for detection of CBRN threats and IEDs

The FORTE project SURUx2 investigates novel methods for (semi)automatic robotics for standoff detection of hazardous agents and explosives in close…

Cooperative Research and Innovation Projects >Call 2021 >

SIMPAS - Simulation of autonomous vehicle control based on passive localization

In this project, a concept based on passive sensing for environment perception and localization as well as path planning and vehicle control for an…

Cooperative Research and Innovation Projects >Call 2021 >

SENSOR – Secure PNT Superiority

The main objective of the SENSOR project is to present the best possible considerations for the BMLV as the customer on how Secure PNT can be ensured…

Cooperative Research and Innovation Projects >Call 2021 >

GeoSemantic and Crowdsourced enhanced Virtual Reality for Situational Awareness (GeoCROW)

The GeoCROW project addresses the problem of collecting local and mission-relevant information for future military and humanitarian mission areas.…

Cooperative Research and Innovation Projects >Call 2021 >

BOOST

AdaptaBle AutOmated Intelligence Gathering PrOceSses for Decision SupporT

Cooperative Research and Innovation Projects >Call 2021 >

BodyTox 2.0: Simulation of neurotoxin toxicity via skin uptake route using a body-on-a-chip technique.

The FORTE collaborative project BodyTox is dedicated to a body-on-a-chip method for more effective risk assessment of chemical warfare agents based on…

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[Translate to English:] Österreichische Forschungsförderungsgesellschaft - FFG
[Translate to English:] Bundesministerium für Landesverteidigung