Search | FORTE - Verteidigungsforschungsprogramm

1. 2ARMY II: Automated Additive Repair and Manufacturing System

Date: 01-12-22

WAAM-based automatic on-demand production of metallic spare parts and repair of worn metallic parts. A portable containerised machine prototype. The logistic footprint of a civil or military organisation depends directly on the diversity of the (spare-)parts, which are necessary to maintain or enabl

2. 2ARMY – Automated Additive Repair and Manufacturing System

Date: 18-11-19

The 2ARMY project is focused on important development steps needed to realize an on-demand production of spare parts and automated repairing of worn metallic components in an automated robotic cell using a wire and arc-based additive manufacturing process. A number of different 3D-shape acquisition

3. ABC-MAUS

Date: 18-11-19

Modelling of the atmospheric dispersion of CBRN warfare agents and improved operational picture through sensor data evaluation When deployed under CBRN threat, the Austrian Army currently uses procedures that offer a rough assessment of hazardous areas for the purpose of immediate warning of endang

4. Adaptive multi-modal network discovery for information assessment (AMMONIS)

Date: 06-10-20

The AMMONIS project develops services for the joint analysis of audio and text data using heterogeneous data sources. These services enable the classification and linking of audio events with text information that is spatially, temporally or thematically related. The aim is to use these services to

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

Date: 02-01-23

Utilisation of state-of-the-art artificial intelligence methods and processes for mobile airspace reconnaissance and threat countermeasures for their integration and military use The rapid development of unmanned aerial systems is driving exponential growth and poses an asymmetric threat situation a

6. BARAKUDA - Mobile Sensor System for UAV Defense using Direction based Acoustic Detection and Localization

Date: 16-11-21

The FORTE project BARAKUDA deals with the development of a mobile-use acoustic sensor system that can detect and track multiple drones based on direction. Particular innovation content consists in the fusion of localization and detection of sound events. The acoustic sensor system is to be integrate

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

Date: 02-01-23

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 the data-based prediction of the expected life cycle costs based on the real usage profiles of track

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

Date: 01-12-22

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 their toxicity, exposure duration and penetration properties of nerve agents. To implement the project, 3D organoid tissue models of a wide variety o

9. BOOST

Date: 01-12-22

AdaptaBle AutOmated Intelligence Gathering PrOceSses for Decision SupporT The project will develop a flexible and adaptive system for automated analysis and classification of heterogeneous and unstructured data from different sources using AI methods. The goal is to develop a knowledge base for dec

10. Bullseye

Date: 02-01-23

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 attacks is extremely important. Kinetic weapons represent an efficient complement to existing air defen