Search | FORTE - Verteidigungsforschungsprogramm

41. 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

42. 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

43. 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

44. 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

45. UAS-EODetect

Date: 01-12-22

UAS basierte multisensorgestützte Kampfmitteldetektion Background and Motivation New 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

46. NAWASCAN – Navigation Warfare Scan Antenna

Date: 01-12-22

The service provided by global navigation satellite systems (GNSS) can be intentionally jammed or spoofed, especially during military or terrorist actions, so that no or incorrect position or time information is obtained from the widely used GPS or Galileo receivers. The NAWASCAN project aims to des

47. CBRN-IoTA - CBRN IoT Sensing Architecture

Date: 01-12-22

CBRN-IoTA evaluates civil IoT protocols and architectures with regard to their applicability in the field of CBRN protection. In addition, the legal and regulatory framework conditions for the use of electronic dosimeters are examined. IoT platforms enable the rapid collection of accurate data throu

48. FORTE Sonderrichtlinie 2022-2023.pdf

Date: 09-11-22

49. 04_FORTISSIMO_2022_ArthroVek_Edwin Kniha.pdf

Date: 03-06-22

50. 08_FORTISSIMO_2022_TOM_20220330.pdf

Date: 03-06-22