AHOI: Adaptive Human Operator Interaction with Autonomous Systems
AIDefSpace: Using Artificial Intelligence to defend telecommunications and satellite positioning systems from the interference of space weather events
AMC3: Automated Methodology for Common Criteria Certification
ANDORRA: AdvaNceD cOmposite for smaRt pRotective Armour
AQUA-MESH: Adaptive Quality-aware Underwater Multi-hop Communication and Sensing for Drone Swarms
AQUILA: Affordable Quick-reaction UAS Interception and Long-range Accuracy
BlasTex: Blast and fragment resistant Textile
BOLSTER: Beyond 5G mObile Standalone Tactical nEtwoRk
BREATHFIT: Exhaled breath analysis to determine physical readiness of soldiers
Dep5GforRNAV: Deployable 5G networks for advanced naval applications
FORCES: FOundations for Reliable, CorrEct, and Secure robotic systems
GUIDED: Goggles-based User Interface for Detection of Explosive Devices
HITS: The effect of High-velocity ballistic Impact on the Thermo-mechanical behaviour of Space material
HYDE: Hydrogen technology for energy supply in Defence applications
INSERT-BD: Integrating NEETs in Society through Employment, Recruitement and Training in Belgian Defence
MARISPEC: Maritime Infrastructure Security and Protection through Enhanced Multi-wavelength
METAJAM: Metasurface-Enabled conformal Technology for wideband And JAmming with Multifrequency antennas
MONA: Miniaturized mOtion-triggered eNergy hArvester for wireless communication and battery recharging
NAV-ALERT: Naval Alertness Monitoring System for Enhanced Operational Readiness
NEMEA: Novel Energetic Materials for Efficient Ammunition
SAILS: Safe Autonomous Integrated Landing system for Ships
SALTO: Secure Active Learning for Territorial Observations
SIREN: Ship Intel foR the BElgian Navy
STATS: Sensing & Testing Analytics Toolbox for Soldiers to predict fatigue and reduce injuries, infections and attrition rate
TaMaCare: Tactical Environmental Mapping for Battlefield Casualty Care
ThreatSens: Sensitive on-site threat detection towards Defence security
VENT-DEFENSE: Tackling a ventilator surge capacity problem by developing an AI based protocol for Individualized Shared Ventilation