Learn about our Military and Defense Division
The R-DEX Military and Defense Division has developed a reputation for excellence in Research and Development and Engineering Services in the areas of artificial intelligence/machine learning (AI/ML), autonomous systems, sensor science (EO/IR and radar), information extraction (signal processing and embedded computing), communications, and integrated sensing and decision support.
The R-DEX Military and Defense Division is composed of two branches:
- Artificial Intelligence and Image Exploitation Branch
- Signal Processing and Cognitive Technologies Branch
R-DEX Systems designs and develops custom algorithms and leverages the latest sensors and processing technologies, including: graphical processing units (GPUs), field-programmable gate arrays (FPGAs), multi-core central processing units (CPUs) and digital signal processors (DSPs), to achieve real-time performance. Our proprietary technologies are the foundation for custom solutions that we provide to our clients for:
- Artificial intelligence & Machine learning
- Wireless communications (both RF and lasercomm)
- Improved Target Classification with Synthetic Aperture Radar/Inverse Synthetic Aperture (SAR/ISAR) Imagery
- Strengthening Artificial Intelligence Classifiers Against Adversarial Attacks for SAR and EO Imagery
- Detecting Adversarial Attacks in Imagery and Signals
- Improved Resilience of Army Tactical Radios to Electronic Warfare (EW) Attacks
- Strengthening SIGINT Classifiers to Adversarial Attacks
- Improved and More Robust Automatic Target Classifiers
- Improved Bird/Drone Discrimination for Counter-UAS
- Universal Adversarial Attack Technology for Improved Machine Vision Disruption
- Innovative Communications and Radar Waveforms
- Distributed sensor networks
- Sensor fusion for a wide spectral range – visible, thermal and radar
- Enabling sensors to operate in challenging conditions, including fire, dust, fog, rain and smoke
- Target detection, classification and tracking
- High dynamic range imaging and mitigation of sensor saturation
- Precision targeting and weapons systems
- Overcoming countermeasure for helicopters, transport and fighter aircraft
- Surveillance imaging with low signal-to-noise ratio