Project descriptions
Military-grade DPV detectors
Working with petabytes of data, we created a comprehensive training pipeline capable of detecting and differentiating drones, people and vehicles.
AI solutions tailored for the defence industry
Reduce AI innovation risks and exceed product development goals.
- Intelligence, surveillance and reconnaissance - target acquisition and battlefield simulations optimised with deep learning
- Autonomous systems - computer vision-based automatic mission support services
- Chemical analysis - ML trained models for contaminant detection and spectroscopic analysis
- Fault prediction & prevention - cutting edge modelling at both device and system level
Let’s meet
If you wish to discuss potential cooperation in defence industry please leave your email address and we will get back to you with a meeting set up at your convenience.
Digica Solutions would like to keep you up-to-date with information on Digica services. For information on how we will use your data, international transfers of data and your rights, please see Full Privacy Policy details.
Target tracking and re-identification
Combining information from multiple sources (thermal cameras, visual light cameras, motion detectors) we helped our client deploy a fully integrated surveillance system.
Automatic payload monitoring system
We developed a GPU-accelerated method which automatically detects which equipment payloads (fuel, ammunition, etc) are being loaded onto an UGV to support military.personnel.
Unified battlefield system
By integrating multiple sources (visual light & thermal camera, radar, motion detectors, target tracker and classifiers) we created an easy to use, holistic surveillance and battlefield observation system.
Self improving surveillance system
Self-improving surveillance system
Using both temporal and spatial consistency analysis we created an ML module which analyses its own decisions in real-time for re-training and self-improvement.
Chemical analysis
An ML segmentation model was trained to detect reacted surfaces on military transport vehicles, thereby detecting chemical contamination which was then displayed via a military grade VR helmet