Evaluation of the technological capabilities of AI in demining operation.
Case studies demonstrating the effectiveness of AI applications in the field
Future directions and potential advancements in remote sensing technology
Develop systems and solutions to detect and neutralise the Emplaced Explosive Ordnance (including UXO, Mines, and IEDs) threat
Increasingly remove the human from the explosive hazard
Enable freedom of manoeuvre at pace
An innovative approach to financing mine clearance
Insights into the design and implementation of an integrated approach to mine action, and how such projects can serve as a model for future mine action projects
Understanding how development investment bonds can support long-term, sustainable mine action efforts
Lessons learned from 30 years of Mine Action Accidents
MAG field trials of Sensors, Mechanical Equipment and Detectors
HMA Operations from new conflicts; Syria or Lebanon
The use of UAV-mounted disruptors and sensors to identify and dispose of explosive devices with high precision and safety
Showcasing effective implementations of unmanned systems, including the integration of advanced electronic warfare capabilities
Exploring C-UAS with EOD robots to enhance operational effectiveness and protect personnel
Recent advancements in ground-penetrating radar and metal characterisation systems
Improving accuracy and reliability in sensing systems with Multi-Modal Detection
Challenges and Industry Collaboration: Quantifying and obtaining reliable test sensors & working with industry to advance technological developments
U.S. Africa Command's initiatives to share counter-IED expertise and support local EOD capabilities
Training programs and collaborative efforts with local forces in Tanzania and other regions
Future Strategies in EOD Operation on the continent
Implementing Physical Security & Stockpile Management (PSSM) & innovative approaches
Update on Current Programmes
Training practices for military personnel, police, and civilians to safely and efficiently remove UXO