The proliferation of uncrewed aerial systems across Sub-Saharan African conflict environments has been one of the most significant tactical developments of the past three years. What began as the deployment of commercial off-the-shelf quadcopters for intelligence, surveillance, and reconnaissance by non-state armed groups has evolved into a more sophisticated threat that now includes modified commercial systems for weapons delivery, first-person-view drones used in precision strikes, and the emergence of locally-produced systems adapted to specific operational requirements.
The operational impact has been significant. Security forces across the Sahel, the Lake Chad Basin, and the Horn of Africa have reported ISR degradation as armed groups use small UAS to monitor force movements and counter military operations in real time. The psychological impact of even relatively unsophisticated drone activity on conventional military formations has been marked. And the asymmetric economics of the threat — a $500 commercial drone versus the cost of the defensive measures required to defeat it — creates a structural challenge that cannot be resolved through equipment procurement alone.
The counter-UAS capability requirements for African militaries span multiple domains: detection and identification of UAS threats across a range of operational environments; electronic warfare capabilities for jamming and spoofing; kinetic and directed energy defeat mechanisms appropriate to the operational context; and, critically, the command and control frameworks required to integrate these capabilities into existing operational doctrine. Most African militaries currently have limited capability across all of these domains.
The doctrine dimension is often underweighted in capability development discussions. Counter-UAS is not simply a technical capability — it requires changes to how units are organised, how they train, how they manage the electromagnetic spectrum, and how they integrate information from multiple detection systems. Developing this doctrinal understanding at the officer and senior NCO level is as important as acquiring the physical systems.
Quantum Intel's emerging technologies capability development addresses this gap through structured programmes that build the conceptual and doctrinal understanding required for effective counter-UAS operations — grounded in the specific operational environments and force structures of African militaries, and delivered by faculty with direct operational experience in this domain.