As modern battlefields become faster, more lethal and more electronically contested, armed forces are increasingly turning to expendable drones as a cost-effective way to project capability at scale. Unlike traditional UAVs designed for repeated use, expendable drones are optimised for... Read More

In contested, remote or infrastructure-poor environments, logistics is often the determining factor between mission success and failure. Maritime supply chains are especially vulnerable: long distances, unpredictable weather, electromagnetic interference, and limited port infrastructure can all delay or compromise critical deliveries.... Read More

In modern warfare, the ability to operate without reliable communications, GPS, or data links is becoming a defining factor of operational success. As adversaries deploy increasingly sophisticated jamming and electronic warfare (EW) systems, traditional command-and-control models are proving vulnerable. The... Read More

Speed has become the new benchmark of military advantage. As threats evolve and technology cycles accelerate, defence organisations can no longer afford multi-year development programmes that risk obsolescence before delivery. Modern forces need platforms that adapt as quickly as the... Read More

Why Drone Swarms Matter in Modern Conflict Swarm-enabled operations bring asymmetry back to the battlefield. Instead of relying on costly airframes that require secure comms links and satellite support, swarms provide: This makes them especially relevant for grey-zone warfare, special... Read More

Electronic warfare (EW) is no longer a niche capability—it is central to modern conflict. From jamming GPS signals to disrupting communications, adversaries are investing heavily in electronic countermeasures to deny freedom of action in the air. For unmanned aerial vehicles... Read More

What Are Electronic Warfare Resistant Drones? Electronic warfare resistant drones are unmanned aerial vehicles (UAVs) designed to function in environments flooded with signal jamming, spoofing, or disruption. These systems use hardened communications, autonomous navigation, and mission-continuity protocols to complete objectives... Read More

As autonomous technologies mature, they are reshaping how maritime forces deliver supplies, gather intelligence, and project power from ship to shore. From reconnaissance and mine countermeasures to precision strike and resupply, maritime drone systems are redefining how naval forces operate... Read More

As defence priorities shift towards scalable, survivable solutions for high-intensity conflict, One-Way Effectors (OWEs) have emerged as one of the most disruptive technologies of the decade. Offering precision strike capability at a fraction of the cost of traditional munitions, OWEs... Read More

In modern conflict zones and contested operational theatres, the ability to maintain secure and uninterrupted logistical supply lines is no longer a guarantee. Traditional logistics chains are increasingly vulnerable to disruption—whether through kinetic attacks, electronic warfare, or simply the inaccessibility... Read More