PARIS — Within the upcoming two years, military forces are expected to commence operational deployment of drone swarms, as advancements in the underlying technology are realized, state the leading French Army official overseeing new defense technologies and a top executive at Thales specialized in drone combat systems.
Impending Adoption of Drone Swarms
“Soon, we will see actual deployment in specific units, and broader adoption will rapidly ensue as the advantages of these swarms become evident,” stated Eric Lenseigne, Vice President of Drone Warfare at Thales, during his speech at the Forum Innovation Défense in Paris last week.
Drone swarms are set to overcome two prominent challenges faced on modern battlefields: access-denial tactics and the extreme lethality of frontline engagements, explained Colonel Philippe Bignon, who leads the Exploration Bureau at the French Army’s Future Combat Laboratory.
While drone swarm technology is currently under trials by various European NATO countries, and there have been reports of Ukraine employing small-scale drone swarms, the prevalent model still involves one operator per drone. The envisioned swarms would operate autonomously, guided by AI, enabling coordinated actions with minimal human oversight.
Lenseigne highlighted that Thales’ trials indicate that the technology is nearing a stage that would allow effective implementation of operational swarms. He noted that nearly all technological components necessary for deploying these swarms are already available.
Timeline for Deployment and Operational Capabilities
According to Bignon, military applications of drone swarms are anticipated to be ready within two years, with a more comprehensive deployment expected within five years. France is also advancing its autonomous robotic combat unit initiative, dubbed the Pendragon project, which integrates both land and aerial drones with AI-driven command systems, aiming for a demonstration in 2026 and operational deployment the following year.
Drone swarms are designed to amplify effectiveness by increasing the number of active agents, where even a few units in the swarm can achieve the intended mission. AI will enable dynamic leadership within the swarm, ensuring continuity even if the lead unit is compromised, Bignon added.
To counteract access-denial strategies, he described potential tactics involving complex swarm operations that might integrate suppression of enemy defenses, electromagnetic interference, and strikes on communication and logistical support, paving the way for subsequent exploitation of the battlefield.
Challenges and Strategic Utilization in Modern Conflicts
“There is a comprehensive strategy being developed for swarm utilization focused on penetration actions,” Bignon remarked, suggesting that such strategies could be pivotal in overcoming tactical stalemates, such as those observed in Ukraine.
Despite the emergence of new drone applications in the Ukrainian conflict, the control model has largely remained traditional, with drones being piloted from start to finish via a data link, Lenseigne pointed out. He also noted that the rapid progression towards using large-scale swarms in Ukraine has not yet occurred, with the current focus on developing groups of five to ten drones.
Bignon mentioned that drone swarms could also be used for resupplying troops in combat or for executing deceptive maneuvers on the battlefield, where the high lethality of the frontline often results in the destruction of any moving targets within minutes.
He predicted a future battleground scenario characterized by a mix of few manned, sophisticated, and costly platforms alongside an increasing number of unmanned swarms. This shift is expected to lead to highly lethal, potentially unmanned combat zones.
Ethical and Psychological Considerations
One critical challenge will be ethical, as “swarms equal artificial intelligence,” Bignon stated. Operators will need to be cognizant of potential AI deviations and might have to recalibrate their systems, while also assuming legal and moral responsibility.
The psychological impact on soldiers either deploying or facing swarms could be significant, likening it to the dehumanized nature of combat against unmanned systems, which can be quite unsettling.
Lenseigne emphasized that the human aspect might slow the adoption of swarm technology as individuals adjust to significant changes in combat dynamics and system management.
Logistical and Technical Challenges
Moreover, deploying large numbers of drones presents logistical and technical challenges, from housing them in containers to powering them up for missions, Lenseigne explained. He stressed that supporting such technology would require substantial development, highlighting that the practical difficulties of managing such systems are as significant as their technological sophistication.
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Jamal Peterson reports on defense, aerospace, and tech policy. With a military background and a strategic mind, he dissects complex subjects with clarity, offering readers sharp, reliable insights.
