Mapping the MilTech War: Eight Lessons from Ukraine’s Battlefield
This report maps out the evolution of key technologies that have emerged or developed in the last 4 years of the war in Ukraine. Its goal is to derive the lessons the North Atlantic Treaty Organization (NATO) could learn to strengthen its defensive capabilities and prepare for modern war, which is large-scale and conventional in nature.
The Future of Air Superiority. Command of the Air in High Intensity Warfare
Air superiority, understood as control of the air, is a cornerstone of the Western art of warfare. It is a decisive condition, albeit not sufficient by itself, to achieve military victory, as it enables the concentration of air power toward the achievement of wider strategic objectives and protects other components from unbearable attrition levels. It is best achieved through the offensive use of air power in a joint effort to neutralize the enemy’s air power.
Human Machine Teaming and the Future of Air Operations
The increasing autonomy and digitization of battlefields implies a re-examination of Man Machine Teaming (MMT). While Artificial Intelligence (AI) has significant benefits, the human cognitive system remains unique until this day. Nonetheless, as demonstrated by the “centaur” approach, man-machine teaming offers even greater potentials than the two working separately.
Hypersonic Weapons: What Are the Challenges for the Armed Forces?
Hypersonic systems are becoming attributes of power for the states that design and implement them, at the risk of reviving an arms race.
The French Army and the Military Revolution of the First World War
In 1914 the firepower of modern weaponry produced a massacre. To limit losses, the warring parties dug themselves into trenches. The French army was forced to innovate.
The Battle over Fire Support: The CAS Challenge and the Future of Artillery
Traditionally, maneuver units are designed for mobility and control of the ground, while supporting forces (artillery, aviation) deliver fires to protect the former and ensure their freedom of action.
Les opérations aéroportées : la profondeur stratégique en question
Airborne operations draw their strategic importance from the scale and magnitude they provide to air-land operations. Yet, their concept of employment, shaped by their historical legacy may seem unfit to contemporary requirements - especially regarding their vulnerability during dropping and penetration phases when troops are isolated and highly dependent on external support.
Helicopter Warfare: The Future of Airmobility and Rotary Wing Combat.
Military helicopters have evolved into technologically sophisticated weapon systems. Originally designed to counter Soviet armor, attack helicopters now have to cope with a wide spectrum of threats, some of them bringing them back to their counterinsurgency roots.
La guerre des hélicoptères : L'avenir de l'aéromobilité et de l'aérocombat
Military helicopters have evolved into technologically sophisticated weapon systems. Originally designed to counter Soviet armor, attack helicopters now have to cope with a wide spectrum of threats, some of them bringing choppers back to their counterinsurgency roots.
Build and Maintain Air-Sea Superiority in a Contested Operational Environment – CNP 26
An exceptional opening roundtable at the 2026 Paris Naval Conference, bringing together the Chiefs of Naval Staff of the French, U.S., British, Italian and Dutch navies.
Mapping the MilTech War: Eight Lessons from Ukraine’s Battlefield
This report maps out the evolution of key technologies that have emerged or developed in the last 4 years of the war in Ukraine. Its goal is to derive the lessons the North Atlantic Treaty Organization (NATO) could learn to strengthen its defensive capabilities and prepare for modern war, which is large-scale and conventional in nature.
The Future of Air Superiority. Command of the Air in High Intensity Warfare
Air superiority, understood as control of the air, is a cornerstone of the Western art of warfare. It is a decisive condition, albeit not sufficient by itself, to achieve military victory, as it enables the concentration of air power toward the achievement of wider strategic objectives and protects other components from unbearable attrition levels. It is best achieved through the offensive use of air power in a joint effort to neutralize the enemy’s air power.
The Battle over Fire Support: The CAS Challenge and the Future of Artillery
Traditionally, maneuver units are designed for mobility and control of the ground, while supporting forces (artillery, aviation) deliver fires to protect the former and ensure their freedom of action.
Helicopter Warfare: The Future of Airmobility and Rotary Wing Combat.
Military helicopters have evolved into technologically sophisticated weapon systems. Originally designed to counter Soviet armor, attack helicopters now have to cope with a wide spectrum of threats, some of them bringing them back to their counterinsurgency roots.
Build and Maintain Air-Sea Superiority in a Contested Operational Environment – CNP 26
An exceptional opening roundtable at the 2026 Paris Naval Conference, bringing together the Chiefs of Naval Staff of the French, U.S., British, Italian and Dutch navies.
Build and Maintain Air-Sea Superiority in a Contested Operational Environment – CNP 26
An exceptional opening roundtable at the 2026 Paris Naval Conference, bringing together the Chiefs of Naval Staff of the French, U.S., British, Italian and Dutch navies.
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