Weapons and Defense Technology
Today's armies are increasingly defined by their ability to innovate and integrate cutting-edge technologies such as cyberweapons, space systems, drones and artificial intelligence, all of which pose new operational and ethical challenges for combatants.
Related Subjects
Multiple Launch Rocket Systems Europe’s Long-standing and Enduring Dependence?
The war in Ukraine has underlined the importance of multiple launch rocket systems (MLRS) in modern conflict, especially a war without clear air superiority and hence a reduced potential for air-launched deep strike. In 2022, the European MLRS fleet was split between a variety of Western platforms developed at the end of the Cold War and specialized in precision strikes.
Autonomous Systems in the Underwater Domain: A Limitless Revolution?
One of the decisive strategic factors in the ongoing Russo-Ukrainian war is the mass use of aerial, maritime, and terrestrial autonomous capabilities, which are transforming the face of the battlefield. Nevertheless, many of these drones are still remotely piloted, operated, or supervised, testifying to the fact that the autonomization of military capabilities is still at an embryonic stage.
Main Battle Tank: Obsolescence or Renaissance?
Since February 2022, Russian and Ukrainian forces combined have lost more than 5,000 battle tanks, a much higher volume than all the European armor combined. Spearhead of the Soviet doctrine from which the two belligerents came, tanks were deployed in large numbers from the first day and proved to be a prime target for UAVs that became more numerous and efficient over the months. The large number of UAV strike videos against tanks has also led a certain number of observers to conclude, once again, that armor is obsolete on a modern battlefield. This approach must, however, be nuanced by a deeper study of the losses and their origin, UAVs rarely being the sole origin of the loss itself, often caused by a combination of factors such as mines, artillery or other anti-tank weapons.
Design, Destroy, Dominate. The Mass Drone Warfare as a Potential Military Revolution
The widespread use of drones observed in Ukraine—both in terms of the scale of the fleets deployed and their omnipresence in the operations of both belligerents—appears to meet the conditions of a genuine military revolution.
The European Space Model: Renewing Ambition in a Changing Strategic Landscape
The European space model, based on science, cooperation and trade, is now being undermined by changes in international relations and the economic upheavals brought about by New Space. In light of the war in Ukraine and American disengagement, Europe needs to rethink its strategy by adding a fourth pillar dedicated to defense, in order to strengthen its sovereignty and deter possible aggression against the continent.
A Transatlantic Defense Industrial Base? Two Contrasting Views
The evolving landscape of global defense cooperation has brought the transatlantic relationship between the United States (US) and Europe into sharp focus. As geopolitical tensions rise and the threat environment becomes more complex, the question of how Europe can best ensure its security while navigating its relationship with the United States has become paramount. This double feature report offers two contrasting views on the dynamics of US-Europe defense industrial relations, highlighting the challenges and opportunities that lie ahead for both parties.
Deep Precision Strikes: A New Tool for Strategic Competition?
Reaching deep into the enemy’s system to weaken it and facilitate the achievement of operational or strategic objectives is a key goal for armed forces. What capabilities are required to conduct deep strikes in the dual context of high-intensity conflict and strengthened enemy defenses?
EUDIS, HEDI, DIANA: What's behind Three Defense Innovation Acronyms?
In Europe, with Russia’s war of aggression against Ukraine showing little sign of abating, a persistent gap remains between security needs and defense spending. According to a 2006 commitment enshrined at the 2014 Wales NATO summit, the North Atlantic Treaty Organization (NATO) members should disburse no less than 2% of their national gross domestic product (GDP) on defense, out of which 20% is to be spent on equipment and research and development. In 2024, only 23 Allies out of 32 are expected to meet or exceed this target, though a significant improvement from only three in 2014. This total includes the United States (US) devoting 3.38% of its GDP to defense, constituting almost 70% of all NATO member defense spending combined.
2024: A Pivotal Year for the Space Sector?
2024 could be a pivotal year for space exploration. New launchers are set to make their first flight, satellite constellations and other trends promise to redefine the way space is explored and exploited.
Ethics and Responsibility in Space Exploration: The Rise of Soft Law to Regulate New Practices
Multiple Launch Rocket Systems Europe’s Long-standing and Enduring Dependence?
The war in Ukraine has underlined the importance of multiple launch rocket systems (MLRS) in modern conflict, especially a war without clear air superiority and hence a reduced potential for air-launched deep strike. In 2022, the European MLRS fleet was split between a variety of Western platforms developed at the end of the Cold War and specialized in precision strikes.
Autonomous Systems in the Underwater Domain: A Limitless Revolution?
One of the decisive strategic factors in the ongoing Russo-Ukrainian war is the mass use of aerial, maritime, and terrestrial autonomous capabilities, which are transforming the face of the battlefield. Nevertheless, many of these drones are still remotely piloted, operated, or supervised, testifying to the fact that the autonomization of military capabilities is still at an embryonic stage.
Main Battle Tank: Obsolescence or Renaissance?
Since February 2022, Russian and Ukrainian forces combined have lost more than 5,000 battle tanks, a much higher volume than all the European armor combined. Spearhead of the Soviet doctrine from which the two belligerents came, tanks were deployed in large numbers from the first day and proved to be a prime target for UAVs that became more numerous and efficient over the months. The large number of UAV strike videos against tanks has also led a certain number of observers to conclude, once again, that armor is obsolete on a modern battlefield. This approach must, however, be nuanced by a deeper study of the losses and their origin, UAVs rarely being the sole origin of the loss itself, often caused by a combination of factors such as mines, artillery or other anti-tank weapons.
Design, Destroy, Dominate. The Mass Drone Warfare as a Potential Military Revolution
The widespread use of drones observed in Ukraine—both in terms of the scale of the fleets deployed and their omnipresence in the operations of both belligerents—appears to meet the conditions of a genuine military revolution.
The European Space Model: Renewing Ambition in a Changing Strategic Landscape
The European space model, based on science, cooperation and trade, is now being undermined by changes in international relations and the economic upheavals brought about by New Space. In light of the war in Ukraine and American disengagement, Europe needs to rethink its strategy by adding a fourth pillar dedicated to defense, in order to strengthen its sovereignty and deter possible aggression against the continent.
A Transatlantic Defense Industrial Base? Two Contrasting Views
The evolving landscape of global defense cooperation has brought the transatlantic relationship between the United States (US) and Europe into sharp focus. As geopolitical tensions rise and the threat environment becomes more complex, the question of how Europe can best ensure its security while navigating its relationship with the United States has become paramount. This double feature report offers two contrasting views on the dynamics of US-Europe defense industrial relations, highlighting the challenges and opportunities that lie ahead for both parties.
Deep Precision Strikes: A New Tool for Strategic Competition?
Reaching deep into the enemy’s system to weaken it and facilitate the achievement of operational or strategic objectives is a key goal for armed forces. What capabilities are required to conduct deep strikes in the dual context of high-intensity conflict and strengthened enemy defenses?
EUDIS, HEDI, DIANA: What's behind Three Defense Innovation Acronyms?
In Europe, with Russia’s war of aggression against Ukraine showing little sign of abating, a persistent gap remains between security needs and defense spending. According to a 2006 commitment enshrined at the 2014 Wales NATO summit, the North Atlantic Treaty Organization (NATO) members should disburse no less than 2% of their national gross domestic product (GDP) on defense, out of which 20% is to be spent on equipment and research and development. In 2024, only 23 Allies out of 32 are expected to meet or exceed this target, though a significant improvement from only three in 2014. This total includes the United States (US) devoting 3.38% of its GDP to defense, constituting almost 70% of all NATO member defense spending combined.
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 European Equation of Nuclear Deterrence, Variables and Possible Solutions
Ever since nuclear weapons were developed by the United States and the Union of Socialist Soviet Republics, Europe has lived under the nuclear shadow. A major direct confrontation between “the West” and “the East” could have very likely resulted in the detonation of nuclear weapons on the continent. As the Cold War ended, massive reductions in the US and Soviet arsenals (from 70,300 in 1986 to 13,890 in 2019) and a new security architecture radically transformed the European security environment.
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