Ukraine, the Middle East, Iran: recent wars show that less powerful actors can strike hard. But competing sustainably is another matter.
In summary
The wars in Ukraine, the Middle East, and around Iran have taught a brutal lesson: military technology has become democratized, at least in part. Less wealthy states, sometimes less industrialized, have succeeded in inflicting heavy costs on far more powerful adversaries by combining drones, electronic warfare, software, distributed targeting, commercial intelligence, and globalized supply chains. Access to motors, thermal cameras, navigation modules, semiconductors, carbon fiber, and private satellite networks has lowered certain barriers to entry. Ukraine plans to purchase 4.5 million FPV drones by 2025, which speaks volumes about the shift in scale.
But this transformation does not mean that everyone can now compete sustainably with the major powers. Rather, it means that the cost of strategic disruption has fallen . Causing disruption, saturating systems, bypassing defenses, harassing, and sometimes surprising the enemy has become more accessible. Dominating a theater for an extended period, producing complex missiles, sustaining operations over time, resupplying, protecting one’s airspace, replacing losses, and integrating all sensors remains the preserve of powers with a heavy industrial, financial, and logistical base. Recent wars have therefore not erased the military hierarchy. They have made it less comfortable.
The first lesson is that military innovation no longer belongs solely to the giants
Ukraine has shown that a country under pressure can very quickly transform its military apparatus using civilian tools, rapid software development, distributed manufacturing, and a highly responsive private-sector ecosystem. This
’t just a story of “ingenious DIY.” It’s a model of accelerated adaptation. Western think tanks now describe the conflict as a laboratory for autonomous systems, electronic warfare, contested logistics, and rapidly evolving air defenses. The decisive factor isn’t the drone alone. It’s the speed at which it’s modified, reprogram it, and integrate it into a short tactical cycle.
The Ukrainian figure of 4.5 million FPV drones planned for purchase by 2025 is telling. It shows that military effectiveness is no longer measured solely by the unit price of a sophisticated platform. It is also measured by the ability to mass-produce an armed consumable, to adapt to jamming, and deploy them in large numbers against much more expensive targets. This does not render tanks, howitzers, or aircraft obsolete. It changes the environment in which they operate.
The same phenomenon is emerging in the Middle East. Iranian drone and missile campaigns, along with Israeli and allied responses, have brought the logic of saturation back to the forefront. An actor that combines cheaper, more numerous, and sometimes sufficiently accurate projectiles can force a technologically superior adversary to expend scarce and costly interceptors. This is what many today summarize with the term missile math: the defense economics is becoming as important as pure performance.
The second lesson is that globalization lowers barriers, but does not eliminate them
Globalization makes access to critical components easier than in the past. This is true for circuit boards, cameras, certain engines, antennas, batteries, carbon fiber, and navigation software. Reuters reported as recently as early April 2026 that Ukraine’s fleet of jet-powered attack drones remains dependent on a small number of European suppliers for mini-turbojets, while Russia also continues to source some of its supplies through China. This relative fluidity is changing the nature of war: a middle-power state can assemble a dangerous system without controlling the entire industrial chain.
But let’s be clear: assembling is not the same as controlling. Critical production chains remain riddled with bottlenecks. CSIS points out, for example, that the production of aerospace-grade carbon fiber remains concentrated, that autoclaves are few in number, and that this capacity does not “ surges” quickly. In other words, an actor can rapidly scale up capacity for simple or intermediate drones, but much less easily for sophisticated systems that require advanced materials, reliable engines, hardened software, and repeatable production.
This is where many are mistaken. Recent wars prove that a less powerful actor can challenge a superior adversary. They do not prove that it can match its industrial depth. Manufacturing a few hundred or thousand attack drones is one thing. Sustainedly producing turbofans, AESA radars, long-range air-to-air missiles, military satellites, air surveillance aircraft, and multi-role interceptors is quite another. The technological hierarchy has not disappeared. It has shifted.
The third lesson is that modern warfare rewards adaptation, not perfection
Ukraine and several actors in the Middle East have established a simple logic: whoever adapts their systems, frequencies, trajectories, software, and manufacturing processes faster gains an advantage, even without possessing the best theoretical technology. CSIS analyses on Ukraine emphasize this constant spiral of adaptation between jamming, countermeasures, new mission profiles, and tactical innovation. War is no longer a static contest between two arsenals. It is a competition of updates.
This explains why capabilities that seem less sophisticated on paper can produce major effects. A drone costing a few thousand or tens of thousands of euros can threaten a refinery, a depot, a radar, a grounded helicopter, or vulnerable logistics. Le Monde reported again on April 10, 2026, that Ukraine has gained the upper hand in deep air warfare thanks to a new generation of AI-guided drones that are more resistant to countermeasures, even as Russia remains a far more formidable military power. This is not a complete reversal of the balance of power. It demonstrates that a more agile actor can create punitive asymmetry.
In the Middle East, the parallel lesson is that absolute defense does not exist. Even highly effective multi-layered architectures must balance cost, inventory, geography, and reaction time. Studies on the 2024 Iranian strikes and the 2025 Israel-Iran war show both the robustness of an integrated defense and its economic vulnerability when the barrages become massive. Again, this is not the collapse of the great power. It is the end of its comfort.
The fourth lesson is that power remains, first and foremost, a matter of depth
One can harass a great power with drones, missiles, electronic warfare, and flexible logistics. One can even inflict tactical humiliations or high costs upon it. However, sustaining a long conflict requires something else: ammunition, transport, industry, maintenance, intelligence, resupply, space, air, and naval capabilities, plus a financial apparatus capable of sustaining the duration. Analyses of modern logistics remind us that future warfare will also be a war of ports, supply flows, repair capabilities, rail networks, cables, fuels, and factories. This is where great powers retain a massive advantage.
Ukraine demonstrates this despite its ingenuity. It has achieved remarkable feats in drones, deep strikes, and electronic adaptation. But it remains constrained by stocks of interceptors, engine requirements, external support, funding, and industrial bottlenecks. The same holds true in the Middle East: the states capable of striking far and for long periods are those that possess refueling aircraft, satellites, precision munitions, surveillance aircraft, multi-layered defenses, and an allied base. Cheap war exists. Cheap, lasting victory, far less so.
This distinction is essential to avoid misunderstanding. Recent wars do not say, “anyone can compete with anyone.” They say, “more and more actors can inflict serious damage on superior powers.” That is not the same thing.
Inflicting harm is not the same as dominating. Sabotage is not the same as holding ground. Overwhelming an enemy for one night is not the same as controlling a theater of operations for six months.
The issue of secret weapons deserves to be put into perspective
Faced with spectacular episodes, the temptation is strong to imagine that the major powers are holding back decisive secret weapons that they have not yet deployed. We must remain cautious. Yes, the major powers possess capabilities more advanced than what they publicly display: offensive electronic warfare, cyber operations, jamming, intelligence, contested navigation, space systems, specialized munitions, directed-energy weapons under development, intelligence fusion tools, and highly precise strike capabilities. But that does not mean there is a hidden magic wand that would suddenly render all resistance futile.
The example of “sonic weapons” linked to Maduro’s capture must be treated with particular rigor. There were indeed widely circulated rumors in 2026 about the use of a secret sonic weapon during that operation. But skeptical analyses and several investigations have highlighted that to date there is no solid public evidence confirming this use, while the information environment surrounding the event was saturated with misleading images and unverifiable accounts. We must therefore distinguish between three things: very real acoustic devices such as LRADs used for communication or crowd dispersal, genuinely developed non-lethal directed-energy weapons such as the Active Denial System, and finally the sensational, unsubstantiated stories that flourish after a spectacular raid.
In other words, yes, major powers possess technological capabilities that are not entirely visible. No, we cannot conclude from this that every rumor about a mysterious weapon is credible. Modern warfare also produces a great deal of narrative fog. And the more it becomes technologized, the more rumors about “secret weapons” flourish. It has almost become a weapon in itself.
The face of future warfare will change significantly, but not in an egalitarian way
The real change lies elsewhere. Future warfare will likely be more distributed, more software-driven, more robotized, more data-dependent, and more vulnerable to global supply chains. Civilian sensors, commercial satellite constellations, dual-use components, AI, 3D printing, mission software, and field electronic warfare will continue to lower the cost of entry for certain capabilities. This benefits middle-power states, agile coalitions, and even certain non-state groups that are better organized than in the past.
But this transformation will not be equitable. The powers that will retain the advantage will be those that can combine low-cost mass with cutting-edge technology: numerous drones, yes, but also interceptors, satellites, fighter jets, submarines, tankers, cyber capabilities,
heavy industry, and resilient logistics. Others will be able to strike, surprise, paralyze locally, and sometimes deter. They will carry more weight than before. They will not automatically hold strategic dominance.
This is likely the hardest lesson from recent conflicts. War is not becoming democratic. It is becoming more permeable. The weak can climb much higher than before on the threat scale. The strong, for their part, are no longer untouchable. But when duration, integration, and industrial depth come into play, the old reality quickly returns: power is measured not only by the ingenuity of a drone, but by the ability to sustain a thousand nights of war instead of just one.
War Wings Daily is an independant magazine.