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Why the “Drone Wall” is Needed for NATO and Ukraine

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Ukrainian soldiers with the Kraken 1654 unit prepare a Vampire drone before a demonstration for The Associated Press, Wednesday, Nov. 5, 2025, in Kharkiv Oblast, Ukraine. Source: AP Photo.
Ukrainian soldiers with the Kraken 1654 unit prepare a Vampire drone before a demonstration for The Associated Press, Wednesday, Nov. 5, 2025, in Kharkiv Oblast, Ukraine. Source: AP Photo.

Russia's actions are pushing NATO toward creating the "drone wall" – an integrated unmanned aerial vehicle counteraction network that can not only protect allies but also extend the air defense "umbrella" over Ukraine’s rear areas

The war has turned Europe's airspace into a single theater where borders have de facto ceased to be barriers for unmanned platforms. No one doubts anymore that Russian unmanned aerial vehicles and missiles regularly "test" NATO's capabilities on the eastern flank, forcing allies to shift from patrolling to interceptions. That is why the idea of the "Drone Wall" is a logical response to the change in technological warfare, in which cheap sensor networks, electronic warfare systems, and anti-aircraft fire means are stitched together into a single chain along the borders of EU and NATO countries. The project has political and technical difficulties, but it is already being discussed at the level of the European Commission and key capitals and is being promoted by Warsaw and the Baltics as the foundation of new border security. The drone has become a geopolitical factor, and the "Drone Wall" is a response to Russia's systematic pressure on Europe's eastern flank.

Autumn 2025 became a turning point: after a series of incidents on the Polish and Baltic directions, NATO not only scrambled fighter jets but also declared actual interceptions of apparatuses that violated allies' airspace. Official statements from headquarters confirmed that defense is being activated in real combat mode, not as a training demonstration. What analysts have been warning about for years is now playing out live: "gray" zones in the skies over Eastern Europe are disappearing, and any salvo raid by unmanned aerial vehicles forces NATO's air defense systems to work through escalation scenarios.

Purely in military-technical terms, the "drone wall" is not a continuous line of batteries but an integrated network of sensors, radars, electronic warfare systems, opto-electronic posts, and fire engagement nodes that operate in a shared information environment. The strategic novelty lies in uniting national anti-drone defense contours from Finland to Poland, with subsequent inclusion of Germany and France, which, despite skepticism toward initial concepts, are already working on a broader anti-unmanned aerial vehicle contour for all of Europe.

The Political Architecture of the "Drone Wall" Is Being Formed at the EU and NATO Level, but the Driving Force Is the Eastern Flank and Warsaw

Consultations are underway in Brussels regarding the creation of a joint European initiative package for counter-unmanned aerial vehicles – from procurements to standardization of data exchange. Politically, the idea has already been picked up in the European Parliament, where a coordinated draft resolution on a "unified response to unmanned violations" has been submitted. At the same time, Poland has come forward with an initiative that de jure unbinds its military's hands: the draft law allows intercepting Russian targets over Ukrainian territory without a separate mandate from NATO or the EU – this is a demonstrative signal of readiness to take on part of the overall air pressure. For Ukraine, this is critical: coverage from the Polish, Slovak, and Romanian directions radically reduces "dead zones" in the western regions.

Why Exactly "Closing Off" Ukraine's Western Regions with NATO Air Defense Forces Is a Rational Idea

The main argument is the geography of trajectories and the economics of interception. Most of Russia's long-range strikes on energy and logistics enter Ukraine's airspace from the southwest, west, or north directions, skimming near the borders of Poland, Slovakia, and Romania. This creates two unpleasant effects for NATO: the risk of debris or diverted unmanned aerial vehicles falling on allies' territory and the forced constant alert status of fighter aviation. But when allies intercept threats closer to the border (or over their own airspace on intercept courses), they simultaneously reduce the load on Ukraine's air defense systems in rear areas and minimize risks to their own citizens. Actual interceptions and the activation of on-duty air defense forces in Poland and Romania throughout September–October have only confirmed that the "forward-defense" model is already working – the issue is only in formalizing rules and scaling up means.

The second argument is legal and political. Intercepting a drone that has violated Poland's airspace – is this the implementation of Article 5 of collective defense? No: for now, it is about routine defensive actions within sovereignty. But as soon as Polish legislation allows "transferring fire" over Ukrainian territory to protect the Polish population from a threat that has physically already entered Poland's flight information region/information space – a legal bridge appears for the "protection across the border" model without formal escalation toward direct participation in combat actions on Ukrainian territory. This is what is currently being worked out in Warsaw, and it aligns with the logic of EU defense, which Brussels is publicly discussing.

Ukraine's Experience Is the Cornerstone of the "Drone Wall": Data, Tactics, Electronic Warfare Systems, and Training for Allies

The idea of the "Drone Wall" is deliberately "tailored" to Europe's most effective resource in the war – Ukraine's practical experience. Kyiv has worked through thousands of hours of engaging and repelling swarms of Shahed/"Geran" and first-person view drones, creating a spectrum from cheap electronic warfare systems to multi-layered "umbrellas" over critical infrastructure. Analytical centers are recording the evolution of Ukraine's ground-based air defense systems – from Soviet legacy to network-centric nodes that quickly integrate Western complexes. It is precisely this experience that the EU seeks to institutionalize in the design of the future anti-drone network: standard training packages, shared signature libraries, and "open" application programming interfaces for exchanging tracks and alerts.

The Industrial Dimension: Without Serial Production of Sensors and "Cheap Effectors," the "Drone Wall" Will Remain Just Another Program of Intentions

The main trap for Europe is trying to shoot down "cheap with expensive." Patriot or SAMP/T systems are needed, but their interception economics against a cheap drone are toxic. The "Drone Wall" must rely on cheap kinetic solutions (30–35 mm programmable projectiles, man-portable air-defense systems, portable anti-aircraft rocket systems), mass electronic warfare modules, high-sensitivity charge-coupled device camera posts, and "networked" radars with digital antenna arrays, integrated into a single air situation picture of the European Security and Situational Information System. European manufacturers are already offering the necessary radar packages; in parallel, Germany and partners are purchasing additional IRIS-T systems and strengthening the "high echelon" of Patriot. In practice, this means that the "wall" is built like a pyramid: the base – "cheap" sensors and effectors, the middle – command and control network and electronic warfare systems, the top – long-range complexes for complex targets and "mixed" salvos.

Western Ukraine as a Critical Node: Logistics, Energy, Dual-Use Industry, and Partner Basing

After 2022, it is precisely the western regions that have become the rear "hub" for repairs, assembly, supply logistics, and placement of critical energy nodes, which Moscow seeks to keep under constant fire pressure. If NATO systematically "covers" this space from its own territory, Ukraine gains at least three benefits. The first – reducing the load on its own batteries in the deep rear and the ability to redeploy them closer to the front. The second – reducing potential "scatter" of debris over EU border communities and, as a result, fewer political "derivatives" for the Kremlin. The third – insuring critical repair capacities and unmanned aerial vehicle production facilities, which cannot be stopped due to prolonged "windows" after each attack. Such dynamics are directly reflected in the reactions of Polish and Romanian military structures, which regularly declare the activation of air defense systems and patrolling in response to Russian attacks.

Ukraine's Air Defense Systems Need Synchronization with the "Drone Wall": A Common Air Situation Picture and Mutually Complementary Supplies

It is not only important what new batteries Europe is deploying, but also how they "see" Ukraine's skies. Synchronization of "tracks," alerts, and target routing between Ukrainian command and control systems and national European Security and Situational Information System networks is a matter of saving minutes and lives. In practice, this means unified "white-list / black-list" unmanned aerial vehicle signatures, standardized data transmission protocols, and alert channel rotations for critical infrastructure on both sides of the border. In parallel, Ukraine's build-up through additional Patriot and IRIS-T systems from the German package of 2025 resonates with the western "umbrella": allies insure the rear, Kyiv concentrates "expensive" effectors on directions where Russia employs mixed salvos with ballistics and aero-ballistics. This is not alternative but mutually complementary strategies.

What Needs to Be Done Right Now: Institutionalize the "Air Schengen" and Deploy NATO Air Defense Nodes to Cover Western Ukraine

The first practical step – adoption in Warsaw, Bratislava, and Bucharest of unified laws that allow intercepting air threats on intercept courses in Ukraine's border airspace provided there are agreed protocols with Kyiv. The second – integration of Polish, Slovak, and Romanian sensor fields into a single situational picture with Ukrainian command and control systems via designated exchange channels. The third – accelerated procurements of "cheap effectors" and electronic warfare systems to relieve the load on expensive batteries, leaving Patriot/SAMP/T for "complex" targets. The fourth – introduction of procedures for joint "trigger" interceptions, when an attacking swarm group of unmanned aerial vehicles overlaps multiple countries simultaneously, and who exactly shot it down is secondary. These steps are already supported at the level of political debates in Brussels and reflected in public messages from the EU and NATO.

The "Drone Wall" Makes Sense Only When Ukraine's Western Regions Effectively Fall Under the NATO Air Defense "Umbrella"

This is not about "dragging" the Alliance into the war, but about a civilizational standard of security on the eastern flank: either we accept that Russia's archaic strategy exports risks to EU territory, or we form a networked air defense system that is physically located in NATO countries but functionally covers the skies as far as Lviv, Lutsk, Ivano-Frankivsk, and further east. In this architecture, Ukraine is the main supplier of knowledge, tactics, and "combat telemetry," without which no "wall" works.

European institutions are already moving – the project is being discussed, political will is present, and the first interceptions over Poland have proven practical feasibility. It remains to strengthen legal procedures, bring the industrial part to series production, and elevate to the level of routine practice what yesterday seemed like a "bold idea." And the faster Ukraine's western regions effectively fall under the NATO air defense "umbrella," the lower the cost of any subsequent Russian adventure.

Bohdan Popov, Head of Digital at the United Ukraine Think Tank, communications specialist and public figure

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