DECODING: Poland buys V-BAT drones — the Baltic becomes advanced surveillance terrain

June 25, 2026: Poland crosses a capability threshold

On June 25, 2026, a relatively low-profile arms purchase made headlines in defense circles: Poland became the first NATO Eastern Flank country to acquire the maritime drone V-BAT from the American company Shield AI, based in California. The V-BAT will be deployed aboard a Polish Navy vessel for maritime ISR missions — surveillance, reconnaissance, and intelligence gathering in the Baltic Sea. Delivery of the system, comprising several platforms, is scheduled for the end of 2026.

This decision fits within a particularly charged strategic context. The Baltic Sea has for two years been the theater of unexplained incidents involving submarine communications cables and gas pipelines — some attributed to Russian or Russia-linked sabotage operations. The Polish navy operates in a zone that includes the Danish straits, Finnish and Estonian waters, and the approaches to Kaliningrad — the Russian enclave on the Baltic that is also one of the most densely militarized areas of both NATO and Russia.

A vertical drone that takes off and lands on a vessel. That may seem unremarkable. But in the Baltic of 2026 — where submarine cables are being sabotaged and Kaliningrad points its missiles at NATO — this persistent maritime surveillance capability is not a luxury. It is a strategic necessity.

The drone that takes off and lands vertically on a ship

The V-BAT is a vertical take-off and landing (VTOL) drone designed specifically to operate from naval platforms. Unlike conventional fixed-wing drones that require a runway or catapult, the V-BAT can take off from a limited ship deck, carry out its surveillance mission, and return aboard autonomously. This capability — technically complex in rough sea conditions — makes it particularly suited to navies that operate with frigates or corvettes rather than aircraft carriers.

The V-BAT's characteristics include extended endurance — allowing ISR overflights of several hours — and the ability to carry optical and infrared sensors as well as electronic detection systems. For a navy monitoring Baltic waters, where depth is shallow and critical submarine infrastructure numerous, this endurance and flexibility are significant operational assets.

Shield AI and the new generation of autonomous capabilities

Shield AI, the Californian company that produces the V-BAT, is one of the most promising firms in the American autonomous defense sector. It develops systems integrating artificial intelligence to allow operations in degraded communication environments — precisely the type of environment created by Russian electronic warfare systems that saturate radio frequencies in the Baltic region.

This resistance to electronic warfare is a decisive factor in Poland's choice. Conventional drones depend on a continuous data link with the operator — a link that Russian systems can jam. A drone integrating AI for autonomous operation can continue its mission even when communications are interrupted. In the Baltic, where Russia regularly tests its electronic warfare capabilities, this is a considerable operational advantage.

A drone that functions even when Russia jams communications. Shield AI does not solve all Baltic problems, but it addresses precisely the problem Moscow is trying to create. This is direct technological countermeasure. And Poland was right to acquire it.

Sabotaged submarine cables: hybrid warfare in the depths

The Baltic Sea has become since 2022 one of Europe's most strategically tense maritime spaces. Several incidents have involved submarine communications cables and gas pipelines whose damage could not clearly be attributed to natural events. The sabotage of Nord Stream in 2022, whose circumstances remain partially unresolved, was the most spectacular. But other incidents — Estlink cables, cables between Finland and Germany, cables linking the Baltic states to Sweden — have fed growing concerns about the vulnerability of critical submarine infrastructure.

Monitoring this infrastructure has therefore become a priority for the navies of Baltic-bordering countries, including Poland. A drone like the V-BAT can be programmed to overfly cable routes at regular intervals, compare visual and thermal signatures between passes, and automatically alert if an anomaly is detected. This is a direct application of ISR drone technology to infrastructure security.

Kaliningrad, the permanent threat

The Russian enclave of Kaliningrad, wedged between Poland and Lithuania on the Baltic coast, is one of the densest military concentrations in the region. It hosts Iskander missile systems, submarines of the Russian Baltic Fleet, and — according to NATO sources — dual-capable missile systems capable of carrying nuclear warheads. Monitoring maritime movements to and from Kaliningrad is a permanent priority for the Polish, Lithuanian, and Swedish navies.

The V-BAT deployed on a Polish vessel allows maritime surveillance of Kaliningrad and its approaches without exposing a vessel or a piloted aircraft to direct risk. The drone's operational range — covering wide areas from its host vessel — gives the Polish navy a persistent surveillance capability that conventional aircraft patrols cannot maintain with the same economy of means.

Kaliningrad is a few dozen kilometers from the Polish coast. Russian Iskanders and submarines in that enclave, and insufficient maritime surveillance — that is a recipe for strategic surprise. The V-BAT does not resolve this risk, but it significantly reduces it. And in today's Baltic, every reduction of uncertainty counts.

First on the Eastern Flank: a strategic significance

The fact that Poland is the first Eastern Flank NATO country to acquire the V-BAT is not trivial. It reflects Poland's growing strategic positioning as the dominant military power in the region. With a defense budget exceeding 4% of GDP — the highest in NATO — and ambitious procurement programs including F-35s, HIMARS, Korean K2 tanks, and now V-BATs, Poland is building a complete defense architecture.

This buildup is not only a response to the Russian threat — it is also a positioning strategy within the Atlantic Alliance. A country that can demonstrate cutting-edge military capabilities across several domains (land, air, maritime, cyber, drones) becomes an indispensable partner in any collective defense decision. Poland is investing in capabilities that make it credible and irreplaceable — not only in its own defense, but in the collective defense of Eastern Europe.

The connection to Ukrainian-Polish industrial cooperation

Poland's acquisition of the V-BAT fits within a context of growing strength in Polish defense industry and its partnerships with Ukraine. The agreement signed between TAF Industries (Ukraine) and PGZ (Poland) for joint drone production illustrates how the two countries are developing industrial synergies in the domain of unmanned aerial systems. Poland is acquiring American maritime capabilities while developing land capabilities with Ukraine — a technological diversification that reinforces the overall regional defense posture.

For Ukraine, the growth of the Polish navy and defense industry is good news on several fronts. It means a safer western flank, deeper industrial cooperation, and a strategic partner capable of contributing to regional security beyond mere weapons transfers. A militarily strong Poland is good news for the entire Eastern Flank of the Alliance.

Poland buying V-BATs for the Baltic, co-producing drones with Ukraine, spending 4% of its GDP on defense — this is the picture of a regional power that takes its security seriously. I have not always agreed with every decision from Warsaw, but on this, they are right.

Estlink and the lessons of recent sabotages

The Estlink 2 electrical cable linking Finland to Estonia suffered damage in December 2024, attributed to a Russian tanker sailing under a flag of convenience. This incident — and others similar involving data cables between Baltic states and Sweden — alerted NATO navies to the vulnerability of the region's submarine infrastructure. Russian hybrid warfare is not fought only on the Ukrainian battlefield — it plays out in the depths of the Baltic Sea.

NATO's response has included reinforced maritime patrols and the creation of specialized monitoring mechanisms. But available resources remain insufficient relative to the extent of the infrastructure to be monitored. Thousands of kilometers of submarine cables, several gas pipelines, strategic shipping routes to Baltic ports — monitoring all of this with conventional vessels and aircraft is impossible. This is where autonomous maritime drones like the V-BAT bring a disruptive solution.

Persistent surveillance as a defense doctrine

The doctrine of persistent surveillance consists of maintaining a continuous sensor presence over a zone of strategic interest, without the logistical and human constraints of classical naval patrols. A V-BAT deployed from a Polish vessel can maintain surveillance over several tens of square kilometers for hours, feeding command centers in real time with data on vessel movements, suspicious divers, and thermal anomalies in the water.

This persistent surveillance capability is transformative for a medium-sized navy like the Polish navy, which must cover an extensive maritime zone with limited naval resources. A drone that multiplies a vessel's surveillance reach is a force multiplier — exactly the type of technological investment that allows a medium-sized navy to play a role disproportionate to its fleet size.

Persistent surveillance — being everywhere at all times with sensors. That is the smart response to hybrid warfare targeting submarine cables. You cannot put a vessel on every kilometer of cable. But you can put a drone that patrols. This is strategic thinking adapted to 21st-century threats.

The maritime military drone market: a race in progress

The military maritime drone market has been rapidly expanding since 2022. The war in Ukraine — and notably the spectacular use of Ukrainian naval drones against Russian warships in the Black Sea — has accelerated investment in this sector across all NATO navies. Companies like Shield AI, Boeing, Northrop Grumman, and European players like Thales and MBDA are developing naval solutions ranging from surveillance drones to armed drones.

Poland's decision to acquire the V-BAT from Shield AI rather than a European system is significant in this competitive context. It reflects both the more advanced technological maturity of certain American actors in this domain and the priority Poland places on interoperability with American and NATO systems. The integration of the V-BAT with the American command and communication systems already used by the Polish navy facilitates its operational deployment.

Shield AI's business model and the sustainability of the partnership

Shield AI is a high-growth company that has raised several hundred million dollars in venture capital since its founding and has positioned itself among the most innovative defense suppliers in the United States. Its model rests on the integration of embedded AI into its systems — which differentiates its products from conventional drones and justifies a price premium capability.

For Poland, buying a system from Shield AI implies a long-term relationship with the company: software updates, AI capability upgrades, operator training. This is a technological partnership as much as an equipment purchase. In an environment where AI capabilities evolve rapidly, this ongoing relationship is as valuable as the system itself — it guarantees that the Polish V-BAT will remain at the cutting edge of technology well beyond its initial delivery.

Buying a Shield AI drone means buying a continuous technological relationship. The AI updates, the new detection capabilities, the autonomy improvements — all of that will come with the partnership. In a domain that evolves this fast, that is often more valuable than the initial hardware.

A signal to allies and adversaries

Poland's decision to acquire the V-BAT sends a dual-destination signal. To NATO allies: Poland is investing seriously in maritime capabilities that contribute to the collective surveillance of the Baltic, reinforcing the Alliance's posture without depending solely on major navies like the Royal Navy or the US Navy. To Russia: activities of the Baltic Fleet and infrastructure sabotage operations will be subject to increased and more persistent surveillance.

This dual signal is precisely what deterrence strategy seeks: convincing the adversary that the cost and risk of a hostile action are higher than the expected benefits. If Moscow calculates that its cable sabotage operations or Baltic Fleet activities are now subject to denser and more persistent surveillance, the probability of incidents increases for its operators — which may alter the risk-benefit calculation.

Toward a distributed surveillance network in the Baltic

Poland's acquisition of the V-BAT fits within a broader trend: the progressive construction of a distributed maritime surveillance network in the Baltic Sea. Finland and Sweden, newly NATO members, contribute their submarine surveillance capabilities. The Baltic states are developing their own systems. Poland is adding maritime drones. Germany is modernizing its Baltic naval force.

Together, these national investments create a surveillance fabric that progressively covers the entire Baltic Sea with growing density and persistence. This is not the result of centralized planning — it is the emergence of a distributed architecture from convergent national decisions. And this distributed architecture is ultimately more robust than a centralized system that would have single points of failure.

Finland, Sweden, Poland, Baltic states — each adds its layer of surveillance to the Baltic. Not because they were told to, but because they live the threat. This is the best collective security architecture there is: distributed, resilient, grounded in each member's conviction. NATO at its best.

The drone as a naval force multiplier

Poland's decision illustrates a fundamental transformation in the design of modern naval forces: the autonomous maritime drone as a force multiplier for medium-sized navies. A frigate equipped with a V-BAT no longer just monitors its 30-kilometer radar horizon — it can extend its situational awareness zone to hundreds of kilometers with persistent sensors.

For navies that cannot afford fleets of maritime patrol aircraft or sufficient numbers of submarines, maritime drones offer an economical and flexible solution. The cost of a V-BAT is a fraction of that of a maritime patrol aircraft like the P-8 Poseidon. Its maintenance is infinitely simpler. And its ability to operate from an existing surface vessel without major modification of naval infrastructure is a decisive operational and economic asset.

The limits: what the V-BAT cannot do

An honest strategic analysis must also note the V-BAT's limits. It is a surveillance system — not a combat system. It can detect a saboteur diver or a suspicious vessel, but it cannot stop them. It improves situational awareness, but the physical response to an identified threat still requires conventional naval means. Its resistance to Russian countermeasures — jamming, decoys, adversarial drones — is not yet fully documented in a high-intensity environment.

These limits do not undermine the utility of the system — they define its optimal employment domain. In the Baltic context, where the principal threat is discreet hybrid warfare (sabotages, espionage, grey-zone naval activities) rather than open naval combat, the V-BAT is precisely suited. But a complete defense posture requires that this drone be integrated into an architecture that also includes active response capabilities — which Poland is developing through its other land and air procurement programs.

The V-BAT surveils. It does not fight. That is important to state. Poland builds its maritime defense in layers: surveillance with the V-BAT, response with its frigates and submarines, deterrence with its coastal missiles. A good defense architecture is always multi-layered. Warsaw seems to have understood that.

An acquisition that says much about Polish strategic vision

Poland's acquisition of the V-BAT is more than a defense contract. It is the reflection of a coherent strategic vision: investing in capabilities that make Poland indispensable to the collective security of the Baltic, diversifying technological partnerships, and concretely responding to the hybrid threats that had until now targeted critical infrastructure without facing adequate surveillance.

The Baltic Sea, new front of European security

The Baltic Sea has become one of Europe's most complex strategic spaces. Flanked almost entirely by NATO countries since the adhesion of Finland and Sweden, but still exposed to Russian hybrid activities and the capabilities of Kaliningrad, it demands permanent surveillance and rapid response capabilities. The Polish V-BAT is a modest but useful piece in this security architecture. And in today's Baltic, every piece matters.

The Baltic almost entirely surrounded by NATO — that is a strategic gift that Finland and Sweden gave to the Alliance. But a surrounded sea is not automatically a secured sea. You have to monitor it, patrol it, defend it. The Polish V-BAT says that Warsaw has understood what "defending the Baltic" means in concrete terms. That is the right direction.

By Maxime Marquette, columnist

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I am not a journalist but a columnist and analyst. My expertise lies in observing and analysing the geopolitical, economic and strategic dynamics that shape our world. My work is to take political strategies apart, to understand global economic movements, to put the decisions of international actors in context and to offer analytical perspectives on the changes that are redefining our societies.

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