Hostile drone attacks: Poland
Poland faces the low, slow and inexpensive aerial threat along a broad eastern approach and above the fixed sites that matter most: substations, rail junctions, airfields and energy nodes. Cheap unmanned aircraft can surveil or strike these from directions conventional air defence was never tuned to watch.
A cheap threat against high-value fixed sites
The exposure is defined by value spread across the country: energy nodes, transport corridors and airfields, each a target a low-cost drone can loiter over or strike. Conventional air defence built for aircraft and missiles is neither tuned to detect small, slow, terrain-hugging drones over forest and plain nor economical to expend against them. Counter-UAS detection radar tuned to small slow targets, paired with proportionate defeat systems, is the layer this threat actually demands, sized to the number of fixed sites Poland must keep under cover.
Low-altitude coverage without a signature to locate
Over the eastern approach the drone threat compounds the frontier problem, so a single sector can face reconnaissance and standoff attack in the same picture the border watch is already building. Passive Radar strengthens early warning without emitting a signature an adversary can locate or jam, filling the low-altitude gaps active radar leaves over dispersed sites and treelined ground. Because both the counter-drone systems and the passive sensing come from independent, non-aligned makers, the layer is accountable to national command, with localisation arrangements scoped per programme and subject to export controls and end-use approvals.
How engagement works in Poland
Unstrat engages as an independent, non-aligned prime vendor with one accountable team representing the manufacturers directly, fielding end-use certified equipment sustained in-region rather than a distribution arrangement. A programme typically begins by protecting the highest-value fixed sites and broadens into a shared low-altitude picture Poland operates itself, tied to the same secure network that carries the border and infrastructure watch. The non-aligned position matters because this defence should answer to national command, with localisation scoped per programme and subject to export controls and end-use approvals.
Protecting the fixed sites first, then the shared picture
A counter-drone engagement in Poland begins with a briefing that maps the value spread across the country (energy nodes, rail junctions and airfields a cheap drone can loiter over or strike) and settles end-use and the export-control position before any representation. The single accountable team then matches the layer to the operator's real conditions, pairing detection radar tuned to small slow targets with proportionate defeat and passive sensing that adds no locatable signature over treelined ground. Work is phased: the highest-value fixed sites are covered first, then broadened into a shared low-altitude picture Poland operates itself on the same secure network as the border watch. Sustainment is in-region, with localisation arrangements scoped per programme, subject to export controls and end-use approvals, so this advantage answers to national command and protects the mission it defends.
Relevant capability
Adjacent priorities in Poland
A single drone sighting can close a national airport; a single network intrusion can ground its operations. Counter-UAS layers, passive radar surveillance and cyber defence keep runways open and passengers moving.
Problem pagePoland's power grid, rail network and energy interconnections carry both daily life and the movement of support across a broad and sensitive geography, which makes them a first-order target from the network and the air at once. A single cascading failure in these coupled systems would be felt well beyond the site where it began.
Problem pageProtecting leadership and mass public events now means defending airspace measured in metres and communications measured in milliseconds. Deployable counter-drone systems and protected communications extend the security perimeter into the air and the spectrum.
Problem pageRelevant solutions
Poland: security context
Poland's security environment is defined by its position on Europe's eastern edge: extensive land frontiers that demand continuous watch, critical infrastructure that must stay resilient under pressure, and airspace increasingly exposed to low, slow and inexpensive threats. Protected communications underpin all of it, tying awareness and response together across a broad and sensitive geography.
An accountable, non-aligned engagement gives Poland a coherent counterpart for those priorities: border surveillance, infrastructure protection, counter-UAS defence and protected communications through a single channel. A defence ministry gains end-use certified equipment and localisation arrangements scoped per programme rather than promised in advance.
About this challenge
Cheap unmanned aircraft now threaten airports, energy sites, borders and public events in every region. Layered counter-UAS, combining detection radar tuned to small slow targets, passive sensing and defeat systems, is the affordable answer recent conflicts demand.
Frequently asked questions
How does counter-drone defence apply to Poland's fixed sites?
Energy nodes, rail junctions and airfields are exactly the high-value fixed targets a cheap drone can surveil or strike. Counter-UAS radar tuned to small slow targets, backed by passive sensing, protects those sites affordably and at the scale a broad geography demands. We would be glad to brief your team on sequencing protection across the highest-value sites first.
Why is passive radar suited to Poland's low-altitude gaps?
Passive Radar detects incoming drones by exploiting ambient signals, so it emits nothing an adversary can locate or jam, and it fills the low-altitude gaps active radar leaves over treelined and dispersed sites. It extends early warning without adding a signature over the eastern approach.
Does Poland retain control of the counter-drone layer?
Yes. Both the counter-UAS systems and the passive sensing come from independent, non-aligned makers, so the capability answers to national command. Localisation arrangements are scoped per programme and subject to export controls and end-use approvals.