When an attack is not random. And not personal
The enemy doesn’t attack randomly. Each drone, missile, explosion is part of a logic with a clear goal: to disrupt communications, stop electricity, cause panic, break the rear. Therefore, not only military objects come under attack. But primarily — what keeps the country moving: substations, thermal power plants, logistics hubs, water supply pumps, grain elevators, oil depots, railway stations, IT servers, even large warehouses.
These are critical infrastructure objects. And if they fail — a chain reaction occurs that paralyzes a region or even an entire industry. That’s why protecting such objects is a matter of security for the entire state, not just an individual enterprise.
How the enemy thinks — and what they choose as a target
The principle of simple logic: if maximum effect can be caused with minimal resources — this will be the impact point. That’s why UAVs fly not to military bases protected by air defense, but to a transformer substation 80 km from the front line. Not to ammunition depots, but to a logistics base with fuel. Not to a building, but to a point through which data-electricity-water passes.
This is an asymmetric strategy: one precise drone strike can disable a supply chain for several days. That’s why protecting such objects should not be “formal” — but smart, adaptive, and multi-layered.
Which objects are most vulnerable — based on LaserGuard Systems’ experience
LaserGuard works with objects that are under potential threat. Based on observations and inquiries, the most common targets are:
- transformer substations in poorly protected regions;
- logistics warehouses with fuel, food, goods;
- energy nodes (thermal power plants, water stations);
- communication systems and data centers;
- water supply facilities and pumping stations;
- railway junctions, bridge crossings.
They have one thing in common — the absence of serious overhead protection, because most of them were created as engineering systems, not fortified structures.
What is needed for protection — from the perspective of a system, not “one device”
Protection of critical infrastructure objects must be systematic, encompassing:
- Detection — thermal imagers, radars, cameras with analytics.
- Warning — signals, lighting, automatic staff notification.
- Neutralization — REB modules, anti-drone guns, lasers.
- Structural protection — nets, reinforced ceilings, protected entrances.
- Response — mobile groups or automated action scenarios.
This doesn’t mean “everything at once.” But it does mean: one spotlight won’t stop a drone. However, a system with four simple components — can.
A scenario that repeats — and how to change it
Often a drone flies at an altitude of 10-20 meters, detects zero-level security — and calmly enters the target. And everything that could have stopped it:
- a spot thermal imager,
- a laser spotlight for blinding,
- an anti-drone module with jamming,
- and elementary lighting — were not installed.
Not because there are no resources. But because the object is “formally non-military.” This is a strategic mistake. In hybrid warfare, there are no “non-military” targets. There are only those who are ready — and those who hope they’ll be spared.
Critical infrastructure — it’s not about concrete. It’s about thinking ahead
Protection of infrastructure objects doesn’t start with technology. It starts with the question: “How would the enemy act?” If you can answer this — you’re already one step ahead. And every day when an object operates — it’s the result not only of energy workers, logisticians, or builders. It’s also a victory for security engineers.
Today, the winner is the one who sees critical where they previously saw ordinary. And who prepares — not just for an accident. But for an attack. Because that’s how the enemy thinks. And that’s how we should act.
