In modern combat conditions, positions are almost never engaged by chance. First they are found from the air — and only after this do artillery, drones, or precision engagement assets work on them. That is precisely why camouflage has ceased to be an auxiliary measure and has become one of the key elements of defense.
Camouflage of Positions as an Element of Modern Defense
Today, camouflage is not an attempt to hide a position with improvised means. This is about a systematic approach that takes into account constant surveillance from the air, thermal imaging control, video analysis, and electronic reconnaissance.
The task of camouflage lies not in complicating engagement after detection but in ensuring that the position is not identified as a target at all. A well-camouflaged position does not attract attention on video, does not stand out thermally, and does not create noticeable signs of the regular presence of people or equipment.
Engineering Equipment and the Camouflage of Positions in Combat Conditions
The basis of effective camouflage remains engineering equipment. Correctly arranged shelters, burials, overhead covers, and protective structures reduce the visibility of a position from the air and limit thermal radiation.
In practice, camouflage includes work with the shape of the position, the soil, overhead-cover materials, the removal of heat, and the minimization of traces of activity. A position must look like a natural part of the terrain, without sharp geometric forms and contrasts that are easily noticeable during a survey from a drone.
How Drones Detect Positions and What Unmasks Them
Positions are rarely detected through one specific action. Most often they are revealed by a combination of several signs that from the air form a clear picture of the presence of a unit.
Such signs include thermal spots from people and equipment, traces on the soil, unnatural forms of fortifications, regular movement in a certain sector, and activity at an atypical time of day. Separately, it is worth highlighting acoustic and radio activity — the operation of generators, communication assets, or drones, which can be recorded by technical surveillance assets.
It is precisely the combination of these factors that creates an increased risk of the detection of positions and their subsequent engagement. The general threats to units, in particular mine, fire, and drone threats, are examined in more detail in the article: «The military safety of AFU units: mine, fire, and drone threats».
Technical Assets for Reducing the Risk of the Detection of Positions
Modern camouflage is impossible without technical solutions. This is not only about camouflage materials but also about assets for monitoring the situation around a position.
These include early warning systems, observation devices, and tools that make it possible to record the appearance of drones in the area of responsibility. Their task is to give a unit time to change the operating mode, reduce movement, or take additional camouflage actions even before the position falls into the field of direct surveillance from the air.
The Role of Drone Detectors in the Security System of Positions
An important element of the camouflage system is drone detectors. They do not conceal a position directly but make it possible to understand that a unit is already under potential aerial surveillance.
An example of such a solution is the electronic reconnaissance device «Chuika 3.0», which is used to detect the activity of UAVs by radio signals. The detector makes it possible to record the appearance of drones near a position even before their visual contact, which makes it possible to change the operating mode in time, minimize movement, and reduce unmasking signs.
In combination with engineering camouflage and the discipline of personnel, such assets increase the overall resilience of positions to detection, especially in conditions of constant surveillance from the air.
Conclusion
The camouflage of positions in 2025–2026 is a continuous process that combines engineering solutions, discipline, an understanding of the principles of how drones work, and the use of technical monitoring assets. None of these elements works separately, but together they substantially reduce the risk of the detection and subsequent engagement of positions.