LiDAR: an invisible laser curtain

It is a critical-plane technology, not general surveillance, and is sized by the plane to protect. The fixed price comes after the visit; for open ground, radar usually pays off better.

No: the units we install are Class 1 laser, the lowest classification, the same category as a household CD player. No signage required.

That is its star application: it raises a plane of light centimetres from the glass, detecting any approach before the surface is touched.

Yes, because it measures the object's real size from its angular width and range. The threshold is set in centimetres and per zone — no infrared beam does that.

A beam watches a line between two points; LiDAR watches a whole plane and measures size by zone. It is more selective and harder to defeat.

It degrades by physics: scattering absorbs the pulse. Filter modes mitigate but do not eliminate it, which is why it is used as a critical plane inside a layered system.

Yes: it is a typical application, a vertical plane at the wall coping that warns of a climb attempt.

Yes, and it is an advantage over radar: the cut is clean at the plot line, without capturing the neighbouring ground.

Reference units allow up to 8 independent zones, each with its own sensitivity, minimum object size and configurable output.

Security units detect objects on the order of 2 cm crossing the plane, depending on the sensitivity mode.

Yes: object size per zone is configured in the installer software, which is part of our commissioning work.

No: it is invisible, and that is part of its effectiveness. There is no visible barrier for an intruder to locate and bypass.

Not cost-effective: for general area, radar covers more for less. LiDAR earns its place where one plane needs centimetre precision.

Yes: a larger 30 × 60 m, 190° model with fog/snow mode and EN 50131 Grade 3 certification, for cases that require it.

No: it detects precisely, but the AI camera provides the image that verifies and serves as evidence. They work together.

An invisible laser plane that measures distance at every angular step using a rotating mirror. The unit learns the background profile and detects any deviation from it — and because it knows both range and angular width, it computes the real size of the object.

A beam watches a line between two points; LiDAR watches an entire plane and measures object size, zone by zone, in centimetres. That is how it can ignore a cat yet detect a person crawling — something no beam can do.

Yes: the units we install are Class 1 — the lowest laser classification, the same category as a household CD player. No warning signage is required.

In front of a glass facade or a row of terrace doors, along the top of a wall (a virtual wall above the real one), on a narrow boundary strip where radar would overreach into the neighbour's plot, or protecting a cellar or a wall with artwork.

Yes, by physics: scattering absorbs the pulse. Filter modes mitigate but do not eliminate it — which is why LiDAR serves as a critical plane inside a layered system rather than as a lone outdoor layer.

Cost-efficiency: for general area surveillance, radar covers more for less. LiDAR earns its price where one specific plane needs centimetre precision.