Copper and cable theft at technical sites

Technical sites share three traits that make them targets: they have no permanent staff, they lie away from inhabited areas, and their cables run along long, exposed routes — pits, ducts, trays, earthing.

• The cost is not the metal: repair, service outage and recovery time weigh more than the value of the cable itself.
• Danger to people: a cut cable may still be live; a stolen earth leaves a site that looks intact dangerous.
• Repeat visits: whoever found an easy target often comes back, especially if the damage was repaired and nothing changed in the protection.

In Greek law, taking another’s movable property from someone’s possession in order to appropriate it unlawfully is theft (Penal Code art. 372). Security’s job, though, is to stop it from happening at all.

• Telecom masts and cabinets: small, scattered, often on isolated hilltops; earthing and power cables are the target.
• Substations: see the guide to energy infrastructure security — there, electrocution risk is rule one.
• Pumping stations and water sites: motors, panels and cable in small buildings with one door and nobody inside.
• Solar parks: a long perimeter and cable in trenches — covered in detail in the guide to solar park security.
• Rail and industrial yards: cable drums, stored materials and old equipment waiting to be scrapped.

The most exposed copper is often the copper not yet installed: drums and materials in a yard or store. The less you keep on site, the smaller the target.

• At the fence: small openings, bent posts, climbing marks, branches dropped to hide a cut.
• At pits and cabinets: covers or doors that no longer sit right, broken seals, scratches around locks.
• Around the site: the same vehicle on different days, tyre tracks off the road, people “passing by” at hours when nobody does.
• Lighting and cameras: lamps that “failed” together, a camera knocked off its angle, a floodlight covered.
• Questions: someone asking when the maintenance crew comes or when the guard passes.

These signs only count if they are recorded with time, place and a photo, so a pattern shows. One sign on its own may mean nothing; three in the same week mean the next visit is the theft.

• Perimeter: fencing, gates and locks that slow intruders down — the principles are in the guide to perimeter protection.
• Detection: contacts on pits and cabinets, fence sensors, cameras with video analytics; the alert must reach someone who acts.
• Lighting: along cable routes and stores, motion-triggered where permanent lighting makes no sense.
• Marking and inventory: cable with an etched or printed identifier, numbered drums, a photo register — so a stolen length can be recognised as yours.
• A smaller target: minimal stock on site, a locked container, old cable removed without delay.

For scattered sites, remote video monitoring puts eyes where a guard at every point is not realistic — provided someone responds when the camera sees something.

• Varied times and checkpoint order: a watching thief must not be able to work out a schedule.
• After every maintenance visit: check that pits, cabinets and gates are closed and no material was left out.
• After a power or signal loss: a “fault” at a remote site can be the start of a theft — it gets checked.
• Logged checkpoints: so it shows when the guard passed where; see the guide to checkpoint patrols.

OVIT records patrols, signs and incidents on the Guardly platform, so the site manager sees in one picture where the guard went and what they found.

Greek law gives every citizen the right — not a duty — to arrest someone caught in the act (Code of Criminal Procedure art. 275), and anyone arrested is taken without delay to the prosecutor (art. 279). A guard has exactly that right and nothing more. Facing a group, at night, with cutting tools and possibly live cable, the right decision is not to use it: no cable is worth an injury. The limits are explained in what security guards can and cannot do.

1. Distance and cover: the guard stays where they cannot be seen and can leave.
2. Call [100](https://www.astynomia.gr/amesi-epikoinonia/): location, number of people, vehicles, direction, any electrocution risk.
3. Alert the operations desk and the site operator: so power can be isolated if needed and a technician sent.
4. Observe without exposure: plates, colours, times — from a distance, no pursuit.
5. Guide the police when they arrive.

The guard does not touch cut or exposed cable. It may still be live. In a real incident, the police decide.

• The scene stays as found until the police see it — unless there is an immediate danger to people.
• Photos: a wide shot first, then details (cut ends, tools, tracks), with timestamps.
• What is missing: cable length and type, locations, identifiers from the marking register.
• Timeline: last patrol before, first indication, call, police arrival.
• The earlier signs: the reconnaissance logs from previous days show the theft was planned.

The report is written the same day, following the structure in the guide to the security incident report. For the legal questions of a specific case, take legal advice.