Our company has developed a successful technology for oil pipeline protection.

We have developed advanced sensors and effective countermeasures to protect pipelines against any kind of intrusion. Our system is able to monitor, notify and neutralize any pipeline threats.

The purpose of Advanced System for Pipeline Protection (ASPP) is to detect, recognize, and visualize warning information about malicious and potentially harmful events and objects in the area of the pipeline, allowing informed decisions and taking adequate countermeasures. The system consists of main stations spaced along the length of the pipeline. The system is designed on a modular basis, allowing for the repair, replacement and expansion with additional elements without affecting the overall performance. Communication between the modules and positions is carried out in two independent channels – primary and backup. The main communication channel is based on the transmission of data over fiber optic cable and a backup radio network.

For early warning the system uses information streaming from the midrange ground-based Doppler radar tower.

The most significant element of the system is a tethered aerostat equipped with cameras and a radar device. The aerostat can rise to a height of 500 m. It gives a detailed picture of the operational tactical situation within 12 km by location.

Project Details

The purpose of Pipeline Protection System (PPS) is to detect, recognize, and visualize warning information about malicious and potentially harmful events and objects in the area of the pipeline, allowing informed decisions and taking adequate countermeasures. The system consists of main stations spaced along the length of the pipeline. The system is designed on a modular basis, allowing for the repair, replacement and expansion with additional elements without affecting the overall performance. Communication between the modules and positions is carried out in two independent channels - primary and backup. The main communication channel is based on the transmission of data over fiber optic cable and a backup radio network.