Ksensors has developed the K-DAS system for comprehensive monitoring of cable infrastructure. This technology utilizes standard telecommunication fiber optic cables as sensing elements, enabling monitoring without the need for additional sensors.
K-DAS effectively addresses key challenges in protecting cable networks. The system detects cable theft attempts and acts of vandalism, identifies unauthorized access to communication lines, and cases of unauthorized cable laying. An important function of K-DAS is the oversight of scheduled maintenance work and contractor activities, which enhances the efficiency of infrastructure maintenance.
A unique feature of the system is its ability to detect and localize flooding in cable duct wells using the temperature channel. This helps prevent potential damage and network failures caused by moisture exposure.
K-DAS provides 24/7 real-time monitoring, allowing for prompt response to incidents and prevention of serious infrastructure damage. The system will serve as a reliable tool for specialists in telecommunications, automation, and physical security, helping to address complex challenges in protecting critical cable networks.
K-DAS effectively addresses key challenges in protecting cable networks. The system detects cable theft attempts and acts of vandalism, identifies unauthorized access to communication lines, and cases of unauthorized cable laying. An important function of K-DAS is the oversight of scheduled maintenance work and contractor activities, which enhances the efficiency of infrastructure maintenance.
A unique feature of the system is its ability to detect and localize flooding in cable duct wells using the temperature channel. This helps prevent potential damage and network failures caused by moisture exposure.
K-DAS provides 24/7 real-time monitoring, allowing for prompt response to incidents and prevention of serious infrastructure damage. The system will serve as a reliable tool for specialists in telecommunications, automation, and physical security, helping to address complex challenges in protecting critical cable networks.