RFID electronic locks ensure railway safety Railway protection nets are often hacked by lock shears

As an important part of railway security, the railway protection network undertakes the important task of preventing illegal intrusion and destruction. However, the traditional physical lock control system has a series of safety hazards and management problems in the railway protection network. Among them, lock shearing intrusion is one of the main challenges faced by the railway protection network. Traditional physical locks are easily cut or damaged, which threatens the security of the railway protection network.

Difficulties in lock control of railway protection network

Inconvenient key management: Traditional physical lock control systems use a large number of physical keys, which require key distribution, collection and management. This method is prone to key loss, duplication and management confusion, increasing security risks.

Low security: Traditional physical locks are easily cut or damaged, and cannot effectively prevent illegal intrusion and sabotage. Lock shearing intrusion has become one of the main threats faced by railway protection networks.

Low management efficiency: Traditional physical lock control systems require manual unlocking one by one, which is cumbersome and inefficient. For large-scale railway protection networks, managers need to spend a lot of time and energy on unlocking operations, affecting management efficiency.

Solution

Introduction of RFID electronic locks: By introducing RFID electronic locks, remote control and management of railway protection nets can be achieved. The RFID lock control system can be connected to the central control system through wireless communication technology to achieve remote unlocking and management, which greatly improves the convenience and efficiency of operation.

Introduction of lock shearing alarm function: Introducing the lock shearing alarm function in the intelligent lock control system. By installing a lock shearing alarm device inside the lock body, once someone cuts or destroys the lock, an alarm signal will be immediately issued to remind relevant personnel to take measures to prevent illegal intrusion and sabotage.

Multi-factor identity authentication: Using multi-factor identity authentication technology, such as fingerprint recognition, passwords, etc., to authenticate the operator, ensure that only authorized personnel can perform unlocking operations, and improve the security of the protection net.

Intelligent monitoring system: By arranging intelligent monitoring equipment in the railway protection net, the status of the protection net is monitored in real time, and connected to the lock control system. Once an abnormal situation is found, an alarm signal will be immediately issued to remind relevant personnel to take corresponding measures to ensure the security of the protection net.

Data analysis and decision support: By analyzing and mining the data in the lock control system, valuable information can be extracted to provide decision support for the railway management department. By analyzing the lock opening and closing records, lock cutting alarm information and monitoring data, abnormal situations and safety hazards can be discovered in time, and corresponding measures can be taken to improve the safety of the railway protection network.

Solution composition

RFID electronic lock: As a key device of the RFID intelligent lock control system, it is used to replace the traditional physical lock, with functions such as lock opening and closing records, lock cutting alarm, remote connection unlocking and group control unlocking.

RFID handheld terminal: used to remotely connect with RFID electronic locks to realize remote unlocking and management functions.

Central control system: used for centralized management and monitoring of the lock control system of the railway protection network, including viewing of unlocking records, processing of lock cutting alarms, and authorization management of remote unlocking.

Data storage and analysis system: used to Store and analyze lock opening and closing record data, provide data traceability and analysis functions, and help railway management departments to conduct safety assessments and decisions.

Monitoring system: integrated with RFID electronic locks, it can realize real-time monitoring and alarm functions of railway protection network. Once an abnormal situation is found, the system will immediately issue an alarm to remind relevant personnel to take corresponding measures.

Benefits of solution application

Improve safety: The lock shearing alarm function and high security characteristics of RFID electronic locks can effectively prevent illegal intrusion and sabotage, and improve the safety of railway protection network.

Improve management efficiency: The remote connection unlocking function and group control unlocking function of RFID handheld terminal simplify the unlocking process and improve operation efficiency and management efficiency.

Data traceability: The lock opening and closing recording function and data storage and analysis system realize the accurate recording and storage of lock opening and closing records, provide data traceability and analysis functions, and help railway management departments to conduct safety assessment and decision-making.

Real-time monitoring and alarm function: The RFID electronic lock integrated with the monitoring system realizes the real-time monitoring and alarm function of the railway protection network. Once an abnormal situation is found, the system will immediately issue an alarm to remind relevant personnel to take corresponding measures.