WCMI According to the school's needs and budget, choose the appropriate two-in-one access control device for scanning and swiping codes.

Installation location determination: Choose to install access control equipment at various entrances and exits of the school, teaching buildings, dormitory buildings, libraries and other areas where personnel entry and exit need to be controlled. Ensure that the installation location is convenient for personnel to swipe cards or scan codes, and does not affect normal passage.
Equipment installation: Install according to the installation instructions of the equipment. For the code scanning and card swiping module, the installation location must be reserved and ensure that it is firmly installed. At the same time, install equipment such as access control controllers, electromagnetic locks or electric bolt locks, doorbells and door magnetic sensors.
Wiring connection: Wiring and connecting the access control equipment with the access control controller, power supply system, etc. to ensure stable signals and reliable power supply. Note that the wiring should be neat and beautiful, and avoid exposed lines to prevent damage.
Access control controller installation: Install the access control controller in a suitable location, such as a weak current well, security room, etc., to ensure smooth communication with the front-end equipment and back-end server.
Electromagnetic lock installation: According to the type and material of the door, choose the appropriate electromagnetic lock or electric bolt lock, and install it correctly on the door to ensure that it can be locked and unlocked reliably.

1. Technology
1. Hardware technology
Scanning code module: Use high-performance scanning code module, support multiple output interfaces, and have fast reading speed. Some scanning code modules also have wide-angle cameras and high-definition screens to ensure the accuracy and convenience of scanning.
Card swiping module: Supports multiple card types, such as M1 card, CPU card, ID card, etc., with high-sensitivity induction reader to achieve fast card swiping recognition.
Access control controller: It has powerful processing capabilities, can quickly process the identity information collected by the card reader, and communicate with the back-end server. Support multiple communication methods, such as Ethernet, Wi-Fi, 4G, etc.
Electromagnetic lock or electric bolt lock: Use high-strength electromagnetic lock or electric bolt lock to ensure the security of the door. It has automatic locking and unlocking functions and fast response speed.
2. Software technology
Access control management software: runs on the back-end server to realize system configuration, permission management, data query and analysis and other functions. Supports multi-user management and hierarchical permission settings, which facilitates the allocation and management of personnel permissions in schools.
Visitor Management System: Integrated with the access control system to realize visitor reservation, review, permission allocation and record query functions. Visitors can obtain temporary permissions through online reservations or on-site registration, and the system automatically records visitor information and entry and exit times.
Data analysis and report generation: Data analysis of access control records, generation of personnel entry and exit reports, peak time statistics, etc., to provide a basis for school management decisions.
3. Communication technology
Wired communication: Ethernet is used for wired communication between the access control controller and the server to ensure the stability and reliability of data transmission.
Wireless communication: Supports wireless communication methods such as Wi-Fi or Bluetooth to facilitate the connection and operation of mobile devices.
4. Security technology
Data encryption: Encrypts the transmitted and stored user data to prevent data leakage.
Permission hierarchical management: Set different levels of administrator permissions, strictly limit the scope of operation, and ensure the security of the system.
Anti-pry alarm: When the access control device is damaged or pried, the alarm device is triggered to improve the security of the system.

II. Implementation
1. Project planning: According to the needs and actual situation of the school, formulate a detailed project implementation plan, including equipment selection, installation location, wiring plan, system configuration, etc.
System configuration: Install the access control management software on the back-end server and perform system configuration, including user information entry, permission setting, access control equipment parameter configuration, etc.
Permission allocation: According to the management needs of the school, assign corresponding access control permissions to different departments and different personnel. For example, students can only enter dormitory buildings and teaching buildings, and teachers can enter teaching buildings, office buildings, etc.
2. Personnel training: Train school administrators, teachers and students to make them familiar with the use and operation procedures of the access control system, including the use of card swiping, code scanning, face recognition, etc.
System testing: Before it is officially put into use, conduct a comprehensive test of the access control system, including equipment performance testing, communication testing, permission verification testing, etc., to ensure the stability and reliability of the system.
3. Online operation: After completing the system test, the access control system is officially put into operation, and continuous monitoring and maintenance are carried out to solve problems in a timely manner to ensure the normal operation of the system.