Implementation of a sustainable security architecture has been quite a challenging task with several technology deployed to achieve the feat. Automatic IDentification (Auto-ID) procedures exist to provide information about people, animals, goods and products in transit and found several applications in purchasing and distribution logistics, industries, manufacturing companies and material flow systems. This work focuses on the development and implementation of an access control system using Radio Frequency Identification (RFID) technology to enhance a sustainable security architecture. The system controls access into a restricted area by granting access only to authorized persons, which incorporates the RFID hardware (RFID tags and readers and their antennas) and the software. The antenna are to be configured for a read range of about 1.5 m and TMBE kit reader module was used to test the RFID tags. The encoding and decoding process for the reading and writing to the tag as well as interfacing of the hardware and software was achieved through the use of a FissaiD RFID Reader Writer. The software that controls the whole system was designed using in Java Language. The database required for saving the necessary information, staff/guest was designed using appropriate DataBase Management System (DBMS). The system designed and implemented provide records of all accesses (check-in and check-out) made into the restricted area with time records. Other than this system, Model based modeling through the MATLAB/Simulink, Arduino platform, etc. can be used for similar implementation.

翻译：构建可持续的安全架构一直是一项极具挑战性的任务，需要部署多种技术才能实现。自动识别（Auto-ID）技术能够提供有关人员、动物、货物及产品在运输过程的信息，并广泛应用于采购和配送物流、工业、制造业以及物料流系统中。本研究聚焦于利用射频识别（RFID）技术开发并实现一套门禁系统，以增强可持续安全架构。该系统通过仅允许授权人员进入来控制对受限区域的访问，其中集成了RFID硬件（包括RFID标签、读写器及其天线）和软件。天线配置为约1.5米的读取距离，并使用TMBE套件读写器模块对RFID标签进行测试。通过使用FissaiD RFID读写器实现了对标签的编码与解码（即读写操作）以及硬件与软件的接口连接。控制整个系统的软件采用Java语言设计。保存必要信息（如员工/访客数据）的数据库则通过相应的数据库管理系统（DBMS）构建。所设计与实现的系统提供了所有进入受限区域的访问记录（包括签入和签出）及时间记录。除本系统外，也可通过MATLAB/Simulink、Arduino平台等基于模型的方法进行类似的实现。