The electronic item monitoring system EAS is mainly used to prevent theft of goods. The system mainly relies on RFID technology, and RF cards usually have a memory capacity of 1 bit, which can be in two states: on or off. When the RF card is activated and approaches the scanner at the store exit, the system will detect and trigger an alarm. To prevent false alarms, sales personnel may use specialized tools or magnetic fields to disable the RF card or damage its electrical characteristics when the product is purchased. In addition, the EAS system also has various technologies, including microwave, magnetic field, acoustic magnetic, and radio frequency, etc.

Assign a unique RFID digital identity to each piece of fabric, and use UHF recognition collection equipment to collect real-time status information of the fabric at each handover and washing process; By relying on powerful data analysis tools, we can achieve full process and lifecycle management of linen, thereby helping operators improve the efficiency of linen circulation, reduce labor costs, and enhance customer satisfaction.

RFID technology has a wide range of applications in the field of production and manufacturing. Firstly, it can achieve real-time monitoring of production data, ensuring the transparency and controllability of the production process. Secondly, RFID technology can be used for quality tracking to ensure the controllability of the entire process from raw materials to the final product. Finally, through RFID technology, automated production processes can be achieved, which not only improves production efficiency but also greatly reduces the possibility of human errors. These applications make RFID technology an indispensable technology in the production and manufacturing field.

Air parcel management is an important application field of RFID technology. The global aviation industry pays up to $2.5 billion annually for lost and delayed luggage. To address this issue, many airlines have adopted wireless radio frequency identification (RFID) systems to enhance tracking, allocation, and transmission of luggage, thereby improving security management and avoiding the occurrence of misdelivery. RFID electronic tags can be easily integrated into existing luggage tags, check-in printers, and luggage classification devices to automatically scan luggage, ensuring that passengers and checked baggage arrive safely and on time at their destination.

RFID technology has a wide range of applications in the field of leasing product management. When embedding electronic tags in rental products, it is convenient to receive product information, so there is no need to move physical items when organizing or inventorying products, greatly improving work efficiency and reducing human error. This technology not only simplifies the inventory management process, but also enhances the tracking and identification capabilities of products, providing a more reliable and efficient solution for leasing business.

RFID technology plays a crucial role in logistics and supply chain management. It achieves real-time tracking of items, including location, quantity, and status information, by using RFID electronic tags or chips in transportation and warehouse environments, thereby optimizing logistics processes and reducing manual operations. In addition, RFID technology can automatically manage inventory, inventory, and delivery, further improving efficiency and transparency. This technology not only improves the efficiency and accuracy of supply chain management, but also reduces costs and error rates.

Animal recognition is one of the important applications of RFID technology in the field of animals. RFID technology plays a crucial role in animal domestication, pet identification management, and wildlife tracking. Low frequency RFID electronic tags are particularly suitable for animal recognition due to their diverse appearance shapes, such as glass tube, ear tag, collar, and foot ring. These labels not only facilitate attachment to animals, but also ensure their identification and management in various environments.

The Internet of Things is a huge network formed by combining various information sensing devices, such as RFID devices, infrared sensors, global positioning systems, and the Internet. Its core purpose is to connect all items to the network, achieve intelligent identification and management, and achieve information interconnection and real-time sharing. RFID technology has played an important role in the Internet of Things, such as achieving convenience in access control systems by installing RFID card readers in smart homes, or embedding RFID chips in home electronic devices to achieve remote intelligent control. In addition, RFID technology can accurately record people's daily life, work, and exercise data, evaluate their health status and progress.

Production line management is an important application field of RFID electronic tags. On the production line, RFID can conveniently and accurately record process information and process operation information, meeting the needs of flexible production. In addition, it can also record the worker's job number, operation time, specific operations, and quality inspection results, ensuring the traceability of the production process. Meanwhile, using RFID can avoid errors caused by handwriting and visual inspection of information.

RFID technology has a wide range of applications in the field of valuable item management, mainly used for anti-theft, settlement, and after-sales guarantee of valuable items such as cameras, cameras, portable computers, CDs, walkthroughs, and jewelry. RFID tags can be attached or embedded within the packaging of these items, and can be scanned in real-time by specialized shelf scanners to obtain real-time cargo records. In this way, management personnel can quickly query product information, reduce the risk of loss or theft, improve handover speed and accuracy, and effectively prevent counterfeit goods and anti-counterfeiting.

RFID technology has a wide range of applications in the food industry, especially in terms of freshness management and food safety. Firstly, RFID technology can be used for freshness management of fruits, vegetables, and fresh food. By monitoring and recording environmental factors such as temperature and humidity in real-time, it ensures the freshness of food during storage and transportation. Secondly, RFID technology can also be used for food safety traceability, from the cultivation or breeding process of food to the circulation process, to achieve forward and backward tracking, ensuring food safety in all aspects. For example, at the Shanghai World Expo, the organizers used RFID technology to trace vegetables, seafood and other food products, ensuring the safety and reliability of the supply channels.

Military/national defense management is an important application field of RFID technology. In military environments, RFID technology is used to identify and track various materials and personnel, such as ammunition, firearms, supplies, personnel, and trucks. This technology provides an accurate, fast, safe, and controllable technological approach for military defense management, ensuring the dynamic real-time tracking of important military drugs, firearms, ammunition, or military vehicles.