Anti-Theft technology of museum cultural relics based on internet of things

 The preservation and protection of valuable cultural relics within museums are of paramount importance. With a steady influx of visitors, ensuring the security of these artefacts poses a considerable challenge. This abstract presents an innovative anti-theft technology solution for museums based on the Internet of Things (IoT). The system utilizes an ARM7 microcontroller interfaced with Radio-Frequency Identification (RFID) technology and a GSM module to address the issue of artefact theft. The primary goal of this system is to enhance the security of cultural relics by employing RFID tags that are discreetly attached to the artefacts. Each visitor is issued a unique RFID card upon entry. When a visitor approaches an artefact, the RFID reader reads both the visitor's card and the RFID tag on the artefact. In the event of an unauthorized attempt to remove an artefact, the system detects the break in the RFID connection, triggering an immediate response. Upon detection of a stolen artefact, the system activates a buzzer alarm to alert museum personnel and visitors. Simultaneously, it sends alert messages via the GSM module to designated security personnel or museum administrators. This swift notification allows for prompt action, such as locating the stolen artefact or preventing its removal from the premises. This anti-theft technology leverages the power of IoT, ARM7 microcontroller, RFID, and GSM communication to safeguard museum cultural relics effectively. By providing real-time alerts and enhancing security measures, this system ensures the protection of valuable artefacts, preserving our cultural heritage for generations to come.

Keywords:-ARM7, museums, RFID, IoT