DESIGN AND IMPLEMENTATION OF POWER SUPPLY INDUSTRIAL INTELLIGENT ANTI -THEFT SYSTEM

Abstract

The design and implementation of a power supply industrial intelligent anti-theft system aim to provide a robust solution for protecting critical infrastructure from unauthorized access and theft. Industrial facilities often house valuable equipment and materials, making them susceptible to theft and vandalism. This project proposes an integrated system combining advanced sensor technologies, real-time data analysis, and remote monitoring capabilities to enhance the security of power supply systems in industrial environments. A variety of sensors, including vibration, motion, and tamper detection devices, are included into the system design and are positioned strategically around important asset Arduino is central microcontroller that interprets data and sounds an alarm in the event of suspicious activity is connected to these sensors. The communication module makes use of technologies including GPRS, LoRa, and GSM. To guarantee ongoing operation during power outages, the system also integrates a dependable power management technique with backup options like solar panels or batteries. The software interface enhances situational awareness and decision-making by offering users real-time monitoring, historical data analysis, and alarm management through a mobile application or web platform. This advanced anti-theft system is suited for a range of architectural situations due to its scalable, flexible, and adaptive nature. Apart from safeguarding the material assets, it discourages potential pilfers by proactive observation and emergency call handling via mobile phone. Installing such a system is anticipated to significantly reduce theft-related losses and improve the overall security posture of assets in residential or commercial buildings.