Cattle management in residential and commercial areas is essential for monitoring and control. Using conventional methods for handling cattle is inefficient and results in significant power waste. Diminish Human energy theft: loss of power, etc. The purpose of this endeavor sought to design and develop an automated livestock management system using the Internet of Things (IoT). This system has capabilities such as remote monitoring, complete control, and remote manual power termination in the event of energy theft. The system hardware was represented by Proteus simulation tools, Visual Basic programs, and an embedded microcontroller system during its construction. In the event of energy theft, the system may remotely obtain precise temperature, water level indication, soil/humidity sensor, ceiling fan, light, and exhaust fan status on/off. Because of the rising cost of energy, conservation has become a challenging and demanding topic in this study. This study introduces a cutting-edge wireless sensor-based livestock monitoring and management system. The role of cattle monitoring devices in giving consumers insightful analytics is growing. Real-time data is another advantage of information technology’s explosive expansion, especially in the Internet of Things (IoT). Wireless sensors have the ability to simultaneously detect data, validate it, and take appropriate action. The feature can be manually controlled and monitored remotely via the cloud platform. As a remedy, it decreases labor costs while increasing output by regularly monitoring and controlling the cattle over the cloud. Great performance and precision are provided by the system in terms of managing and monitoring animals.