IoT Based Smart Greenhouse Monitoring System using Visual Simulation Tool

The creation of a smart greenhouse has become an essential component of modern agriculture. The smart greenhouse uses cutting-edge technology to maximize plant growth while minimizing energy consumption. Cisco Packet Tracer, which allows the virtual creation and testing of various network topologies, is one of the most widely used tools for simulating and designing such systems. This paper contains an abstract of a project aimed at developing a smart greenhouse model using Cisco Packet Tracer. The model contains a number of sensors and actuators that control environmental parameters such as temperature, humidity, and light, and the data is transmitted via a network of interconnected devices. The project's goal is to demonstrate Cisco Packet Tracer's capabilities while also providing a cost-effective solution for farmers to improve yields and reduce energy consumption. The paper discusses the model's architecture, the design process, and the simulation results. According to the findings, the smart greenhouse model developed in Cisco Packet Tracer can effectively monitor and control the environmental factors inside the greenhouse, resulting in improved plant growth, yield, and energy efficiency.