In the pursuit of enhancing conventional greenhouse technologies, numerous studies have been examined to address the limitations of existing monitoring systems. This paper presents a comprehensive review of various research papers, culminating in the development of a proposed system that seeks to overcome the shortcomings observed in current monitoring practices. The primary focus is on creating a versatile solution capable of monitoring and controlling the climatic conditions within the greenhouse environment. The proposed autonomous greenhouse monitoring system revolutionizes agriculture with user-friendly, IoT-driven technology. It autonomously tracks temperature, humidity, and soil moisture, ensuring optimal plant growth. Features include smart climate control, soil moisture management, and resource optimization, all accessible through a user-friendly interface. By providing the ability to modulate and regulate these environmental factors, the system aspires to create an optimal climate for plant cultivation. Through advanced sensor technologies and automated controls, the system ensures real-time tracking of environmental conditions. This data is not only monitored but also recorded systematically, enabling users to analyze trends over time. The approach for greenhouse monitoring and control is geared toward sustainability and efficiency, with a vision to maximize plant growth and yield. The simplicity and user-friendliness of the system contribute to its accessibility, making it an asset for both experienced horticulturists and those new to greenhouse cultivation.