Smart-Greenhouse is a model project of a system designed to automatically monitor and notify users of important metrics of crops in a smart greenhouse environment. The main goal of the project is to provide users with necessary information to efficiently maintain and manage crops, thereby increasing production efficiency and minimizing resource waste.

1. Environmental Monitoring: The system will automatically monitor factors such as temperature, humidity, light, and soil pH.
2. Data Analysis: Collected data will be analyzed to provide useful information about the health of crops.
3. Automatic Notifications: Users will receive notifications when there are significant changes in the greenhouse environment or crop health.
4. User-Friendly Interface: The user interface is friendly and easy to use, enabling users to easily track and manage information.

1. Registration and Connection: Users need to register an account and connect the system to sensors in the greenhouse.
2. Monitor Information: Users can access the interface to view information about environmental factors and crop health.
3. Receive Notifications: Users will receive notifications via email or app when there are significant changes in the environment or crop health.

• Increased Efficiency: By monitoring and adjusting the environment automatically, Smart-Greenhouse enhances the productivity and quality of crops.
• Time and Effort Savings: Users do not need to manually monitor every environmental factor, saving time and effort required for management.
• Environmental Protection: Efficient management of resources such as water and energy helps minimize waste and protect the environment.

• Feature Expansion: Develop additional features such as automatic watering, pest control, and automatic fertilization.
• Integration of Artificial Intelligence: Use AI to predict and react to potential issues, providing optimal recommendations for users.
• Social Interaction: Integrate sharing and social connection features so users can share experiences and knowledge with the community.

• Environmental sensors (temperature, humidity, light, soil pH)
• Internet connection
• User interface (mobile app or web)

Additional information on installation and usage can be found in the accompanying documentation.