Design and Construction of the System

• A vertical structure was designed to optimize space for plant cultivation, allowing multiple levels of growth in confined areas.

• The system uses a closed-loop water circuit enriched with nutrients that continuously recirculates, ensuring plants are hydrated and nourished while promoting water efficiency.

IoT Integration

• Sensors for temperature, pH, water levels, and more were integrated, providing real-time data on the cultivation environment.

• Microcontrollers connect these sensors to the internet, enabling seamless communication and data transmission via the web.

• A UV light system controlled by the microcontroller ensures optimal plant growth, even in low-light conditions.

Web Platform and Remote Control

• A web interface was developed to allow users to monitor and control system conditions in real-time from any device with internet access.

• The platform displays data such as temperature, pH, water level, and ambient humidity, with graphs and indicators for easy monitoring.

• OASIS software automates functions like UV light operation, water flow regulation, and nutrient management based on plant needs.

• Users can also receive alerts for any changes in cultivation conditions, enabling timely responses.

System Testing

• Pilot tests were conducted to assess the system's effectiveness in growing various plants (strawberries, lettuce, and herbs).

• Results showed that OASIS maintains optimal growing conditions, yielding higher performance and production compared to traditional methods, with more efficient water and nutrient usage.

Benefits

• Plants grown in OASIS exhibited faster, more efficient growth due to the controlled environment.

• The system uses less water than conventional farming, thanks to its recirculation design.

• OASIS is not dependent on external weather conditions, enabling year-round cultivation and consistent production.

• The system reduces environmental impact by optimizing resource use and minimizing pesticide requirements.

• OASIS’ modular and adaptable design suits various settings, from urban gardens to larger agricultural facilities.

• The user-friendly interface and remote monitoring capabilities allow farmers of all experience levels to benefit from the system.

Impact and Innovation

• OASIS represents an innovative approach to modern agriculture by combining the efficiency of hydroponic systems with the power of IoT technology.

• It creates a controlled, sustainable, and easily monitored environment for producing high-quality food with minimal space, fewer resources, and a reduced environmental footprint.

OASIS System: Revolutionizing Hydroponic Agriculture with IoT

The OASIS system is an advanced hydroponic solution designed to optimize plant growth through remote monitoring and control of critical parameters. This cutting-edge system combines the efficiency of vertical farming with the power of IoT technology, enabling year-round cultivation in small spaces while reducing the environmental impact.

Key Features

• Vertical Hydroponic Structure: The system maximizes space utilization by allowing plants to grow across multiple levels.

• Closed-Loop Water Circuit: Nutrient-rich water is recirculated, ensuring efficient hydration and reducing water consumption.

• IoT Integration: Real-time data from sensors for temperature, pH, water level, and more is transmitted via the web, allowing remote monitoring and control.

• UV Light Control: A microcontroller manages UV light to ensure optimal plant growth, even in low-light environments.

• User-Friendly Web Platform: The interface allows users to access real-time data, monitor growth conditions, and automate system functions like water flow and light control.

Testing and Results
Pilot tests with various crops, such as strawberries, lettuce, and herbs, demonstrated OASIS’s ability to maintain optimal growing conditions. The system outperformed traditional farming methods by providing better yields with more efficient use of water and nutrients.

Impact
OASIS offers numerous benefits:

• Faster, more efficient plant growth in a controlled environment.

• Reduced water usage compared to traditional agriculture.

• Continuous, year-round production without reliance on external weather conditions.

• Lower environmental impact due to optimized resource use and minimized pesticide use.

• Versatility in application, from small urban gardens to large-scale agricultural setups.

• Accessibility for users with varying levels of experience through its intuitive interface and remote capabilities.

By combining hydroponics with IoT technology, OASIS presents a groundbreaking solution for sustainable agriculture. It allows for the cultivation of high-quality food in a smaller footprint, using fewer resources, and with a lower environmental impact, making it a crucial innovation for the future of farming.