Smart Watering System
With the help of AI and IoT, this system can detect soil moisture directly automatically and only water the plants when the water level in the soil is at below the required threshold. This not only saves water but also ensuring plants get enough water needs without wasting it.
Automatic Fertilizing System
This automatic fertilization system was developed by CoE Greentech makes it possible to provide proper nutrition to plants. With the help of sensors connected to an IoT platform.
AI & IoT for Melon Hydroponic
In this research, AI and IoT are applied to manage melon hydroponics. Through intensive monitoring of humidity, temperature and nutrients inside water, this technology ensures an optimal growth environment for plants melon.
Interactive Robot
This laboratory also develops interactive robots that can be used various purposes, such as education, customer service, and monitoring environment.
Indoor Smart Farming OutGrid System
This self-contained indoor smart farming system is designed to do just that operates without requiring an external power grid connection.
Smart Hydroponic
This smart hydroponic system uses various sensors and AI to do this managing the environmental conditions of hydroponic plants. This system is possible automatically regulates pH, nutrient and oxygen levels in water, providing ideal environment for plant growth.
Automated Weather Station
This automatic weather station is designed to monitor weather parameters in real time real-time, such as temperature, humidity, wind speed and light intensity sun.
Smart Greenhouse
This smart hydroponic system uses various sensors and AI to do this managing the environmental conditions of hydroponic plants. This system is possible automatically regulates pH, nutrient and oxygen levels in water, providing ideal environment for plant growth.
Q-Puskesmas
This smart queuing system is implemented in community health centers to make things easier for patients in taking queues digitally and reducing crowding health service location.
Wearable Antenna
This research focuses on developing wearable antennas and supports data communications on wearable IoT devices, such as bracelets dodgy. This technology is very useful in health monitoring systems or IoT-connected activities.
Aquaponik Monitor
This monitoring system is designed to manage the aquaponic ecosystem combining fish and plant cultivation in one system. IoT Sensors used to regulate oxygen, pH and nutrient levels, so that fish stay healthy and plants can grow optimally.
Automatic Oxygen Regulator
This automatic oxygen regulation system was developed to ensure levels Oxygen is ideal in many environments, especially those that require it certain oxygen concentrations such as in fish ponds or plant cultivation areas water.
Gelang Pintar Lansia
This smart bracelet was made specifically to monitor the health of the elderly. Complete with sensors that monitor heart rate, blood pressure and activity Physically, this bracelet is also connected to the IoT network.
Teknologi IoT: Aplikasi Smart Door Lock
This smart door lock application system was created using IoT technology, not only to increase security, but also to help manage access more easily and increase student and school employee awareness of the importance of digital security.