COE for Smart Agriculture

This technology is mounted on a cow's neck and is used to monitor the heart rate, body temperature, or find out the presence of a cow.

The Internet of Things (IoT)-based egg hackers are devices designed to enhance the egg cutting process using Internet-connected technology. The devices use sensors and internet connectivity to monitor environmental conditions and ensure ideal conditions for the eggs being incubated.

The IoT-based hydroponic cabinet is a hydroponic farming system that is connected to the Internet and uses sensor technology as well as automation to manage crop growth.

Aquaponics itself is an agricultural method that combines fish and crop cultivation in a mutually supportive system. IoT is used to monitor and control the aquaponic environment automatically.

Monitoring of soil moisture and irrigation of droplets of water on shrimp plants using IoT-based solar panels at Tani Shrimp Group, Kertosari Village, Tanjung Sari District, South Lampung.

Implementation of cooperation with PT Indo Prima Beef is a dedication to the community financed by the public sector through the implementation of Angkong technology with IoT-based digital printing.

Vertical hydroponics is an innovative method of growing plants without soil, utilizing nutrient-rich water solutions. In this system, plants are grown in vertically stacked layers, maximizing space efficiency and allowing for higher crop yields in smaller areas. When integrated with Internet of Things (IoT) technology, vertical hydroponics becomes even more advanced, offering automated monitoring and control of various environmental factors such as light, temperature, humidity, and nutrient levels. For melon plants, a vertical hydroponic system based on IoT can significantly enhance growth and productivity. Sensors and IoT devices continuously monitor the plant's environment, providing real-time data that can be accessed remotely through a smartphone or computer. Automated systems can adjust the nutrient solution's pH and electrical conductivity, regulate water flow, and control lighting schedules to ensure optimal growth conditions. This technology also allows for early detection of potential issues, such as nutrient deficiencies or pests, enabling prompt interventions. The integration of IoT in vertical hydroponics not only improves the efficiency and productivity of melon cultivation but also reduces labor and resource usage. By maintaining precise control over the growing environment, growers can achieve consistent and high-quality melon yields throughout the year, regardless of external weather conditions. This sustainable and technology-driven approach to agriculture presents a promising solution for urban farming and food production in limited spaces.

An IoT-based writing machine is a technologically advanced device designed to automate and enhance the process of writing. Utilizing the principles of the Internet of Things (IoT), this machine is capable of performing precise writing tasks controlled remotely or autonomously. It is equipped with sensors, actuators, and a connected network that enables seamless communication and operation. The machine typically features a robotic arm or a similar mechanism that holds and moves a pen or stylus with high precision. Connected to a cloud-based system, the writing machine can receive instructions from various sources, including computers, smartphones, or other IoT devices. This connectivity allows users to input text or designs, which the machine then replicates accurately on paper or other writable surfaces. The IoT-based writing machine is versatile and can be used in various applications, such as creating handwritten letters, addressing envelopes, drawing intricate patterns, or even automating repetitive writing tasks in educational or professional settings. It can be programmed to adjust writing speed, pressure, and style, providing a personalized touch to each task. Moreover, the integration of IoT technology ensures that the machine can be monitored and controlled remotely. Users can schedule tasks, receive notifications about the machine's status, and perform maintenance checks from anywhere. This level of automation and connectivity enhances productivity, saves time, and ensures consistency in writing quality. Overall, an IoT-based writing machine represents a significant advancement in the field of automated writing, combining precision, efficiency, and connectivity to meet the diverse needs of users in both personal and professional environments.

This study focuses on developing an Internet of Things (IoT)-based system for fish feeding to enhance feeding accuracy and improve fish health and growth. Traditional methods often result in overfeeding or underfeeding, affecting fish well-being and water quality. The IoT system uses sensors to monitor water temperature, pH, and dissolved oxygen, automatically dispensing feed at optimal times and quantities. Remotely controlled via smartphones or computers, the system offers greater flexibility for farmers. The research aims to demonstrate improved feed efficiency, fish growth, and economic benefits, contributing to sustainable aquaculture practices.

This study focuses on developing an Internet of Things (IoT)-based system for fish feeding to enhance feeding accuracy and improve fish health and growth. Traditional methods often result in overfeeding or underfeeding, affecting fish well-being and water quality. The IoT system uses sensors to monitor water temperature, pH, and dissolved oxygen, automatically dispensing feed at optimal times and quantities. Remotely controlled via smartphones or computers, the system offers greater flexibility for farmers. The research aims to demonstrate improved feed efficiency, fish growth, and economic benefits, contributing to sustainable aquaculture practices.

This project involves the development of an IoT-based vertical hydroponic system designed to maximize space efficiency and optimize plant growth. The system uses sensors to monitor and control key parameters such as nutrient levels, pH, and water temperature. Automated adjustments ensure optimal growing conditions, while remote monitoring and control via a smartphone or computer provide convenience and flexibility. This innovative approach aims to enhance productivity and sustainability in urban farming.