Internet of Things-Based Smart Farming Monitoring System for Bolting Reduction in Onion Farms (original) (raw)

Smart Planting Using Internet of Things Technology

Economics and Management Innovations (ICEMI), 2017

This paper examines smart farming techniques based on the Internet of Things concept to solve various problems caused by traditional agriculture such as high labor costs, improper water resource usage, and deficient control of the environment. To solve these problems, we present a model for the study of remote farming called "Smart Planting Model", which consists of sensing devices that detect humidity, temperature, water levels, and humidity in the soil. The board controller uses Arduino Uno R3, which is equipped with a set of digital and analog input/output. The remote monitoring system is available from the Amazon EC2 dashboard, which is under the service of AWS Cloud. Based on the empirical findings, we found that the developed model connected reliably to subsystems. Testing of the control system of watering, temperature and lighting can be performed automatically and accurately, as specified in the program. Control and monitoring systems can be connected and logged on from both PCs and mobile phones.

Empowering crop cultivation: harnessing internet of things for smart agriculture monitoring

International Journal of Electrical and Computer Engineering (IJECE), 2024

Agriculture, the foundation of human civilization, has relied on manual practices in the face of unpredictable weather for millennia. The contemporary era, however, witnesses the transformative potential of the Internet of things (IoT) in agriculture. This paper introduces an innovative IoT-driven smart agriculture system empowered by Arduino technology, making a significant contribution to the field. It integrates key components: a temperature sensor, a soil moisture sensor, a light-dependent resistor, a water pump, and a Wi-Fi module. The system vigilantly monitors vital environmental parameters: temperature, light intensity, and soil moisture levels. Upon surpassing 30°C, an automatic cooling fan alleviates heat stress, while sub-300CD light levels trigger light-emitting diode lighting for optimal growth. Real-time soil moisture data is relayed to the “Blynk” mobile app. Temperature thresholds align with specific crops, and users can manage the water pump via Blynk when manual intervention is required. This work advances agricultural practices, optimizing water management by crop type. Through precise coordination of soil moisture, temperature, and light intensity, the system enhances productivity while conserving water resources and maintaining fertilizer balance.

Enhancement of Plant Monitoring Using IoT

International Journal of Engineering & Technology, 2018

Agriculture is the backbone of our country; most of the people depend on agriculture. The main issue in agriculture is water scarcity. The water resource is not used in an effective manner, so the water is wasted. In order to overcome this irrigation process can be automated. The use of Internet of things in this field will be helpful to reduce the wastage of water. So that the temprature as well as humidity and light are measured by means of sensors and depend up on the outcome further processing can be performed. We propose a system that will capture all the details about the soil and the temprature by means of different sensors. The sensed information will be send to the processor and depends up on the outcome the alert message will be passed and the appropriate amount of water will be released to the crop. And the further information related to the fertilizer quantity and whether there is any set of serious attack on the crop that will also be identified by the system. The advan...

Smart agriculture management system using internet of things

TELKOMNIKA Telecommunication Computing Electronics and Control, 2020

In the world of digital era, an advance development with internet of things (IoT) were initiated, where devices communicate with each other and the process are automated and controlled with the help of internet. An IoT in an agriculture framework includes various benefits in managing and monitoring the crops. In this paper, an architectural framework is developed which integrates the internet of things (IoT) with the production of crops, different measures and methods are used to monitor crops using cloud computing. The approach provides real-time analysis of data collected from sensors placed in crops and produces result to farmer which is necessary for the monitoring the crop growth which reduces the time, energy of the farmer. The data collected from the fields are stored in the cloud and processed in order to facilitate automation by integrating IoT devices. The concept presented in the paper could increase the productivity of the crops by reducing wastage of resources utilized in the agriculture fields. The results of the experimentation carried out presents the details of temperature, soil moisture, humidity and water usage for the field and performs decision making analysis with the interaction of the farmer.

Internet of Things: A Monitoring and Control System for Rockmelon Farming

International Journal of Integrated Engineering, 2020

Many industries have now undergone significant changes from conventional farming systems to products that require high technology. This trend is due to an increase in the production and quality of food produced in the market. Applying technology in existing agricultural systems can increase agricultural production commercially to a more systematic approach. Implementation of technology can help farmers in monitoring and controlling crops without having to spend time on farms. The operators no longer need to run regularly to provide water, fertilizers and plant pesticides manually. On the contrary, farmers or operators can rely on technology to perform agricultural harvesting work automatically. At the same time, systems used in agricultural activities can reduce the potential for environmental impacts such as chemical spills and cost savings of workers. The safety and quality of plants are guaranteed where the system built with sensor technology will monitoring the growth of vegetab...

A Comparative Analysis on Smart Farming Techniques using Internet of Things (IoT)

HELIX, 2018

Agriculture is considered as one of the major sources in maintaining a nation's GDP. Most of the developing countries and under developed countries are relying on cultivation to improve their economic wealth. In this modern technology era, technology can play a tremendous role in the agriculture sector. The advanced technology has the capability to automate various cultivation phases like watering, fertilizing, harvesting and much more. In order to make the cultivation phases smarter, we deploy smart sensors in the fields to sense the water level, photo sensors to ensure sufficient sunlight is available for plant's growth, sensors to sense the nitrogen content and thereby to inform the farmer to initiate steps for proper fertilizing, etc. There are many works done in this area, and much more is progressing in the labs now. We analyzed the various standard IoT techniques used in Agriculture sector based on hardware and software, and thereby deriving the existing challenges for making farming much smarter and efficient.

An Internet of Things Solution for Smart Agriculture

Agronomy

Over the last decade, the increased use of information and communication technology (ICT) in agriculture applications has led to the definition of the concept of precision farming or equivalently smart agriculture. In this respect, the latest progress in connectivity, automation, images analysis and artificial intelligence allow farmers to monitor all production phases and, due to the help of automatic procedures, determine better treatments for their farms. One of the main objectives of a smart agriculture system is to improve the yield of the field. From this point of view, the Internet of Things (IoT) paradigm plays a key role in precision farming applications due to the fact that the use of IoT sensors provides precise information about the health of the production. In this paper, the results of the recently concluded R&D project ENOTRIA TELLUS are reported. The project aimed at the development of all hardware/software components for implementing a precision farming architecture...

IJERT-Aadhunik Krishi -IoT based Smart Farming

International Journal of Engineering Research and Technology (IJERT), 2021

https://www.ijert.org/aadhunik-krishi-iot-based-smart-farming https://www.ijert.org/research/aadhunik-krishi-iot-based-smart-farming-IJERTCONV9IS03145.pdf Agronomy has a significant contribution in shaping and boosting the economy of the developing nations especially India. The issues faced by the agricultural zones are hampering the growth of these economically developing nations. One technique to solve this problem is to digitize farming and other agricultural activities by replacing the current prediction-based method with smart and analyzed farming. Hence the proffered work aims to automate agriculture using IoT and other wireless technologies. In this paper, an Internet of Things based automatic crop monitoring and watering system, is proposed to modernize agriculture and increasing the yield of the crop. The major benefit of this proposed work is the implementation of precision agriculture with cloud computing, which will control the usage of water and monitor other plant parameters (soil moisture, temperature, humidity and air quality index) thus enhancing the yield of the crops.

Smart Agriculture System Implementation Using the Internet of Things

CENTRAL ASIAN JOURNAL OF THEORETICAL & APPLIED SCIENCES, 2022

Farming agriculture began 12000 years back. Neolithic age conceived an offspring of civilization, Farming and later being gone on as conventional farming practices. India is an agricultural country. Mostly, Indian Farming is subject to rains, soil, and environmental challenges. The rancher can screen horticultural fields with the aggregation of information from sensors, actuators, and current electronic gadgets. Shrewd Agriculture can conjecture climate information, turning ON the siphon engine and recognizing the sogginess of soil in terms of dampness levels with the assistance of sensors connected to handle module Arduino-UNO. The Agriculture stick proposed through this paper coordinates with Arduino Technology, Breadboard, and blended in with various sensors and live information feed can be gotten online through cell phone. India Monitoring environmental circumstances are the main consideration for working on productive harvests' yield. The component of this paper incorporates the advancement of a framework that can screen temperature, humidity, and moisture for the development of creatures that might obliterate the yields in rural fields through sensors utilizing the Arduino board.