IoT based Indoor Hydroponics System

Dutta, Ankita; Nag, Ishita; Basu, Shreya; Seal, Ditipriya; Gayen, Rintu Kumar

doi:10.1109/iementech53263.2021.9614730

Cited by 3 publications

(2 citation statements)

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“…The suggested monitoring system can measure the temperature and humidity in the surrounding environment. The pH, temperature, and humidity all contribute to faster plant development and higher harvests of the highest quality [7]. When the temperature rises above the temperature threshold, the system will turn on the fan to reduce the heat.…”

Section: A Maintaining the Integrity Of The Specificationsmentioning

confidence: 99%

Framework for Mobile-Based Monitoring System of Smart Hydroponics Lettuce Farming

Balon,

Angel,

Padua

et al. 2024

Preprint

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Hydroponics farming is popular all over the world because it sustains many people who suffer from hunger and who don’t have a lot of space or land that can be planted. The focus of this study is to provide material and design for innovative smart hydroponics farming that involves growing a lettuce plant using IoT devices, sensors, and Node-Red. Conducting this study is critical to the research because different components need to be identified first, as well as features for mobile devices connected to the IoT devices. The aim of this study is to design an IoT-based system that constantly monitors the water level, temperature, and humidity of the hydroponic lettuce crop. To fulfill the aim of the study, the researchers provide material and design for how it works, methodology for the hardware of the system, and a design thinking process to address complex problems and come up with unique solutions that emphasize innovation. As a result, the study can collect data from the different sensors. The readings of the sensors can be accessed through the Node-red Dashboard, viewable on mobile devices. Additionally, the researchers suggest looking into solar energy as an alternative power source for IoT devices to save energy.

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Section: A Maintaining the Integrity Of The Specificationsmentioning

confidence: 99%

Framework for Mobile-Based Monitoring System of Smart Hydroponics Lettuce Farming

Balon,

Angel,

Padua

et al. 2024

Preprint

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“…Most hydroponic surrounding areas are prepared with their temperature, humidity, electrical conductivity (EC) and pH manually measured by producers. Adjustments are then calculated to meet the needs of the plants [5]- [7].…”

Section: Introductionmentioning

confidence: 99%

Secure Cloud Connected Indoor Hydroponic System via Multi-factor Authentication

Rahimi¹,

Saad²,

Hussain³

et al. 2022

IJACSA

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Now-a-days, the hydroponic farming system with the Internet of Things (IoT) technology is increasingly becoming a trend for researchers to produce a more capable farming device or remote monitoring system. However, this intelligent system is not controlled securely and will be dangerous when system hacking occurs. Therefore, developing a secure indoor hydroponic monitoring device with multi-factor authentication (MFA) method is proposed. The research aims to develop a secure cloud-connected indoor hydroponic system via multifactor authentication on the ThingsSentral IoT platform with an MFA technique. The developed system comprises an iPhone Operating System (iOS), an Arduino node microcontroller unit and a ThingsSentral web IoT platform. A security software application on iOS phones with MFA techniques is built to authenticate devices before communicating with ThingsSentral.io. Token authentication between ThingsSentral.io and the security software application must be done before the hydroponic monitoring device can send and receive data. An indoor hydroponic monitoring system device with MFA security technique has been successfully produced from the study. An MFA security technique for iOS apps has also been successfully developed. In conclusion, using the MFA technique, this research successfully develops a high-security control and communication system between the field device and the IoT platform. Although the MFA security system developed for this IoT platform has several steps that need to be done before data can be sent to the cloud database, the users themselves can allow or prohibit a device from operating. Besides, users can also control and monitor the security between the device and the IoT platform when they operate.

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