An IoT-Based Smart Aquarium Monitoring System

Daud, Ahmad Kamal Pasha Mohd; Sulaiman, Norakmar Arbain; Yusof, Yushaizad; Kassim, Murizah

doi:10.1109/iscaie47305.2020.9108823

Cited by 32 publications

(10 citation statements)

References 5 publications

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“…Ahmad Kamal Pasha Mohammed Daud [1] introduced a sample of the Smart monitoring of aquarium by means of IoT. It uses different types of sensors to obtain the values of aquarium parameters and monitor them.…”

Section: Literature Reviewmentioning

confidence: 99%

Smart Aquarium Monitoring System Using IoT

Likitha¹,

Madhuri²,

Sanjana³

et al. 2023

IJRASET

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Smart aquarium monitoring system is an automatic system that is taking care of the pet fish in the aquarium is a tedious process and should be properly set up and maintained in a healthy manner or else the fish will be destined for an unpleasant and short period of life. Therefore, it is critical to monitor aquarium conditions and improve the water quality of the mini aquarium tanks. Fishes require the utmost care, they need some specific conditions like a temperature level, pH, and suitable oxygen. The aquarium in which they are kept should contain proper monitoring parameters to keep it in good health condition. The parameters include automatic fish feeding motor temperature, pH, and dissolved oxygen level indicators. They can be accessed through a database that stores the values determined by the indicators where we can connect the database to the developed IoT mobile application and get information in mobile. This reduces human effort and errors in owning an aquarium full of aquatic animals and prevents unusual death of fish.

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Section: Literature Reviewmentioning

confidence: 99%

Smart Aquarium Monitoring System Using IoT

Likitha¹,

Madhuri²,

Sanjana³

et al. 2023

IJRASET

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show abstract

“…For instance, it is designed in such a way that if the water level it falls below a set level, the system opens a water inlet and fills it up to ensure evenness. Similarly, the system can modulate the temperature through the activation of either heating or cooling units as necessitated by the present conditions [7]. Beyond this, the system is built to notify users of instances that need to be manually intervened upon, such as adjustment to pH or salinity levels.…”

Section: Introductionmentioning

confidence: 99%

A Novel Water Level Control System for Sustainable Aquarium Use

Kok,

Ho,

Tanjodi

et al. 2024

Electronics

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The advent of Internet of Things (IoT) technology has paved the way for innovative solutions in various domains, including aquarium maintenance. An IoT-based automated water changing system emerges as a promising solution to ensure a clean and healthy environment for aquarium inhabitants, thereby alleviating basic chores, particularly for aquarium hobbyists. Conventional solutions often fall short in reliability and affordability, merely focusing on water replacement without addressing other crucial factors. In contrast, this novel system integrates cutting-edge features, leveraging wireless monitoring facilitated by Home Assistant and incorporating water seasoning capabilities. Unlike existing systems, which lack comprehensive monitoring, this solution monitors a plethora of water parameters including water height, pH levels, salinity, temperature, and dissolved solids. This holistic approach enables the system to make informed decisions based on real-time data. Utilizing the gathered data, the system employs advanced algorithms to determine requisite actions. For instance, upon detecting a lower water level, it triggers the water vault to replenish water, ensuring optimal water volume for aquatic life. Additionally, it regulates temperature through heating and cooling mechanisms, ensuring the maintenance of ideal conditions for aquatic organisms. Moreover, the system proactively addresses anomalies by generating indicator requests for parameters beyond its operational scope, thereby facilitating timely intervention by the user. By amalgamating state-of-the-art IoT technology with comprehensive water monitoring and proactive decision making capabilities, this automated water changing system represents a significant advancement in aquarium maintenance, promising enhanced efficiency, reliability, and ultimately, a healthier aquatic ecosystem.

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“…Different kinds of aquatic life have different proper levels of parameters. If the parameters are read beyond a suitable level, some dissolved gases will become toxic and may be lethal [6,7].…”

Section: Introductionmentioning

confidence: 99%

Analysis and Development of IoT-based Aqua Fish Monitoring System

Zamzari¹,

Kassim²,

Yusoff³

2022

IJETAE

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Water quality is critical in fish farming activities, where criteria must be measured to ensure water quality. Unwanted amounts of water quality factors will affect aquatic life. It has been discovered that some breeders fail to maintain their ponds, causing water quality to worsen and affecting fish hibernation and mortality. Manual pond water quality testing was ineffective and time-consuming, causing the water quality to suffer. This study created a fishpond IoT system to monitor a pond's water quality, temperature, pH level, and ammonia toxicity. A real-time data analytics platform was created to collect data from the water temperature, pH level, and toxicity of ammonia sensors embedded into the IoT system. The NodeMCU ESP32 controller was used to process the data collected from all sensors, and real-time data may be viewed via mobile devices using the Blynk application. Three sensors are embedded to the system which are an ammonia gas sensor, an analog pH sensor, and a temperature probe sensor. As a result, a mobile fishpond monitoring system has been successfully created. The study reveals that the ammonia level is low at 0.021 ppm, the average temperature is 27.02°C, and the pH level is almost neutral at 6.85. It has been determined that the ammonia level is safe for fish hibernation. Temperature and pH had little effect on ammonia levels, while temperature and pH have a high association. This research is essential because it assists fish breeders in improving pond water quality, which supports aquatic life production and health. Keywords—water quality monitoring, ammonia, Internet of Things, ESP32, pH, temperature

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An IoT-Based Smart Aquarium Monitoring System

Cited by 32 publications

References 5 publications

Smart Aquarium Monitoring System Using IoT

Smart Aquarium Monitoring System Using IoT

A Novel Water Level Control System for Sustainable Aquarium Use

Analysis and Development of IoT-based Aqua Fish Monitoring System

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