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Brawijaya University Lecturer pioneers IoT System for Chicken Coop Temperature Monitoring
Table of Contents
- Brawijaya University Lecturer pioneers IoT System for Chicken Coop Temperature Monitoring
- Addressing the Challenges of Traditional Chicken Farming
- The IoT-Based Solution: A Cost-Effective alternative
- Real-Time Data and Corrective Action
- Recognition and expansion
- Collaboration and future Prospects
- Revolutionizing Poultry Farming: An IoT-Powered Solution for chicken Coop Management
- Revolutionizing Poultry Farming: An iot-Powered Solution for Chicken coop Management
MALANG, E. JAVA, Indonesia, March 15, 2025 – Danung Nur Adli Spt., MSc., MPt, a lecturer at the Faculty of Animal Science at Brawijaya University, has developed an innovative, integrated chicken coop temperature monitoring system.This system uses the Internet of Things (IoT) and mobile applications to boost the productivity of broiler chickens.Addressing a critical need in traditional farming, the system offers a cost-effective solution for maintaining optimal environmental conditions within chicken coops. The development aims to provide farmers with real-time data, enabling them to make informed decisions and improve the overall health and productivity of their flocks.
Addressing the Challenges of Traditional Chicken Farming
The genesis of this innovation dates back to 2019, when Danung Nur Adli began exploring technological solutions for traditional ‘open’ model chicken coops. A primary motivation was to find an economic use for male chicks, frequently enough considered a byproduct with limited value in the poultry industry. This challenge sparked the idea of using technology to improve the overall efficiency and profitability of broiler chicken farming.
The traditional “open” model chicken coops often lack precise environmental controls, leading to fluctuations in temperature and humidity that can negatively impact the health and growth of broiler chickens. These fluctuations can cause stress, reduce feed intake, and increase susceptibility to diseases, ultimately affecting the profitability of the farm. Danung’s system aims to mitigate these issues by providing farmers with real-time data and enabling them to take proactive measures to maintain optimal conditions.
According to Danung, the initial problem was clear: We didn’t know what to do with the male chicks. They were usually raised to be sold as broiler chickens.
This realization fueled the development of a system designed to provide a real-time technology service for chickens, whose goal is to increase the productivity of broiler chickens,
as stated by Danung in Malang, East Java, on Friday.
The IoT-Based Solution: A Cost-Effective alternative
Danung’s iot-based chicken coop monitoring system emerges as a practical alternative to more expensive and refined technologies like the TempTron, a device specifically engineered for temperature and humidity control in closed chicken coops. Recognizing the financial constraints faced by many farmers who utilize traditional open-type coops, Danung focused on creating an accessible and affordable solution.
The system’s design incorporates a microcontroller and a sensor that utilizes a modem to transmit real-time data on temperature and humidity. The microcontroller acts as the brain of the system, processing the data collected by the sensor and transmitting it to a central server. The modem facilitates the wireless transmission of data, allowing farmers to access the information remotely via a mobile application.
Danung explained the importance of this real-time monitoring, stating, Chickens eat less when the air temperature is high.this requires a quick decision. if to late, it can affect their immunity, raising the potential to get sick. The increase in cells for its body weight also decreases.
Real-Time Data and Corrective Action
The core functionality of the system lies in its ability to provide farmers with immediate access to critical environmental data.Farmers receive real-time updates on temperature and humidity levels in their chicken coops directly on their mobile phones, with data transmission occurring within an estimated two to three minutes. This rapid data delivery enables farmers to take swift and appropriate action to mitigate any adverse conditions.
The mobile application provides a user-kind interface that displays the current temperature and humidity levels, and also historical data and trends. Farmers can set thresholds for temperature and humidity, and the system will send alerts if these thresholds are exceeded. This allows farmers to proactively manage the environment within their chicken coops and prevent potential problems before they arise.
For instance, if the system detects excessively high temperatures, farmers can promptly provide additional drinking water or adjust the nutritional intake of their chickens.This proactive approach helps maintain the health and well-being of the flock, ultimately contributing to increased productivity and reduced losses.
Recognition and expansion
In 2024, Danung’s innovative system received a funding grant from Brawijaya University, further supporting its development and refinement. The design also garnered attention from Interaction and Digital Affairs Minister Meutya Hafid during a visit to the East Java campus, highlighting the potential impact of this technology on the agricultural sector.
The funding grant from Brawijaya University has enabled Danung and his team to further refine the system and conduct field trials to assess its effectiveness in real-world conditions.The attention from Interaction and Digital Affairs Minister Meutya Hafid has also helped to raise awareness of the system and its potential benefits for the agricultural sector.
Currently, Danung’s chicken coop system is being implemented in several farms within Malang Regency, including areas such as Karangploso and singosari.The adoption of this technology has been met with enthusiasm, particularly among younger, tech-savvy chicken farmers.
Collaboration and future Prospects
To facilitate the marketing and implementation of the system, Danung is collaborating with Luthfan Bayu Zulkarnaen, a colleague and co-founder of Pemiara.id, a supplier of male chickens. Danung notes that Bayu also helps to report on temperature developments, and provides input on what corrective actions to take,
emphasizing the collaborative nature of this endeavor.
The collaboration with Luthfan Bayu Zulkarnaen and Pemiara.id is crucial for the prosperous implementation of the system. Pemiara.id provides a valuable network of farmers and industry contacts, as well as expertise in marketing and distribution.This collaboration ensures that the system reaches the farmers who need it most and that they receive the support they need to use it effectively.
The development and deployment of this IoT-based chicken coop monitoring system represent a notable step forward in leveraging technology to improve agricultural practices. By providing farmers with real-time data and actionable insights, Danung Nur Adli Spt., MSc., MPt, and his team are empowering them to optimize their operations and enhance the productivity of broiler chicken farming.
Revolutionizing Poultry Farming: An IoT-Powered Solution for chicken Coop Management
Did you know that simple temperature monitoring can dramatically impact broiler chicken productivity and profitability? This isn’t just about keeping chickens comfortable; it’s about optimizing growth, reducing mortality, and maximizing returns for farmers, especially those using traditional open-air coops.Let’s delve into the fascinating world of IoT in agriculture with Dr. Anya Sharma, a leading expert in agricultural technology and lasting farming practices.
World-today-News.com: Dr. Sharma, the recent growth of an IoT-based chicken coop temperature monitoring system by a lecturer at Brawijaya University is groundbreaking. Can you elaborate on the importance of this innovation for the poultry industry?
Absolutely. This initiative showcases the transformative power of integrating affordable technology into traditional farming methods. the significance lies in addressing a critical need: accurate and real-time monitoring of environmental conditions, specifically temperature and humidity, within chicken coops. This is crucial as even small fluctuations in temperature can considerably affect broiler chicken growth, feed conversion rates, and overall health. Traditional methods frequently enough rely on guesswork, resulting in suboptimal conditions and economic losses.This innovative system provides farmers, particularly those using open-type coops, with the data they need to make informed decisions, enhancing efficiency and increasing profitability.
dr. Anya Sharma, Agricultural Technology Expert
World-Today-News.com: The article highlights the use of a microcontroller and sensors transmitting data via a modem. Can you elaborate on the technical aspects and the benefits of this “connected chicken coop” approach?
Yes, the system’s technical elegance lies in its simplicity and affordability. The use of a microcontroller acts as the system’s brain, processing data from the temperature and humidity sensors. This data is then transmitted wirelessly — often via cellular technology — to a mobile app accessible to the farmer. This real-time data stream allows farmers to remotely monitor conditions, providing a level of control previously not possible in many traditional settings. The benefits extend beyond mere monitoring; it enables proactive intervention. Such as, if the temperature rises sharply, the farmer can immediately implement corrective measures such as increasing ventilation or providing supplemental water, preventing potential health problems resulting from heat stress.
Dr. Anya Sharma, Agricultural Technology Expert
World-Today-News.com: The system offers a cost-effective alternative to more elegant technologies.How dose it achieve this affordability while providing useful data?
The key to affordability lies in selecting readily available and cost-effective components optimized around the specific needs of the problem. The microcontroller, sensors, and cellular modem need only meet the necessary specification for temperature and humidity monitoring, thereby avoiding high-end features not required in this request. This focus on functionality over unnecessary complexity drives down production and implementation costs. This is especially beneficial for small-scale farmers in developing countries who may not be able to afford expensive climate-control systems. This approach proves economic viability without compromising data quality or enabling capabilities for efficient livestock management.
Dr. Anya Sharma, Agricultural Technology Expert
World-Today-News.com: Beyond the immediate benefits, how can this technology contribute to broader sustainability goals within the poultry industry?
This technology contributes substantially to sustainability in several ways. Firstly, improved broiler chicken health leads to reduced mortality rates, thus decreasing waste and improving resource efficiency. We’re talking about less feed wasted on birds that don’t survive, ultimately reducing environmental impact by lowering the demand for feed production. Secondly, the data-driven approach facilitates better optimization of the chicken’s needs, perhaps leading to the reduction of antibiotics usage as an inevitable result of better preventative care. the increased productivity enhances farm profitability, enabling farmers to adopt more sustainable practices without putting undue strain on their economic feasibility.
Dr.Anya Sharma, Agricultural Technology Expert
World-Today-News.com: What are some of the challenges in scaling up such a system for wider adoption across diverse farming communities?
Scaling up presents several challenges. Ensuring reliable internet connectivity in remote areas is crucial, and this often involves securing partnerships and investments in infrastructure. Providing extensive training and support to farmers, particularly those with limited technological expertise, is vital for prosperous implementation. Lastly, finding ways to finance this technology for low-income farmers and developing appropriate, inclusive marketing strategies, are all significant initiatives towards its wider and more equitable use.
Dr. Anya Sharma, Agricultural technology Expert
World-Today-News.com: What’s your final assessment of Danung’s work and the future of IoT in poultry farming?
Danung’s work is
Revolutionizing Poultry Farming: An iot-Powered Solution for Chicken coop Management
Did you know that simple temperature monitoring can dramatically impact broiler chicken productivity and profitability? This isn’t just about keeping chickens comfortable; it’s about optimizing growth, reducing mortality, and maximizing returns for farmers, especially those using traditional open-air coops. Let’s delve into the interesting world of IoT in agriculture wiht Dr. Anya Sharma, a leading expert in agricultural technology and sustainable farming practices.
world-today-News.com: Dr. Sharma, the recent development of an IoT-based chicken coop temperature monitoring system by a lecturer at Brawijaya University is groundbreaking.Can you elaborate on the importance of this innovation for the poultry industry?
Absolutely. This initiative showcases the transformative power of integrating affordable technology into traditional farming methods. The meaning lies in addressing a critical need: accurate and real-time monitoring of environmental conditions, specifically temperature and humidity, within chicken coops. This is crucial as even small fluctuations in temperature can considerably affect broiler chicken growth, feed conversion rates, and overall health. Traditional methods frequently rely on guesswork, resulting in suboptimal conditions and economic losses. This innovative system provides farmers, particularly those using open-type coops, with the data they need to make informed decisions, enhancing efficiency and increasing profitability. The impact on reducing mortality rates alone can substantially improve ROI for farmers.
dr. Anya Sharma, Agricultural Technology Expert
World-Today-News.com: The article highlights the use of a microcontroller and sensors transmitting data via a modem. Can you elaborate on the technical aspects and the benefits of this “connected chicken coop” approach?
Yes, the system’s technical elegance lies in its simplicity and affordability. The use of a microcontroller acts as the system’s brain, processing data from the temperature and humidity sensors. This data is then transmitted wirelessly — frequently enough via cellular technology — to a mobile app accessible to the farmer. this real-time data stream allows farmers to remotely monitor conditions, providing a level of control previously not possible in many traditional settings. The benefits extend beyond mere monitoring; it enables proactive intervention. Such as, if the temperature rises sharply, the farmer can immediately implement corrective measures such as increasing ventilation or providing supplemental water, preventing potential health problems resulting from heat stress. The system’s ease of use and accessibility further contribute to its widespread potential use.
Dr. Anya Sharma, Agricultural Technology Expert
World-Today-News.com: The system offers a cost-effective option to more elegant technologies. How does it achieve this affordability while providing useful data?
the key to affordability lies in selecting readily available and cost-effective components optimized around the specific needs of the problem. The microcontroller, sensors, and cellular modem need only meet the necessary specification for temperature and humidity monitoring, thereby avoiding high-end features not required for this application. This focus on functionality over unnecessary complexity drives down production and implementation costs. This is especially beneficial for small-scale farmers in developing countries who may not be able to afford expensive climate-control systems. This approach proves economic viability without compromising data quality or the enabling capabilities for efficient livestock management. Open-source components and technologies will further speed its accessibility
Dr.Anya Sharma, Agricultural Technology Expert
World-Today-News.com: beyond the immediate benefits, how can this technology contribute to broader sustainability goals within the poultry industry?
This technology contributes substantially to sustainability in several ways. Firstly,improved broiler chicken health leads to reduced mortality rates,thus decreasing waste and improving resource efficiency. We’re talking about less feed wasted on birds that don’t survive, ultimately reducing the environmental impact by lowering the demand for feed production. Secondly, the data-driven approach facilitates better optimization of the chicken’s needs, potentially leading to the reduction of antibiotic usage as an certain result of better preventative care. The increased productivity enhances farm profitability, enabling farmers to adopt more sustainable practices without putting undue strain on their economic feasibility. The technology helps in implementing best practices for sustainable farming.
Dr. Anya Sharma, Agricultural Technology Expert
World-Today-News.com: What are some of the challenges in scaling up such a system for wider adoption across diverse farming communities?
Scaling up presents several challenges. Ensuring reliable internet connectivity in remote areas is crucial, and this often involves securing partnerships and investments in infrastructure. Providing extensive training and support to farmers, particularly those with limited technological expertise, is vital for successful implementation. Lastly, finding ways to finance this technology for low-income farmers and developing appropriate, inclusive marketing strategies are all notable hurdles towards its wider and more equitable use. Careful consideration must be given to each of these issues to fully implement the technology.
Dr. anya Sharma, Agricultural Technology Expert
World-Today-News.com: What’s your final assessment of Danung’s work and the future of IoT in poultry farming?
Danung’s work is a shining example of how innovative, affordable technology can revolutionize traditional farming practices.His system provides a practical, accessible solution to a significant problem. The future of IoT in poultry farming is radiant. We can expect to see further advancements in sensor technology, data analytics, and integration with other farm management systems. This will lead to even more precise environmental control, improved animal welfare, and increased productivity.This technology is a clear demonstration of the potential of technological innovation in agriculture to transform sustainable farming practices.
Dr. Anya Sharma, Agricultural Technology Expert
What are your thoughts on the potential impact of this technology on the future of farming? Share your insights in the comments below!
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