Jakarta, INTI - Three students from Jember, East Java, have designed an innovative concept called EntoSphere, a smart laboratory powered by digital technologies aimed at preventing the extinction of rare insect species while promoting environmental conservation.
The innovators, Nadzar Thariqy Achsan, Melsanda Aprilina, and Fahilah Ayu Safitri, are students from the Biology Education Program at the Faculty of Teacher Training and Education (FKIP) of the University of Jember (Unej).
According to the team, EntoSphere was developed as an educational solution in response to concerns over declining insect populations. The project also seeks to create a more practical and engaging approach to biology education while encouraging ecosystem preservation.
“Our concern for insect conservation stems from the low level of public awareness regarding the vital role insects play in maintaining ecological balance,” said Nadzar Thariqy Achsan in Jember on Thursday, March 12, 2026.
Combining AI and IoT for Real-Time Monitoring
EntoSphere is more than a conventional insect enclosure. It is designed as an interactive laboratory that integrates Artificial Intelligence (AI) and Internet of Things (IoT) technologies.
The system utilizes temperature sensors and specialized cameras to monitor insects without disrupting their natural behavior.
“The proposed AI technology is capable of identifying insect species and automatically analyzing their activity patterns,” Nadzar explained.
He added that the integration of AI and IoT enables systematic, real-time collection of environmental data, making insect population monitoring more accurate and standardized.
Bringing Science Learning to Life
When implemented in schools, EntoSphere will support an educational program known as Insecta Cops, which encourages students to explore the relationship between environmental conditions and insect behavior using real-world field data.
According to Nadzar, the initiative helps strengthen scientific literacy, analytical thinking, and interdisciplinary learning by combining biology, technology, and data analysis.
“This approach ensures that learning goes beyond theory and becomes evidence-based, experiential, and directly connected to real-world environmental issues,” he said.
Inspiring Future Innovators
Nadzar hopes the project will inspire other students to continue developing innovative ideas and pursuing meaningful research.
He also expressed appreciation for the support provided by the university, which encourages students to explore their creativity and participate in innovation competitions.
“A supportive environment plays a significant role in building the confidence to experiment, innovate, and compete,” he said.
He further encouraged fellow students not to be afraid of failure, emphasizing that the willingness to try, learn, and remain consistent is often the key to achieving success.
Conclusion
Through EntoSphere, students from the University of Jember have demonstrated how AI and IoT technologies can be applied to environmental conservation and education. The project not only supports insect preservation efforts but also showcases the potential of young innovators to develop practical solutions for sustainability and scientific learning.
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