Challenges & Reflections
This project came with its share of challenges—from ensuring sensor accuracy in a humid
environment to developing a smooth user interface for non-technical users. Early sensor
prototypes were sensitive to condensation, which led us to design moisture-resistant 3D-printed
enclosures with airflow vents.
Connectivity also presented obstacles in areas with weak Wi-Fi. To address this, we implemented
an offline data logging feature with periodic auto-sync. User feedback revealed the initial dashboard was too data-dense. Based on this, we redesigned the interface with simplified visuals, tooltips, and a quick-start configuration wizard.
These iterative improvements helped transform a complex monitoring system into an accessible, user-friendly solution that meets the needs of both amateur and professional vivarium keepers.
Risk Assessment
Our Outcomes
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A functional prototype capable of real-time, accurate environmental monitoring.
A dashboard for clear and accessible data visualization.
SMS/email alerts for rapid response to environmental issues.
Decreased manual labor through automation.
Better-informed vivarium management practices.
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We developed the vivarium humidity and temperature monitoring system with the goal of improving both reptile welfare and user experience. Through this system, we’re able to maintain stable environmental parameters, which directly supports the health and wellbeing of the animals in our care. It also saves time for hobbyists, breeders, and researchers by automating the monitoring process and reducing the need for constant manual checks. As a bonus, the system is scalable—designed to grow with future smart vivarium enhancements. Overall, it’s a practical example of how IoT technology can make a real difference in animal care and habitat management.
The Impact
