IoT for the environment
Smart tracking at the service of turtle eggs
The conservation of marine species, particularly turtles, is a complex global challenge. One of the most critical and delicate stages of their life cycle is the hatching of eggs, a process that requires constant, non-invasive monitoring.
Traditional methods, based on manual inspections, are often insufficient, risky for the health of the nests and unable to provide accurate data in real time.
This is where Omnetica’s IoT technology comes in to transform the approach to conservation.
IoT solutions and advanced sensor systems
Omnetica designs tailor-made solutions to overcome the limitations of conventional monitoring. Our systems are based on networks of advanced sensors strategically positioned inside or near the nests. These sensors do not disturb the fragile environment of the eggs and collect vital data continuously.
Our technical approach focuses on:
• Accurate detection of environmental parameters: temperature and humidity sensors constantly monitor the microclimate of the nest. This data is crucial, as the average temperature during incubation determines the sex of the offspring and directly affects the hatching time.
• Reliable wireless data transmission: the data collected by the sensors is transmitted to a central platform via low-power wireless protocols such as LoRaWAN or NB-IoT. This technology ensures extensive coverage even in remote areas and minimises human intervention on site.
• Real-time data analysis: the data is displayed on an intuitive dashboard, allowing biologists to monitor nest conditions in real time. Any anomalies can be detected immediately, enabling timely intervention to protect the eggs from risks such as flooding or predators.
Concrete benefits for research and conservation
Implementing an IoT solution for brood monitoring offers significant advantages that go beyond simple data collection:
• Maximum accuracy: provides a continuous stream of objective data, eliminating the uncertainties of manual methods.
• Reduced impact: the absence of physical inspections reduces stress and the risk of damage to nests.
• Operational efficiency: automates the monitoring process, freeing up valuable time for conservation teams.
• Support for scientific research: the historical and real-time data sets collected become an invaluable resource for in-depth studies on turtle biology and the impacts of climate change.
Omnetica’s vision is of a future where technology integrates seamlessly with conservation efforts. We provide the tools needed to proactively protect endangered species, combining technological innovation with a deep commitment to safeguarding our planet.