Enabling Wildlife Tracking Beyond Terrestrial Networks

In remote mountain regions where wild sheep and ibex live and migrate, traditional terrestrial networks are unavailable or unreliable. These environments make it extremely difficult for conservation organizations and research institutions to continuously monitor rare and protected species.

To address this challenge, Satellite IoT technology is increasingly being adopted for wildlife tracking and environmental monitoring.

Using ultra-low-power satellite IoT tracking devices, animals can be monitored across vast territories and international borders without reliance on cellular infrastructure. The solution enables conservation teams to:

• Track migration routes and habitat usage
• Monitor movement behavior and activity patterns
• Detect abnormal movement that may indicate risk or poaching
• Collect long-term ecological data with minimal impact on wildlife

With global satellite coverage, long battery life, and lightweight device design, Satellite IoT ensures reliable data transmission even in the most inaccessible terrains.

This application demonstrates how Satellite IoT is extending connectivity beyond human networks, supporting biodiversity protection, scientific research, and sustainable environmental management.

Satellite IoT is not only connecting assets and infrastructure — it is helping protect life in the most remote places on Earth.

ZINSAR: Delivering an compact SAT-IoT Solution for wildlife tracking