Wild Eyes Smart Beacon
Wildlife tracking technology that saves time, improves accuracy, and makes the most out of every moment in the field.
Traditional Tracking Challenges
VHF Reflection and Ghost Signals
Conventional tracking methods often struggle with ghost signals and reflected paths, leaving researchers with inaccurate data and wasted efforts.
Unique Frequency Tracking Inefficiencies
Tracking multiple animals in the same region often leads to inefficiencies and interference, making it difficult to derive clear insights.
Limited Alternatives
High costs and limited coverage make satellite-based solutions inaccessible for many projects.
Smart Beacon Technology
Location-Encoded Radio Signal
Smart Beacon equipped wildlife collars solve reflection and ghost signal issues by encoding precise location data directly into the emitted signal.
Multi-Beacon Tracking Capability
Smart Beacon technology allows all targets to be tracked simultaneously from one device so you can tackle challenging terrains with unparalleled efficiency.
Intuitive Mobile Interface
Designed for ease of use in remote environments, our custom Smart Beacon Android application puts the power of data analysis right into your hands.
Wild Eyes Components

Wildlife Collar + Smart Beacon
Durable, lightweight, and animal-friendly including breakaway strip for natural release. Expected life of almost a full year on a single AA battery.

Weatherproof Transceiver
Induction rechargeable, built for harsh conditions and proven in the field to have a communication range up to 50km from a Smart Beacon.

Dedicated Android Tablet
We provide a dedicated Android tablet preloaded with our custom mobile mapping application, ready for immediate use in the field.
Proven In The Field
Summary of Our Latest Testing Results
Testing has shown our Smart Beacon delivering unmatched accuracy and reliability in diverse environments. The collar is reporting as we would expect and at distances that make it a very viable alternative to current VHF telemetry locating methods. On multiple occasions and in repeatable fashions, we have been able to force our receivers to pick up reflected signals. Because our collar location is encoded into the signal, we aren’t chasing the reflection, we’re simply reading the data within it. Therefore, in places where we are unable to have a direct line of sight to the collar, reflections assist us in determining the collar’s location.
Smart Beacon-to-Transceiver Range: 50km
Ready For Use Target: Winter 2025