Which network ?

Data is collected from our devices’ embedded sensors. The key decision is how to transmit this data. Your choice of network will be determined by your study, your target species, and the environment. Network type Range Limitation UHF/VHF LocalWorldwide1 Connectivity range Argos Worlwide Size of transmitter

GNSS Receiver

Each of our transmitters incorporates a multi-constellation GNSS receiver, enabling the acquisition of comprehensive location data such as date, time, speed, HDOP (Horizontal Dilution of Precision), and time of acquisition. This receiver supports all GNSS constellations, including GALILEO, GPS, GLONASS, BEIDOU, and QZSS. How does it work ? A GNSS (Global Navigation Satellite System) receiver […]

Data conservation

Data safety is guaranteed in our transmitters, thanks to internal non-volatile memory that retains information regardless of power loss.

Internal sensors

Our transmitters are equipped with internal sensors as : It provides you extra data to analyse specific behaviour.

How to change my programmation ?

All our transmitters feature a built-in UHF link, enabling remote control and data management. You can reprogram : This is especially useful for adapting to unknown species behaviors without recapture. The ‘Rescue mode’ facilitates rapid transmitter recovery in under 10 minutes, aiding mortality analysis and often allowing for device reuse.

How does ARGOS work ?

The ARGOS/KINEIS system is a satellite-based system that collects and distributes environmental data from platforms around the world.

How to decode my data ?

To decode your ARGOS data, use our BioLoc Rx software. This will generate three files: To decode your BioLoc data, use our BioLoc Rx software. This will generate three files: You can find more information by watching our tutorials on YouTube : -> For ARGOS : https://youtu.be/0khd6gvOMYw?si=6ZmYHZUbZszb6juh -> For BioLoc : https://youtu.be/okn1vCxFfR8?si=NeNn7IC7W3Hv_2J2