Eco-Friendly Technological Solutions

We design tracking devices to help preserve wildlife and safeguard biodiversity

Wildlife Monitoring

At BioTagLab, we develop tracking devices designed to monitor, in real time, the behavior, movement, and interactions of wild species in their natural habitats.
Our solutions are built to minimize impact on both the animal and its ecosystem, adapting to the rich diversity of species found across Argentina and Latin America.

Each prototype is the result of collaborative work with researchers and field professionals, aiming to generate precise data that supports conservation projects, scientific studies, and evidence-based environmental policy.

Thanks to their lightweight design, energy autonomy, and adaptability, our tracking devices operate over extended periods without disrupting natural ecosystems.

Sustainable Innovation

Our technological developments are designed to perform efficiently in real field conditions, with a strong commitment to sustainability.
We build robust devices that are weather-resistant and powered by integrated solar panels, enabling long-term monitoring without the need for frequent human intervention.

Each design is co-developed with experts, researchers, and conservation organizations, with the goal of creating real solutions for real-world challenges.

The combination of quality materials, energy efficiency, and adaptability makes our technology ideal for long-term studies and remote environments, delivering reliable data without disturbing ecosystems.

We believe that conservation is also strengthened through responsible and sovereign data management.
That’s why all BioTagLab devices are integrated with proprietary or locally managed platforms that process, store, and provide access to information in a secure, ethical, and transparent way.

Our tech infrastructure prioritizes researcher autonomy and avoids dependency on external servers or closed systems, ensuring data ownership and privacy.

Additionally, we encourage shared access to the knowledge generated by these devices, fostering collaboration across regions, institutions, and disciplines.