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Birdwatching

But Make It Science




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    1.Use the Camera’s Hotspot (AP Mode)

    WiFi isn’t always available in wildlife reserves — but that’s not a problem! By activating its built-in hotspot (AP mode), our WiFi bird box camera can create its own local network, allowing you to connect your smartphone and stream live video through the app. No power nearby? Simply charge it with a 12V battery and place the camera wherever you want. With up to 512GB of SD card storage, it records continuously for about 25 days. You can easily download videos to your phone or computer—no need to remove the SD card. 

    2.NVR System for Ongoing Observation

    In large research projects where you need to manage multiple cameras and data sources, an NVR system comes in handy. You can use a PoE switch to power and connect multiple bird box cameras up to 328ft without running separate power cords. Additionally, by connecting the PoE switch to a router, footage can even be accessed remotely for easy monitoring. Using a centralized NVR, you can record months of footage, keep track of critical events and archive data efficiently. Moreover, you can easily export videos in bulk via software, which is perfect for long-term studies.

    3.100% Wire-Free System for Field Research

    One of the biggest challenges in wildlife studies is getting reliable footage from places where Wi-Fi isn’t available. With 4G connectivity, our cameras use cellular data to transmit live video directly to your phone. No need for complex wiring, simply insert a SIM card and start streaming! You can remotely access and download the data from the cameras at any time, ensuring consistent data collection. Using solar power, 4G cameras are fully self-sustaining and they can indefinitely without needing a power grid or constant battery changes.

    4. Always Stay Connected with Starlink

    By using Starlink’s satellite Internet, researchers can establish a reliable network even in the most isolated areas, i.e. forests, wildlife reserves and coastal areas. To extend the network to multiple reserve sites, a PTMP (point-to-multipoint) wireless bridge can be set up, allowing data from several “bird boxes” (cameras) to be collected simultaneously over distances up to 1 km. In remote locations where access to power is often limited, solar panels can be used to sustainably supply energy to both the bird box cameras and network devices, ensuring that the system runs 24/7.





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