We began developing drone coordination systems in 2018, focusing on creating value beyond simple regulatory compliance. Our customer-oriented strategy ensures our systems and documentation are as easy to use as possible. We stand behind our user experience, proven by being the first company to participate in unsponsored public reviews and earn the trust of stakeholders like ANSPs, drone manufacturers, and UTM providers.

Our main advantages are:

1. Compact design: Our single-sided board is the most compact solution on the market, allowing flexible mounting with either double-sided tape or M2 screws.

2. Complete ecosystem: We offer more than just hardware. Our Dronetag App is used for configuration and provides airspace awareness, while our open-source Drone Scanner app can be used for compliance testing.

3.Reliable components: Dronetag DRI is built with extensively tested, industrial-grade components of non-Chinese origin to ensure it poses no risk to your aircraft.

Some manufacturers use ESP32 microcontrollers, which are known for potential issues with production quality, overheating, and electromagnetic interference. As Remote ID is a critical aircraft component, any malfunction could lead to a dangerous situation. While ESP32s can be cheaper, we build the Dronetag DRI with industrial, non-Chinese components and test every unit to avoid such risks.

If you are only looking to solve the regulatory burden, perhaps not. However, if you are interested in the added value of drone coordination systems, online flight logs, and easier aircraft diagnostics, we would be happy to show you what our technology can do. We offer free consultations to help you evaluate the benefits of switching to Dronetag.

We believe Bluetooth is superior for Remote ID for three main reasons:

1. Less interference: Wi-Fi RID often interferes with a drone's 2.4 GHz radio control. Bluetooth uses separate beacon channels to avoid this conflict.

2. Lower power & EMI: Wi-Fi requires up to 10 times more transmission power than Bluetooth, which drains the battery and creates electromagnetic interference that can affect a drone’s GPS or compass.

3. Smartphone compatibility: Most smartphones cannot reliably receive Wi-Fi RID signals broadcast from drones.

Most dual-transmission implementations lack radio coexistence protocols, which can overwhelm the radio chip. This results in corrupted data, unreliable transmission frequencies, and unnecessary electromagnetic noise and interference.

That's no problem. We have completed numerous integrations with custom firmware and flight controllers. It takes longer to integrate than a standard plug-and-play setup.

In the US, a Standard Remote ID drone is one manufactured with built-in Broadcast Remote ID capabilities. It meets the specific technical and performance standards required by the FAA to ensure the system provides accurate, reliable information that can be received by standard devices like smartphones.

The C-class label indicates that a drone meets specific technical and safety requirements for the EU region, as applied by the manufacturer. Drones between 250 grams and 25 kg without a C-class label are restricted to flying in subcategory A3.

This distinction is used only in the US. A Standard Remote ID drone has the capability built in by the manufacturer. A Broadcast Remote ID module is an add-on device that retrofits an older, non-compliant drone. Drones using an add-on module are limited to visual line-of-sight (VLOS) operations.

All our devices are manufactured in Prague, the Czech Republic, Europe. However, the manufacturing site can be changed to meet customer needs.

Yes, we are open to cooperation and can work on a licensing basis if you wish to use your own supply chains and manufacturers.

Yes. All electronic components and software are of non-Chinese origin. When manufactured in the US, the device is fully compliant with Section 889 of the National Defense Authorization Act (NDAA).

Dronetag DRI has no internal sensors; it relies on position information from your flight controller via MAVLink frames. If you need a standalone device with onboard sensors, please see our Dronetag Mini and Dronetag Beacon.

No. Once integrated and configured, Dronetag DRI works out of the box, without requiring the end user to interact with any app. However, the app is required to receive the latest features via firmware updates. We can also provide a white-labeled version of the app to suit your needs.