The independent European alternative to DJI AeroScope®

Yes. The detector only listens. It never transmits, doesn't jam anything, and doesn't interfere with the drone in any way — legally it's a radio receiver, same category as ADS-B or RemoteID receiver. Rules on what you may do with recorded data differ between countries.

AeroScope was made by DJI and detected only DJI drones. It was discontinued in 2023 and existing units no longer get updates or service support. Our detector is developed independently in Slovakia, reads DJI DroneID including the encrypted version up to OcuSync 4+, plus standard Remote ID from any manufacturer — and everything runs on the detector itself: hardware we build, you own. And it's actively developed.

We can't see them — nobody can detect a signal that doesn't exist. The good news is that most drones people actually fly are DJI or other consumer models, and those broadcast DroneID or Remote ID. That's what we cover today. FPV and custom-built drones usually don't broadcast any ID, but most of them still transmit something — typically their video feed. Once our product is established, adding FPV detection is next on our list. And if you need to cover truly silent drones today, that's radar or optical territory; our detector plugs into those systems - check External Integrations in Technical Parameters section.

It stays on the device. Detections, flight paths, pilot positions, logs — everything is stored and processed locally, and you view it through the dashboard the detector itself serves.

The one exception in the standard setup is DroneID (from OcuSync 4 and higher): to decrypt it, the device sends a single packet — the encrypted key frame — to our server and gets the key back. No detection data, no telemetry, just that one frame.

If even that isn't acceptable for your site, order the detector with the optional on-device decryption module: then everything is decrypted locally, no key is ever sent, and the device is fully offline.

You won't lose it. The device records all raw detection data, so if a drone shows up broadcasting something our software can't parse yet, the packets are saved. When you install a software update — updates are never pushed automatically, you deploy them on your terms — the device re-interprets the stored records: a drone it couldn't identify last month gets identified retroactively. One limitation: storage isn't infinite. The device keeps raw records for a few months at most, depending on capacity and how busy your airspace is — older records get overwritten first.

Nothing, really. The detector runs its own web server — plug it in, open it by IP address in your browser, and you're looking at the dashboard. If you don't want to deal with IP addresses, our Viewer app for Windows, Mac, iOS and Android finds the device on your network and connects to it. Entering the IP manually always works too.

Not yet. We're preparing the first production run. You can reserve a unit now — book a demo (physical or remote), and we'll contact you the moment yours is ready.

Yes. The detector pushes detections over MQTT, WebHook or WebSockets, and it can forward the raw received packets untouched if you want to process them yourself. If you're a system integrator, we're ready to work with you — get in touch.