RF + ACOUSTIC DETECTION, LIVE

See the drone.
Find the operator.

Andaeros detects unauthorized drones at airport perimeters and locates the person flying them — using passive RF triangulation, FAA Remote ID, and acoustic sensing that catches autonomous drones flying with no radio signal at all.

<10m Operator Geolocation Accuracy
3 sec Detection-to-Alert Latency
No RF Required for Acoustic Layer
PERIMETER NODE
DJI_OcuSync · TDoA locked
The Gap in Airport Airspace Security

Most counter-drone systems only see what's transmitting.

RF detection works — until the drone stops talking. Pre-programmed waypoint missions, autonomous flights, and any aircraft with Remote ID disabled fly through every RF-only system in the market without triggering a single alert.

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RF-Only Systems

Detect controller-to-drone radio links. Effective against consumer hobbyist drones — blind to anything not actively transmitting.

🛰️

Remote ID Alone

A cooperative broadcast, not a security system. Any operator who disables it — accidentally or on purpose — disappears from detection entirely.

👻

The Dark Drone Problem

An autonomous drone flying a GPS waypoint mission with Remote ID off emits no RF signal whatsoever. It is invisible to every detection method above.

How Andaeros Works

Three detection layers. One unified picture.

Each layer covers what the others miss. Together, they close the gap that RF-only competitors can't.

01
RF Triangulation
TDoA · <10m accuracy
A network of software-defined radio sensors listens across the frequencies drones actually use — 433 MHz, 900 MHz, 2.4 and 5.8 GHz. When three or more nodes detect the same signal, Time Difference of Arrival triangulation pinpoints both the drone and, separately, the position of the person holding the controller — typically within ten meters.
02
Remote ID Decoding
FAA-mandated broadcast
Every compliant drone broadcasts its serial number, GPS position, and operator location over Bluetooth and WiFi. Andaeros decodes this passively and uses it to instantly clear authorized traffic — so your security team's attention stays on what's actually unidentified, not buried in false positives.
03
Acoustic Signature Detection
No RF required
Every spinning propeller produces a harmonic acoustic signature — regardless of whether it's transmitting anything. Distributed microphone arrays at each sensor node listen for this signature directly, catching autonomous and RF-silent drones that every other detection method on the market misses entirely.
👻

This is what we built the acoustic layer to catch.

When a drone shows up on acoustic detection with zero corresponding RF activity, that's not a false positive — it's the exact threat profile RF-only systems are structurally unable to see. Andaeros flags it immediately as a high-priority dark drone event.

Why Andaeros

Built for the airports the big platforms don't reach.

Enterprise counter-drone platforms are priced and built for major hubs and military bases. Andaeros runs on commodity hardware with a deployment timeline measured in days, not months.

Capability
Legacy RF-Only Platforms
Andaeros
RF triangulation & operator geolocation
Yes
Yes
FAA Remote ID decoding
Often bolted on, secondary
Native, first-class data layer
Dark / autonomous drone detection
Not possible via RF alone
Acoustic harmonic detection
Hardware
Proprietary, high-cost sensors
Commodity SDR + microphone arrays
Typical deployment timeline
Weeks to months, specialist install
Days, self-deployable nodes
VMS integration
Proprietary connectors, additional cost
Open API, Milestone & Genetec ready
Target customer
Major hubs, military, DoD
Regional & general aviation airports
Works With Your Existing Infrastructure

Plugs into the security systems you already run.

Andaeros is designed to extend your existing Video Management System — not replace it. Drone detection events surface directly inside Milestone XProtect, Genetec Security Center, and any ONVIF-compatible VMS, so your operators work in one interface, not two.

Milestone XProtect
Detection events push directly into XProtect as alarms with operator GPS coordinates attached. Camera presets auto-slew toward detected drone positions on supported PTZ cameras.
MIP SDK · Event Server API
Genetec Security Center
Native plugin surfaces drone events in Security Center's unified interface. Threat level, operator location, and protocol data appear alongside camera feeds without switching platforms.
SDK 5.11+ · REST API
Any ONVIF-Compatible VMS
Open REST and WebSocket APIs allow integration with any standards-based VMS. Webhook support enables custom alerting to dispatch consoles, radio systems, or PSIM platforms.
REST API · WebSocket · Webhooks
Open API — no vendor lock-in
Every detection event, operator location, and node status is available via a documented REST API and WebSocket feed. Your team can pipe data into any downstream system — PSIM, CAD, dispatch radio, or custom dashboards.
REST API
WebSocket
Webhooks
ONVIF
Milestone MIP
Genetec SDK
iOS & Android

Monitor from anywhere. Get alerted instantly.

The Andaeros mobile app puts your full detection dashboard in your pocket — live event feed, satellite map with drone and operator positions, push notifications for high-threat detections, and one-tap handoff to Apple Maps or Google Maps to navigate to an operator location.

🔔
Instant push alerts
High-threat and dark drone detections notify your security team in real time — on-shift or off.
🗺️
Live satellite map
Drone positions, operator locations, flight paths, and sensor node status — updated in real time.
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Navigate to operator
One tap opens the operator's GPS coordinates in Maps — hands a precise location to responding officers.
📋
Share incident reports
Export timestamped detection reports via AirDrop, email, or text for law enforcement handoff.
🍎 Request iOS Beta Access 🤖 Request Android Beta Access
◈ ANDAEROS
LIVE
2
HIGH
1
DARK
1
ELEV.
1
OK
👻 DARK DRONE HIGH
f₀=172Hz · DJI Mavic-class · bearing 235°
No RF signal detected
🔴 DJI OcuSync HIGH
2437.0 MHz · 4 nodes · TDoA
40.65201°N 73.77812°W
🟢 Remote ID ✓ LOW
FA:3B:2C:91:AA:01 · Remote ID
📡
Monitor
🗺️
Map
📟
Nodes
⚙️
Settings
Get Started

Run a pilot at your airport — no cost, no commitment.

We're working with a small number of regional and general aviation airports to validate detection accuracy in real-world conditions. Your feedback directly shapes the product.