The most common misunderstanding about AtlasRF is that it's a counter-drone system. It isn't. This distinction matters — legally, operationally, and financially. Here's what passive RF monitoring actually does and where it fits relative to active counter-UAS solutions.
What Counter-UAS Systems Do
Active counter-UAS (C-UAS) systems detect, track, identify, and neutralize unauthorized drones. Neutralization can mean jamming the drone's control link (RF jamming), spoofing its GPS signal to redirect it, launching a kinetic interceptor, deploying a net, or using directed energy (lasers, microwaves) to disable it.
These systems are restricted. In the United States, only federal agencies (DoD, DHS, DOJ, DOE, and certain Coast Guard operations) have legal authority to employ counter-UAS measures under the Preventing Emerging Threats Act of 2018. State and local law enforcement, private security, and property owners cannot legally jam, intercept, or destroy drones — even over their own property.
What Passive RF Monitoring Does
AtlasRF is a passive monitoring system. It listens to RF signals in the environment — it does not transmit, jam, intercept, or interfere with any signal. This is the same legal framework as a police scanner, an ADS-B receiver, or a weather radio. Passive reception of radio signals is legal for anyone in the United States.
What AtlasRF provides is comprehensive situational awareness across multiple signal types, presented on a single real-time map. The system decodes and correlates ADS-B (manned aircraft transponders), AIS (maritime vessel tracking), FAA Remote ID (drone identification broadcasts), FPV and telemetry links (drone control signals on 900 MHz, 2.4 GHz, and 5.8 GHz), TPMS tire pressure sensor signals (vehicle presence detection), and ambient RF activity from ISM-band devices.
The Practical Difference
| Capability | AtlasRF (Passive) | Counter-UAS (Active) |
|---|---|---|
| Detect drone presence | Yes | Yes |
| Identify drone type/model | Via Remote ID / RF signature | Via radar + RF + camera |
| Track drone position | With direction finding (Pro) | Yes (real-time) |
| Disable/neutralize drone | No | Yes (jamming, kinetic, etc.) |
| Legal for private property | Yes | No (federal only) |
| Legal for state/local govt | Yes | No (except specific programs) |
| Monitor manned aircraft | Yes (ADS-B) | Typically no |
| Monitor marine vessels | Yes (AIS) | No |
| Detect ground vehicles | Yes (TPMS) | No |
| Cost | Contact for pricing | $100,000 - $1M+ |
| Installation | Self-install, single sensor | Professional, multi-sensor |
Where Each Fits
Use AtlasRF When:
- You need to know what's operating near your property — air, ground, and sea
- You're a private property owner, critical infrastructure operator, or state/local agency with no federal C-UAS authority
- You want persistent, automated monitoring without operator staffing
- Your primary need is awareness and evidence gathering, not interdiction
- Budget is under $15,000 for a complete monitoring solution
Use Counter-UAS When:
- You have federal authority to interdict drones (DoD, DHS, DOJ, DOE installations)
- You need to physically stop a drone from entering or operating in your airspace
- You operate in a military or high-security environment with active threat response requirements
- Budget and staffing support a six-figure integrated detection and response system
Use Both Together When:
Federal installations increasingly deploy passive monitoring as a persistent outer layer, with active C-UAS systems activated only when a confirmed threat is identified. AtlasRF provides the always-on awareness layer — it runs 24/7 with no operator required. When it detects an unidentified drone, the alert feeds into the C-UAS system for response. This layered approach reduces false positives on the expensive C-UAS system and provides broader situational awareness (aircraft, vessels, vehicles) that C-UAS systems don't cover.
Learn More About AtlasRF
Multi-spectrum RF monitoring starting at $6,000. Monitors aircraft, vessels, drones, and ground vehicles on a single real-time map.
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