I am looking for a drone defense system that can detect and jam unauthorized UAVs.

Yes. What you’re looking for is generally called a counter-UAS (C-UAS) or counter-drone system.

A typical system can combine:

• RF detection — passively detects control/telemetry signals and can often estimate the drone/controller's direction.
• Radar — detects and tracks airborne objects independently of whether the drone is transmitting.
• EO/IR cameras — visually/thermally confirm and classify a detected aircraft.
• Acoustic sensing — useful for detecting drone motor/propeller signatures, particularly at shorter ranges.
• Mitigation — potentially including RF jamming or other methods, but this is the legally sensitive part.

Important U.S. legal issue

If you're in the United States, I would not purchase or deploy a generic commercial "drone jammer" for private use. The FCC generally prohibits devices designed to intentionally interfere with authorized radio communications, and federal law places substantial restrictions on C-UAS mitigation.

The rules have changed recently: the SAFER SKIES Act and 2026 implementing rules provide certain state/local/Tribal/territorial law-enforcement and corrections agencies with C-UAS authority under specified conditions, including requirements involving training, FAA coordination, spectrum authorization, and approved technologies.

So, for a private facility, business, farm, industrial site, or residential property, the safest procurement approach is generally a detection-and-alert system that can identify and track unauthorized UAVs and then trigger an appropriate response through security personnel/law enforcement, rather than a system that independently jams them.

If you tell me (1) your intended location/use (e.g., private property, industrial facility, prison, public event, government site), (2) approximate area/range to cover, and (3) budget, I can research current C-UAS products and narrow it down to suitable systems.

When looking for a comprehensive Counter-Unmanned Aircraft System (C-UAS) that handles both detection and electronic mitigation (jamming), modern defense and security architectures rely on a layered approach . These systems integrate multi-sensor detection arrays with targeted radio frequency (RF) countermeasures.

Here is an overview of how these integrated systems operate and the primary technology options available on the market:

• Detection Layer: Combines 3D radar, Radio Frequency (RF) analyzers, and Electro-Optical/Infrared (EO/IR) cameras to scan, identify, and track unauthorized UAVs while filtering out false positives like birds.
• Command and Control (C2) Software: Centralized AI-driven platforms process incoming data streams to give operators a unified operating picture and suggest or automatically trigger the appropriate defense mechanism.
• Countermeasure / Jamming Layer: Employs directional RF jammers or GPS spoofers to disrupt the UAV's command-and-control and navigation links, forcing a safe landing or return-to-home.

Notable platforms and technologies in this space include:

1. TSG DroneWeaver System (DWS) : Unveiled at ILA Berlin, this AI-driven, sensor-agnostic platform automates about 9 0% of the threat management process and integrates multiple detection methods with flexible mitigation tools, including electronic jamming.
2. Teledyne FLIR Defense C-UAS Solutions : Provides modular, scalable fixed and mobile perimeter defense (such as the Cerberus and Ranger families) utilizing advanced radar, thermal imaging, and third-party RF/kinetic integration.
3. Robin Radar Systems : Specialized in high-precision 3D radar tracking tailored specifically for drone behavior classification to pair seamlessly with soft-kill jamming or hard-kill countermeasures.

To help narrow down the right system for your needs, could you share:

• The application environment (e.g., a fixed critical infrastructure site, an airport, or mobile/tactical operations)?
• Regulatory or legal constraints regarding active RF jamming in your jurisdiction?

When searching for an integrated Counter-UAS (C-UAS) system capable of both detecting and jamming unauthorized drones, you are looking at a multi-stage defensive architecture. These systems generally combine passive radio-frequency (RF) sensors, radar, or optical cameras with active electronic warfare (EW) "soft-kill" countermeasures.

Important Legal & Regulatory Reality Check

Before purchasing or deploying any active jamming equipment, note that intentional RF/GPS jamming is strictly restricted or illegal for private citizens and commercial entities in most jurisdictions. In the United States, for instance, federal law heavily restricts signal-blocking and jamming to specific authorized federal, military, and—under recent expansions like the SAFER SKIES Act framework—certified state, local, or tribal law enforcement agencies. Ensure you operate within the legal framework of your region or jurisdiction.

Key Capabilities to Look For

1. Detection Modalities:
   • RF Scanners / Passive RF: Detects the communication link (uplink/downlink) between the drone and the controller. Can often identify the make/model and locate the pilot.
   • Radar: Low-altitude active/passive radar picks up the physical micro-Doppler signature of the carbon-fiber blades, even if the drone is radio-silent or autonomous.
   • Optical / Thermal / Acoustic: Used for visual confirmation and tracking.
2. Mitigation / Jamming Mechanisms ("Soft-Kill"):
   • RF Jamming: Overpowers control and video links (commonly targeting 900 MHz, 2.4 GHz, 5.8 GHz, as well as FPV ranges up to 6 GHz) forcing the UAV to land or return-to-home.
   • GNSS / GPS Spoofing or Jamming: Disrupts satellite navigation coordinates, forcing navigation failure or safe diversion.

Prominent Detection & Jamming Solutions on the Market

• Dedrone (DedroneDefender / Sensors): Widely deployed across critical infrastructure and airports (including TSA procurement pipelines). They offer robust AI-driven RF detection software alongside authorized mobile/fixed mitigation frameworks.
• DroneShield (DroneGun / Portable & Fixed Jammers): Offers handheld directional "drone guns" and multi-sensor fixed systems that detect via RF/radar and provide targeted, non-kinetic jamming.
• AARTOS (SpectraGroup / Aaronia): High-end military and civil security surveillance providing long-range RF geo-location, 4D radar tracking, and selective sector-based smart jamming.
• Phantom Technologies: Specializes in modular fixed, portable, and vehicle-mounted detection and high-precision RF/GNSS jamming systems designed for perimeter protection.
• MyDefence (Wingman & Pitbull): Provides wearable/tactical detection units (Wingman) paired with localized, low-collateral jamming modules (Pitbull) designed to isolate specific threat bands.

To help narrow down the ideal platform, could you tell me:

• What is your operational environment (e.g., fixed facility/critical infrastructure, mobile/vehicle convoy, or tactical military)?
• What is your jurisdiction/regulatory authorization level for deploying active RF countermeasures?

Yes—what you’re describing is generally called a counter-UAS (C-UAS) system. A typical system combines RF detection, radar, electro-optical/infrared cameras, and sometimes acoustic sensing to detect and track drones.

One important distinction: detection is much easier to purchase and deploy legally than jamming. In the U.S., RF jamming can interfere with aircraft navigation and other communications, and the rules governing who may use C-UAS mitigation technology are specific. Recent 2026 FCC/SAFER SKIES changes do provide authority for certain trained state/local/tribal/territorial law-enforcement and corrections personnel, but that does not make commercial jamming generally available to private users.

What I'd recommend

For a private facility, corporate site, industrial property, or similar application, I'd look for a detection/identification system with an authorized mitigation integration, rather than buying a standalone jammer.

Key capabilities to specify:

• RF detection — identifies drone/control links and can often identify the drone model or protocol.
• Remote ID reception — useful for compliant drones broadcasting identification information.
• Radar — valuable when the drone isn't transmitting RF or is operating autonomously.
• EO/IR camera confirmation — visually verifies the alert and helps distinguish birds or other objects.
• 360° coverage and automatic tracking — particularly important for a fixed-site installation.
• Evidence/logging — records time, location, trajectory and imagery for security or law-enforcement response.
• Mitigation-ready architecture — allows an appropriately authorized agency to integrate mitigation without requiring you to operate an unlawful jammer yourself.

There are commercial detection products available, including the

, which is marketed as an RF/image-transmission-based UAV detection platform. For a lower-cost starting point, the

is a Remote ID receiver, although it is not a complete counter-UAS system or jammer.

If you tell me (1) what you're protecting (private property, warehouse, airport, critical infrastructure, etc.), (2) approximate area/range, (3) your budget, and (4) whether you're a private organization or government/law enforcement, I can narrow this to several appropriate systems and compare detection range, sensors, integration, and approximate cost.

Yes. What you’re describing is generally called a counter-UAS (C-UAS) system: it detects, identifies, tracks, and—where legally authorized—mitigates unauthorized drones.

Systems worth evaluating

• Dedrone — Offers layered systems combining RF detection, radar, cameras, AI classification, command-and-control, and mitigation. Its DedroneDefender line provides RF mitigation for authorized customers.
• DroneShield — Offers RF-based detection, sensor fusion, command-and-control, and electronic countermeasure products, ranging from portable detection to fixed-site systems.
• For a detection-only installation, look for a system combining RF + radar + electro-optical/thermal cameras rather than relying on a single sensor. FAA guidance notes that these sensor types can be combined for detection and verification.

Important U.S. legal issue

If this is for a private company, property, event venue, or ordinary security operation in the U.S., don't assume you can legally operate the jamming portion. FAA guidance currently says it does not support C-UAS use by entities other than specified federal departments with statutory authority.

There has been a July 2026 FCC ruling concerning certain testing of C-UAS signal jammers by non-federal entities, but that is not the same thing as general authorization to deploy a jammer operationally. docs.fcc.gov DroneShield likewise states that its disruption-capable products are not authorized for sale, lease, or use in the U.S. except by the U.S. government, its agencies, and properly delegated representatives when permitted by law.

So, if you're a private/non-federal operator, I'd recommend procuring detection + identification + alerting first, with any mitigation capability handled through an appropriately authorized government/law-enforcement partner.

If you tell me (1) private facility, airport, prison, event venue, government/law enforcement, or military; (2) approximate area to protect; and (3) fixed-site vs. portable, I can narrow this down to suitable systems and compare their detection range, sensor types, integration, and approximate procurement category.

When looking for a Counter-Unmanned Aircraft System (C-UAS) that can both detect and jam unauthorized UAVs, you are looking at a multi-layered electronic warfare (EW) and sensor-fusion architecture. Modern solutions combine detection modalities (like RF scanners, radar, and optical tracking) with soft-kill mitigation (directional or smart jamming).

Leading commercial and defense-grade options on the market offer integrated detect-and-jam capabilities:

• Dedrone / DedroneDefense : Widely deployed for critical infrastructure and government facilities, Dedrone integrates multi-sensor inputs (RF, radar, and optical cameras) through its command-and-control software to track drones and pilots, with options for authorized active/passive mitigation integrations.
• DroneShield (DroneSentry / DroneGun) : Offers a comprehensive suite ranging from fixed-site multi-sensor towers (combining passive RF, radar, and EO/IR cameras) to tactical, portable handheld effectors that disrupt GNSS, ISM, and control frequencies.
• MyDefence (Wingman & Pitbull) : Specializes in wearable and portable solutions. Their Wingman detector alerts operators to drone presence and can automatically trigger the compact Pitbull jammer to neutralize control links within a 1,000-meter range.
• Aaronia AARTOS : Known for ultra-high-range RF spectrum monitoring (detecting emitters up to 100 km away) paired with 4D radar and selective sector-based smart jamming modules across standard control bands.

A Crucial Note on Legality and Procurement

• Regulatory Restrictions : In the United States and many other jurisdictions, intentional radio frequency or GPS jamming—including consumer or commercial drone jamming—is strictly prohibited for private citizens, commercial entities, and standard local law enforcement under federal regulations (such as FCC laws prohibiting signal blockers). Only explicitly authorized federal agencies or military branches currently hold the legal mandate to deploy active RF jamming or mitigation techniques in domestic airspace, though legislative updates continue to evolve.
• The Limitations of Jamming : Modern autonomous and fiber-optic tethered drones can operate entirely independent of standard 2.4 GHz/5.8 GHz or GPS/GNSS radio links, meaning a pure RF-jamming approach is increasingly paired with radar, optical tracking, or hard-kill (kinetic/directed energy) solutions.

To help narrow down the right system or information for your specific scenario, could you let me know:

• Is your application military, governmental/critical infrastructure , or purely for research/educational purposes?
• Do you require a fixed-site, vehicle-mounted, or portable/handheld configuration?

If you're in the U.S., you're looking for a counter-UAS (C-UAS) system. These commonly combine RF detection, radar, electro-optical/IR cameras, and/or acoustic sensors for detection and tracking.

The important distinction is detection vs. jamming:

• Detection-only: Generally the practical choice for private security, facilities, and businesses. It can alert you to a drone, track it, and potentially identify its operator.
• Detection + mitigation: Systems may include RF/GNSS disruption ("jamming"), takeover, or other countermeasures. In the U.S., however, deployment of C-UAS mitigation is heavily restricted; the FAA says it does not support C-UAS use by entities other than federal departments with explicit statutory authority.
• Jamming specifically: Federal law generally prohibits unauthorized radio interference. The FCC has historically prohibited manufacture, marketing, sale, and operation of unauthorized jammers. docs.fcc.gov There is a new July 2026 FCC ruling concerning limited testing of C-UAS jamming technology by non-federal entities, so the legal situation is evolving, but that does not mean a private buyer can simply purchase and operate a jammer.

If your goal is legitimate protection of a property, facility, event, critical infrastructure site, or industrial campus, I can help you evaluate commercial C-UAS systems and vendors, focusing on detection/tracking and legally deployable mitigation rather than giving instructions for constructing or operating a jammer.

If you tell me (1) approximate area to protect, (2) indoor/outdoor, (3) fixed or portable, and (4) your approximate budget, I can narrow down the appropriate commercial category and current options.

Counter-UAS (C-UAS) systems that combine both detection and jamming typically rely on a multi-sensor architecture paired with electronic countermeasures (RF/GNSS jamming).

Important regulatory note: In many jurisdictions (including the United States), operating intentional radio frequency or GPS jammers is strictly regulated and generally illegal for private citizens, commercial entities, and local/state law enforcement due to the severe risk of interfering with emergency and public safety communications. These systems are primarily authorized for military, national security, or specialized federal operations.

Leading enterprise and defense-grade solutions on the market feature integrated detection and non-kinetic jamming capabilities:

• Dedrone (DedroneTracker.AI & DedroneDefender)
  • Detection: Uses multi-technology inputs including RF sensors, radar, and optical/acoustic cameras processed via AI to eliminate false positives.
  • Jamming: Features the DedroneDefender , a smart, precision-directed RF and GNSS jammer designed to force unauthorized drones to land or return-to-home safely.
• D-Fend Solutions (EnforceAir)
  • Detection: Employs advanced passive radio frequency (RF) cyber-detection to identify unauthorized drones and pinpoint both the drone and pilot locations.
  • Jamming/Mitigation: Instead of brute-force noise jamming, it utilizes a radio frequency cyber-takeover approach, safely forcing the target drone to land or return without disrupting surrounding authorized communication networks.
• CACI International (SkyValor)
  • Detection: Long-range, autonomous detection capabilities capable of tracking targets across vast perimeters (recently approved and deployed for defense and border security applications).
  • Jamming: Utilizes non-kinetic RF jamming to defeat hostile or unauthorized UAVs seamlessly.
• DroneShield (DroneGun / Fixed Systems)
  • Detection: Integrates multi-layered RF sensing, radar, and optical hardware.
  • Jamming: Provides portable "anti-drone guns" as well as fixed/vehicle-mounted setups that emit targeted RF and GPS/GNSS disruption signals to sever the control link.

To help narrow down or contextualize these systems, could you tell me:

• What environment are you looking to protect (e.g., military base, national border, critical infrastructure)?
• What is your jurisdiction or organizational sector (defense, authorized government agency, commercial evaluation)?

If you are looking for a counter-UAS (C-UAS) / drone defense system that can detect, identify, track, and jam unauthorized UAVs, you are generally looking for an integrated system rather than a standalone “jammer.” These systems typically combine sensors with a mitigation layer.

Key capabilities to look for

1. Detection

   • RF detection: Finds drone/controller communications and identifies signal patterns.
   • Radar: Detects flying objects even when the drone is not transmitting.
   • EO/IR cameras: Provides visual confirmation and tracking.
   • Acoustic sensors: Useful in some environments but usually supplemental.

2. Identification & tracking

   • Drone model classification
   • Operator/controller location (where legally possible)
   • Track history and threat scoring

3. Mitigation

   • RF jamming: Disrupts command/control links.
   • GNSS interference: Can affect navigation-dependent drones.
   • Protocol takeover (“soft capture”): Some systems attempt to force a drone to land or return safely.
   • Other options include non-jamming approaches such as physical interception, depending on the mission and legal environment.

Commercial systems to evaluate

• Rohde & Schwarz — Its ARDRONIS counter-drone family focuses on detecting, locating, tracking, and disrupting unauthorized drone communications.

• ApolloShield — Offers integrated detection and mitigation products, including RF sensing and blocking capabilities.

• DroneShield — Known for counter-drone detection and mitigation solutions for government, security, and defense customers.

• Dedrone — Provides drone detection and airspace awareness solutions used for protected facilities and security operations.

• D-Fend Solutions — Focuses on controlled drone takeover approaches rather than relying only on jamming.

Choosing the right system depends on your use case

A few important considerations:

• Jamming laws vary significantly by country. In the United States, for example, many forms of RF jamming are restricted to certain government-authorized users.
• Modern drones may use autonomous navigation, encrypted links, or alternative communications, so a layered system is usually preferred over a jammer alone.

If you tell me where it will be used (country), protected area size, fixed vs portable, and whether this is for a private facility, commercial site, or government/security application, I can narrow the options.

When searching for a counter-unmanned aerial system (C-UAS) that combines detection and jamming/mitigation , modern systems rely heavily on multi-sensor fusion (radar, RF analyzers, and EO/IR cameras) coupled with artificial intelligence to reduce operator workload.

Prominent Detection and Jamming Systems

• CACI SkyValor (formerly Merlin): A long-range, autonomous counter-UAS platform approved by the Pentagon for military and high-security border operations. It provides deep detection ranges (exceeding 40 miles in optimal configurations) and utilizes non-kinetic radio frequency jamming and tracking tools.
• Sentrycs (Cyber-over-RF): Provides a passive detection, tracking, and identification approach that can pinpoint both the drone and its operator. Rather than broad, noisy signal jamming, it features a controlled protocol-takeover/mitigation capability that forces unauthorized drones to land safely in designated zones.
• TSG DroneWeaver System (DWS): Unveiled as an AI-driven autonomous C-UAS framework, it automates roughly 90% of the threat-management cycle. It supports an open, sensor-agnostic architecture and integrates both soft-kill options (electronic jamming and spoofing) and hard-kill effectors.
• DroneShield (DroneGun / RF Patrol): Offers tactical, mobile, and handheld RF mitigation devices (like the DroneGun Mark V ) alongside wide-area RF detection sensors, popular for mobile protection and temporary event security when paired with tactical command-and-control tablets.

Critical Legal & Regulatory Warning

Before procuring or deploying any system featuring an active jammer, note that regulations strictly restrict active electronic mitigation:

• In the United States, operating radio frequency or GPS jammers is governed tightly by the FCC and FAA.
• While frameworks like the SAFER SKIES Act have opened narrow, highly regulated pathways for certified state, local, and tribal law enforcement (and specific federal entities) to utilize active mitigation, private critical infrastructure operators, corporations, and private property owners do not have the legal authority to deploy active jammers.
• Unauthorized use of a drone-jamming device can result in massive federal fines and criminal prosecution for interfering with authorized radio and aviation spectrum. Private entities are generally limited strictly to detection, tracking, and reporting solutions.

To help narrow down the right architecture, could you share:

• Your specific sector or use case (e.g., military, federal agency, state/local law enforcement, or private facility)?
• Whether you require a mobile/tactical footprint or a fixed perimeter installation?