Design, supply, and integration of stationary and mobile systems for neutralizing drone control, telemetry, and navigation channels.
We supply, commission, and maintain automated counter-UAS electronic warfare systems for critical infrastructure facilities globally. We engineer tailored defensive perimeters matching specific operational requirements: from wideband RF reconnaissance to high-power suppression of control and GNSS navigation links.
The complex is built on a modular open architecture, allowing phased expansion of defensive coverage without replacing existing sensor and jamming investments.
Fast production lead times and global delivery
Modular plug-and-play system architecture
Unified command center software for all modules
Continuous full radio-frequency spectrum coverage
Optimal performance-to-cost ratio
High jamming power with low electronic signature
Custom configuration tailored to target facility
High mobility and rapid on-site commissioning
Core detection sensor of the Lira complex: 360° airspace monitoring, real-time target tracking, and automated target designation for directional jamming and optical payloads.
Passive RF sensor: detects and triangulates UAV control and telemetry links, matches signals against an onboard library, and filters local industrial RF noise.
Dual-spectrum optical tracker: delivers high-definition daytime video and thermal infrared imagery for intrusion verification, classification, and visual evidence.
Long-range active jamming module: projects concentrated RF power along threat corridors to disrupt drone control, telemetry, and video links up to 5 km away.
Perimeter dome protection module: creates a continuous hemispherical RF barrier across 20 tactical channels, neutralizing drones entering the inner security zone.
Navigation manipulation module: transmits synthesized false GNSS signals to override drone coordinates, force departure, or induce automatic return-to-home away from assets.
Central command & control terminal: proprietary software integrates radar, RF sensors, optical cameras, and jammers into a unified tactical map interface. Windows and Linux compatible.
Integrated perimeter detection and multi-band suppression system: provides continuous radio control and video downlink jamming across 20 to 36+ frequencies.
Man-portable backpack C-UAS system designed for mobile response teams, temporary checkpoints, and perimeter security patrols.
Engineered for high mobility and demanding field operations.
Compact handheld RF detector: provides early warning of approaching drones with visual, audible, and vibration alerts for security staff and patrol teams.
Tactical point-and-shoot counter-drone gun: eight frequency bands, suppression range up to 1.2 km for rapid target takedown.
Vehicular and mobile installation C-UAS complex: flexible power allocation, adjustable beamwidth, multi-constellation GNSS suppression and dynamic spoofing.
Compact vehicular C-UAS payload: integrated RF drone signal detection and automated multi-band jamming in a lightweight form factor.
We measure local RF baseline, map topography, surrounding obstacles, and likely UAV approach corridors.
We calculate sensor positions, select module configurations, and delineate responsible coverage sectors.
Our engineers mount hardware, integrate all sensors into a unified C2 console, and verify electromagnetic compatibility.
We conduct on-site operator training, perform preventive maintenance, and adjust algorithms as threat tactics evolve.
Electronic countermeasure perimeters are deployed where operational downtime or facility damage far exceeds the cost of preventive defense.
Energy & Substations
Heavy Industry & Manufacturing
Warehouses & Logistics Hubs
Chemical & Petrochemical Plants
Port & Maritime Infrastructure
Oil & Gas Terminals
Yes. The architecture is modular: facilities commonly start with radar/RF detection and one primary jamming layer, subsequently adding directional jammers, optical trackers, and spoofers along identified threat directions.
Prior to deployment, we verify electromagnetic compatibility (EMC) with on-site telecommunications, SCADA, and safety systems. Frequencies, powers, and directional sectors are calibrated to maintain normal facility operations.
Depending on the selected mode: the drone loses control/video link and enters fail-safe hover/landing, or is forced away from protected airspace via navigation spoofing. Spoofing is preferred where physical crashes on facility ground must be avoided.
Facility security personnel. The intuitive GUI is tailored for duty watch operators, automated reaction rules handle rapid responses, and complete operator certification is included in delivery.
Yes. Our C2 platform supports ONVIF video streaming, dry-contact alarm integration, and API hooks into existing security operations centers (SOC). We also upgrade and modernize previously installed third-party EW hardware.
Delivery and commissioning timelines depend on specific module packages and facility readiness. Following the initial site audit, we provide a detailed project schedule covering manufacturing, logistics, on-site erection, and acceptance testing.
CONTACT US
Mon–Fri: 9:00 AM – 6:00 PM (UTC+3)
Office: 9 Boenskiy Passage, Moscow, 109029
We handle all international procurement, quotation requests, and technical specifications directly through our dedicated engineering team. Please submit your inquiry to our official email:
International Mailbox
anti-drone@alandr.pro