خطة أمن موقع C-UAS

المجال الجوي منخفض الارتفاعأمن المواقع الحرجة

For airports, refineries, power plants, ports, venues, and large perimeters. N-TET helps turn real site conditions into a practical C-UAS and low-altitude security plan.

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Core challenge

Cannot See, Cannot Identify, Cannot Control

Fast-growing UAV activity and slower management tools create low-altitude blind zones. Site teams first need to see targets, identify events, and keep the handling process under control.

Cannot See

Where is it flying? Who is operating it? Low-altitude targets are hard to perceive across complex sites.

Urban blind zones
Weak small-target signals
Incomplete sensing coverage

Cannot Identify

Authorized flights, unknown targets, and risky activity are difficult to separate in real time.

Unclear identity
Visual background confusion
Weather and signal complexity

Cannot Control

After detection, single-device handling and manual workflows are often not timely, precise, or traceable.

Slow response chain
Multi-team coordination
Traceable records needed

Airports, route operations, key-site security, major events, and urban low-altitude management all need a system-level low-altitude security solution.

N-TET solution approach

See Clearly, Identify Clearly, Control Reliably

Build an end-to-end closed loop around multi-source sensing, intelligent judgement, and coordinated on-site handling.

Multi-source sensing

See Clearly

Use multi-source sensing to make low-altitude activity visible across the protected site.

Wireless RF detection
Low-altitude radar
EO identification
Remote ID

Intelligent judgement

Identify Clearly

Combine tracks, features, identity clues, and risk levels so operators can judge the event with context.

Identification and tracking algorithms
Feature and type analysis
Target identity verification
Threat-level assessment

Precise approved response

Control Reliably

Connect approved response options, field teams, and platform records into a coordinated handling loop.

RF signal control
Navigation-signal guidance
Physical capture option
Directed-energy option

Multi-source fusion, heterogeneous networking, system-level coordination, and a visual command platform support efficient human-machine collaboration.

Equipment capability

Equipment Is Organized Around the Operating Loop

Equipment is organized around the operating loop: sensing and detection first, verified handling second, integrated units third, and a command platform to close the loop.

Sensing & Detection

Multi-source fusion for all-site awareness

Build the first layer with RF detection, low-altitude radar, EO tracking, and Remote ID recognition so different target types can be noticed and reviewed.

Wireless RF Detection

Detection range up to 10 km
800+ model library
Protocol parsing and direction finding

Low-Altitude Radar

Multi-target tracking
Detects silent drones
Range, bearing, speed, and altitude

Electro-Optical Identification

Visual evidence capture
Day / night tracking options
Target category recognition

Remote ID Monitoring Device

Reads electronic identity
Filters authorized UAV activity
Supports Remote ID compliance review

Pursue single-device sensing performance while emphasizing multi-technology coordination.RF detection, radar, EO, protocol parsing, and Remote ID can be selected according to the site scenario, then fused to strengthen low-altitude awareness.

Response & Control

Soft response equipment for full-site handling

Use fixed, navigation-signal, and portable response equipment according to site rules, deployment time, and operator approval workflow.

Soft Response (Electromagnetic Means)

Fixed C-UAS Site Unit

Control and video-link bands
Key-band and model-profile setup
Remote supervision and guard duty

C-UAS Signal Verification System

Navigation-signal scenario support
Guide activity away from protected lines
Compact, low-disruption deployment

Portable C-UAS Field Shield

Ready-to-use field support
Single-person temporary deployment
Simple operation for approved sites

Soft response first; hard response only as fallback.Typical sites prioritize electromagnetic response methods because they are easier to approve, lower-disruption, and lower-collateral when used under local authorization.

Detection-and-Response Integrated Units

Detection, identification, and response in one unit

Use integrated portable, fixed-site, and vehicle-mobile units when the site needs sensing, operator confirmation, and approved response in one deployable system.

Single-Operator

Backpack Detection-and-Response Kit

Single-operator sensing, positioning, tracking, and response support.

Accurate field use
Portable deployment
Lightweight operation

Portable Detection-and-Response Unit

Hand-carried unit for visual operation and rapid approved response.

Visual operation
Automatic response support
Rugged outdoor build

Fixed-Site

Fixed Detection-and-Response Unit

Integrated high-performance site equipment for key-area coverage.

Multiple response profiles
Key-area protection
Precise event handling

Fixed signal verification and guidance unit

Fixed Detection-Guidance-Response Unit

Full-band sensing with low-disruption guidance workflows.

High-performance design
Long-range approved response
Self-built profile library

Radar-Vision Integrated Unit

Radar and optical fusion for target search and visual confirmation.

Radar wide-area search
RF and visual correlation
EO confirmation

Mobile Vehicle

Vehicle-Mobile C-UAS Unit

Vehicle-mounted sensing and response equipment for mobile patrol and temporary coverage.

On-site calibration
Platform mobility
Configurable equipment

Detection, identification, and response are designed as one integrated workflow.From single-operator field kits to fixed-site systems and mobile vehicle deployments, equipment can be selected by scenario and deployed as a compact operating system.