N-TET
C-UAS Site Security Plan

C-UAS and Anti Drone Detection Systemsfor Critical Sites

N-TET plans C-UAS and counter-UAS systems, anti drone systems, and drone detection systems for airports, refineries, power plants, ports, venues, and large perimeters, combining RF drone detection, radar, Remote ID monitoring, EO verification, and site alert workflows.

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.
Public-site night event
Public-site night event
Aircraft operation disruption
Aircraft operation disruption
Maritime critical-operation exposure
Maritime critical-operation exposure
Energy facility exposure
Energy facility exposure
Perimeter overflight
Perimeter overflight
Restricted airspace intrusion
Restricted airspace intrusion
Utility corridor incident
Utility corridor incident
Public-building drone sighting
Public-building drone sighting
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.

01
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
02
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
03
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

C-UAS, Counter-Drone and Anti Drone Detection Options

Compare C-UAS, counter-UAS, counter drone, and anti drone system options across fixed-site, vehicle-mounted, portable, and handheld RF detection, radar, Remote ID monitoring, EO tracking, and command-platform integration.

A

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.

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.
B

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)
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.
C

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.

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.
D

Low-Altitude Management Platform

Unified command, map, alert, and records

Connect radar, RF, EO, Remote ID, operator review, response linkage, and event records on one platform.

  • Fixed command workstation
  • Mobile operator access
  • Map, alert, and record management
Low-altitude management platform interface

C-UAS Scenarios by Site Type

Use these site scenarios to match sensing coverage, review workflow, and approved response options for critical low-altitude security operations.

Industrial & Energy Sites

Coverage sites: nuclear power plants, substations, energy storage sites, oil and gas pipelines, chemical parks

  • Wide-area low-altitude detection
  • Early warning and threat-level review
  • Authorized response coordination
  • 24/7 automated site watch
Discuss Site Setup

Public Venue & Event Site

Coverage sites: multi-city games, stadiums, media centers, transport hubs, and major public events

  • Multi-city coordinated coverage
  • Multi-type event protection
  • Flexible fixed, portable, and vehicle-mobile deployment
  • Post-event reuse for recurring major activities
Discuss Site Setup

Airport Airspace Security

Application rollout: routine airport airspace security for multiple airport sites

  • Remote ID monitoring and whitelist review
  • 20 MHz-6 GHz RF detection matrix
  • Radar, RF, and EO data fusion platform
  • Fixed and portable response with airport EMC design
Discuss Site Setup

Project Case References

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