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Conceptual Proposal

INTEGRATED
COUNTER-UAS SHIELD

A software-defined coastal defence perimeter for a sovereign city

PROJECT MERIDIAN · Confidential · Falak Defence

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01 — The Threat

One coastline — every class of aerial threat

From commercial quadcopters to long-range one-way attack drones, a modern coastline faces a continuous, adaptive aerial threat — day and night, across the spectrum.

CLASS · I

DJI-Class

Commercial recon & correction. Low, slow, small — hard to see, easy to buy.

recon

CLASS · II

Shahed-Class

Long-range one-way attack munitions striking from hundreds of kilometres away.

strike

CLASS · III

FPV & Swarms

Cheap, numerous and adaptive — designed to saturate and overwhelm defences.

saturation

100–6000 MHz threat spectrum3–20 km engagement band24/7 all-weather, all-light

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02 — The Concept

One software-defined
architecture
One command picture
One shield

200 km of coastline, wrapped in a single integrated detect → identify → defeat layer. Distributed sensors and effectors along the front; decisions unified at one command post.

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03 — The Shield

200 km of coastline — 100 integrated nodes — one perimeter

SCANNING

Perimeter

0 km

Nodes

0

Spacing

~2 km

Engagement

3–20 km

Spectrum

100–6000 MHz

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04 — Anatomy of a Node

Every node is a complete Counter-UAS complex

RX · RADAR

Detect & Track

Continuous air picture; early detection and track of every air object.

DT · ELINT

Identify Signals

Locates emitters, maps the RF environment, classifies the threat.

HX · EW

Suppress Links

Jams control, navigation and data links across 100–6000 MHz.

NET · COMMS

Network Link

Connects the node into one shared software environment.

FX · INTERCEPT

Kinetic Effect

Interceptor drone for hard-kill engagement when required.

Software-Defined Core

All five elements feed one programmable core — fused on-node, then shared across the perimeter.

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05 — The Kill-Chain

Detect → Identify → Decide → Defeat

A real-time, automated loop — from first detection to engagement authorization — running on one operational picture.

01

Detect

Radar + RF cue the track in real time.

02

Identify

ELINT classifies type, source and intent.

03

Decide

Automated tasking; operator authorization.

04

Defeat

EW suppression or kinetic intercept.

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06 — Coverage Envelope

Full-spectrum, full-altitude coverage

RF SPECTRUM CONTROL

100 MHz1.5 GHz3 GHz6 GHz

✓ DJI-Class✓ Shahed-Class✓ FPV / Swarm

ENGAGEMENT BAND

Altitude

3–20 km

Sectors

Layered detection and defeat from 3 to 20 km, across all four priority sectors of the perimeter.

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07 — Integrated Architecture

Distributed sensors — centralized decisions

Sensors and EW are distributed along the line; software and decision-making are centralized — one operational picture, one alerting workflow, one authority to engage.

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08 — The Mobile Layer

TI-50 aviation — reach beyond the line

A containerized aviation package adds a mobile layer of reconnaissance and rapid response: 50 interceptor drones per node, a ground control station, and a full repair & consumables kit — deployable by a single crew.

0

DRONES / NODE

×100 →

0

INTERCEPTORS

Fixed-wing UAV — mobile reconGround control stationSingle-crew deploy

TI-50 · FIXED-WING UAV

CONTAINERIZED KIT · 50 UAV

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09 — Command & Control

One workstation — total situational command

FALAK C2 is the software-defined brain of the shield — it fuses every radar, RF sensor and effector into one real-time operating picture and turns detection into authorized engagement.

TRK-0427 · 142 kt · 1,240 m · HOSTILE

FALAK C2 · common operating picture · 2D / 3D · globe & Mercator

01

Shared operating picture

Every radar, RF sensor and effector on one live 2D/3D map — the full perimeter at a glance.

02

Automated alerting & hand-off

Threats are localized, tracked and handed between sectors automatically.

03

Engagement authorization

Detection, identification and weapon-release authority from a single point.

FALAK-CMD · hardened console · web & multi-user

RESTRICTED ZONES

Automatic engagement-inhibit inside no-fly areas.

OBJECTIVE CONTROL

Record, replay & export every engagement to video.

BUILT-IN SIMULATOR

Rehearse intercepts; train & validate readiness.

LIVE TELEMETRY

Real-time feedback from every effector.

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10 — Deployment

Working defence in 30 days — full perimeter in 360

Capability is delivered in stages — the client gains operational sectors of defence long before the full system is complete.

30

Initial Capability

Mobilization, site survey, command post stood up; northern arc covered.

90

Expanded Coverage

Active software integration; pilot sector operational.

240

Network Integration

~20 nodes live; inter-sector hand-off; service team activated.

360

Full Perimeter

100 nodes; full 200 km architecture; acceptance complete.

CLIMATE-HARDENED Engineered for desert & coastal operation — heat, dust, salt aerosol and open flat terrain.

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11 — Commercial

Transparent, milestone-based economics

Base Equipment

$0

100 integrated nodes × $1.4M each

Derived Baseline

$0

per km of coverage, over a 200 km line

Coastal Units

0

integrated frontline complexes

Purchase Order structure

Consulting & engineering design
Manufacturing & integration
Supply, delivery & commissioning
Technical support & sustainment

Payment & reporting

⅓ of works value at signing
50% of equipment value at signing
Monthly invoices
Monthly status reports

Illustrative reference economics — final figures confirmed after site survey and density modelling.

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FD

12 — Next Steps

Let's define your perimeter

Agree coverage sectorsConfirm threat structureFinalize equipment listIssue Purchase OrderMobilize forward team

Falak Defence — Request a Site Survey

INTEGRATEDCOUNTER-UAS SHIELD