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FLAGSHIP R&D / PG — PRIME GUARDIAN

PG — Prime Guardian: a software layer for drone security.

PG — Prime Guardian is a concept platform for detecting, tracking and safely neutralizing unauthorized drones, plus escorting protected people, vehicles or sites. It is being developed toward real-hardware integration, controlled validation and commercial readiness. Real-world performance and deployment remain subject to authorized testing and regulatory approval.

100% autonomous decision loop — Ground Control monitors only

PG Prime Guardian labelled hardware diagram: 4K camera, IR sensor, net capture launcher, datalink antenna, carbon-fibre rotor arms

SPECIFICATION SHEET

Numbers from the concept spec.

Performance targets set out in the current PG design documentation. These are design specifications, not field-tested results — each one requires independent validation before commercial use.

200+ km/hMaximum speed

18–30 kmOperational range

25 minFlight time

5,000 mOperational altitude

1–2 kgPayload capacity

<3 minDeployment time

SYSTEM ARCHITECTURE

From awareness to controlled response.

Detection & tracking

Sensor fusion across radar, vision and GPS; concept tracking begins at roughly 750 m from the protected asset.

Interception workflows

Staged response: alert at 500 m, net-capture preparation at 350 m, kinetic intercept only as a fallback at 150 m.

Multi-drone management

Guardian Unit Controller concept for coordinating fleets, telemetry and failover across multiple units.

Escort & protection

Escort Mode concept: define a protected asset, hold a protective ring around it, and follow while intercepting on threat detection.

Telemetry & auditability

Status updates to Ground Control at every stage, with mission reports generated after each run.

Licensing

Hardware-binding concepts are intended to protect authorized deployment.

MISSION FLOW CONCEPT

Distance-based response staging.

The design document lays out escalation purely by measured distance to the protected asset, with Ground Control notified at every critical stage.

Sensor fusion (radar + vision + GPS) picks up the target and starts continuous tracking.

Ground Control is notified so an operator can monitor the developing situation.

The primary, non-lethal response: the launcher prepares and fires the capture net.

Used only if net capture fails at closer range — a last-resort step in the design.

The drone returns to base and a mission report is generated automatically.

PROPOSED HARDWARE

Built around reusable systems.

Base configuration described in the current specification sheet — pending prototype build and field validation.

Base platform

10–12″ carbon-fibre frame
BrotherHobby 3115 900KV motors
80A ESC · 10×7×3 propellers
8S 13,500mAh Li-Ion

AI vision

NVIDIA Jetson Orin NX 8GB
Khadas OS08A10 camera
YOLOv8n · 416×416 / 512×512
40–50 FPS (design target)

Net capture

KARAKURT-K2-type launcher
3×3 m or 5×5 m net
15–35 m effective range
USB Type-C charging

Flight control

Pixhawk 6C · MAVLink v2.0
STM32H743, 480MHz
M8N / u-blox GPS
SiK telemetry radio

Sensors / Radar / Camera → Tracking Engine → Intercept Decision Engine → Net Capture / Kinetic Intercept → Ground Control → Mission Report

MISSION CONCEPT RENDERS

What a mission could look like.

Concept visualizations from the PG design documentation — illustrative renders, not footage of a built or fielded system.

Six-step interception sequence: detect, net launch, capture, parachute descent, safe landing, mission complete — **Net-capture sequence**Detect → launch → capture → parachute descent → safe landing → return. A non-lethal, reusable interception concept.

Escort mode concept: drone holding 80 metre altitude above a convoy, detecting a threat, intercepting with a net, and returning to position within eight seconds — **Escort & C-UAS concept**Holding station above a convoy, detecting an unauthorized drone, and completing capture-and-return in a modelled 8-second window.

Fleet of interceptor drones patrolling a perimeter around industrial infrastructure at dusk — **Perimeter security concept**Coordinated fleet patrol around fixed infrastructure — one direction the architecture is designed to extend toward.

MARKET POSITION

Built around reusability & software.

Prime Guardian is positioned as a software-centric defensive R&D platform. Performance and cost claims require independent validation before commercial use.

TRADITIONAL COUNTER-UAS

Jamming / fixed systems

May depend on spectrum, environment, site configuration and jurisdiction.

INTERCEPTOR DRONES

Reusable hardware concept

Potentially reusable after controlled missions; lifecycle cost depends on validation.

PG — PRIME GUARDIAN

Software-led architecture

Detection, tracking, coordination, telemetry and controlled workflows.

CURRENT DEVELOPMENT STATUS

960+ simulated tests

959+ passed in simulation (99.9% pass rate) per the current test log. Documented as "production-ready" at the software layer, with PX4/ArduPilot compatibility and a fully autonomous decision loop under Ground Control monitoring — hardware integration and field validation are the next gate.

Software → Hardware integration → Controlled testing → Field validation → Commercial readiness

PRODUCTION READINESS

Checklist & next steps.

Readiness checklist

✓ 10″ Cruiser-class frame & propulsion
✓ Pixhawk 6C + MAVLink
✓ Jetson Orin NX + YOLOv8n
✓ Net-capture system
✓ EO seeker + GPS + telemetry

Next steps

Build prototype
PG software integration
YOLO training on local drone data
Simulated testing
Field testing in real environments

Performance and hardware claims in the design documentation must be separately validated through real prototypes, integration, simulation and field testing before any operational use.

EXPLORE MORE

The wider ecosystem.

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