Aeroloom LT-CUAS — Autonomous Kinetic Counter-Drone Defense System

01 · The Threat

The defender's math is broken.

Every week a $500 drone forces a $5M response. The economics of air defense are backwards — and "dark" autonomous drones are making the old playbook obsolete.

0:1 Cost-exchange crisis. Defenders burn million-dollar interceptors on $20K commercial drones. Aeroloom flips it 20:1 in your favor.

$0 The threat is cheap. A hostile COTS drone — now modified for recon and kinetic strike — costs less than a server.

0% Cloud reliance = vulnerability. "Dark" autonomous drones beat RF jamming. Aeroloom doesn't need the link — it decides at the edge.

02 · Deployments

One crate. Every perimeter.

Plug-and-play airspace dominance for the people who actually stand on the perimeter. No integration project, no brigade of contractors — open the crate, power it, own the sky.

🏭

Critical Infrastructure

Refineries, power plants, datacenters and ports protected 24/7. Silent hot-standby at 10W, waking to a 50W engagement the moment a track appears.

Energy · Utilities · Logistics

🪖

Forward Operating Bases

Rapid-deploy perimeter defense for deployed forces. 3kW MIL-SPEC portable hubs are hot-swappable and daisy-chainable — defend a base, then move it.

Defense · Expeditionary

🏟

Events & VIP Protection

Stadiums, summits, and motorcades get instant no-fly assurance. Deploy in minutes for a single afternoon or a standing season.

Public Safety · Gov

⚓

Naval & Mobile

Deck and vehicle-mounted variants ride along. Same edge brain, same kinetic body — just bolt it down and power the turret.

Maritime · Convoy

🛰

Border & Remote Sites

Unattended 48-hour watch with autonomous engagement. Perfect for pipelines, mines and borders where a guard can't be everywhere.

Border · Resources

🛡

Swarm Defense

The helical ammunition stack sustains continuous fire against high-volume saturation attacks — no rotor jamming, no reload panic.

Anti-Swarm · Layered

Need a tailored deployment plan for your site?

03 · The System

Detect. Decide. Neutralize. Unattended.

A decoupled edge architecture — a "Brain" and a "Body" — that runs the entire kill chain with zero human in the loop and zero cloud. Drag the slider to walk a threat through it.

01📡DetectRadar + RF

→

02👁ClassifyEdge-AI vision

→

03🎯FuseEKF tracking

→

04⚙TrackPan-tilt turret

→

05💥NeutralizeKinetic effector

Threat proximity 50%

Kill-chain stage—

Detect-to-track—

Turret latency—

Safe mode on loss—

THE BRAIN

Edge-AI Fusion & Tracking

NVIDIA Jetson Orin AGX / Orin NX ruggedized compute
ROS 2 middleware, TensorRT Int8/FP16 inference
Radar + dual CMOS/LWIR thermal ingestion, PTP time-sync
3D Extended Kalman Filter fusion, ≤15ms per-frame inference
Auto-switches to thermal when optical contrast drops

THE BODY

Real-Time Actuation

STM32H7 (Cortex-M7) MCU on FreeRTOS, ISO-C / Rust
Field-Oriented Control on high-torque BLDC gimbal
100 Hz target command bus (CAN-FD / isolated Ethernet)
100ms watchdog → instant "Safe Hold" cutout
Multi-stage Ready → Armed → Fire handshake

Layer	Stack	Why it matters
Control	C++20 / Rust · ROS 2 · rt-kernel	Deterministic, memory-safe real-time loops
Perception	Python · TensorRT · OpenCV · ONNX	Sub-15ms edge inference, no cloud
Fusion	3D EKF · PTP/IEEE 1588	Drift-free coordinate extrapolation
Actuation	FreeRTOS · STM32H7 · FOC BLDC	Zero-jitter kinematic control
Link	CAN-FD · CycloneDDS / FastDDS	Tuned QoS: best-effort sensors, reliable fire

04 · Technology

Engineered for the kill chain.

Switch the protocol to inspect each subsystem. Every layer is modular — if vision crashes, radar keeps tracking.

Multi-sensor fusion & EKF

Radar range/azimuth/Doppler is fused with high-spatial optical tracking through a 3D Extended Kalman Filter. PTP hardware timestamping prevents drift during coordinate extrapolation, and predictive intercept math generates live turret vectors.

Inference latency≤ 15 ms
Time syncPTP / IEEE 1588
Sensor mixRadar + CMOS + LWIR

Edge-AI object classification

Quantized Int8/FP16 models on the Jetson classify Micro-UAV, Fixed-Wing, Bird and Aircraft with zero cloud reliance. The system auto-blends to thermal when optical contrast collapses — night, fog, or dust storms.

Classes4 (incl. bird vs drone)
Optical1080p @ 60 fps
Thermal640×512 @ 30 fps

Real-time kinematic control

A 100 Hz command bus drives FOC BLDC pan-tilt motors with absolute magnetic-encoder feedback. A 100 ms watchdog cuts power to "Safe Hold" on Brain loss, and geofencing prevents the mechanism from striking its mount.

Command rate100 Hz
Watchdog100 ms safe-hold
Encoder14-bit absolute

Power & low signature

LiFePO₄ / solid-state cells deliver a 24–48h watch cycle. Radar runs hot-standby at 10W, waking to 50W on detection. 3kW portable units are silent, low-thermal, hot-swappable and daisy-chainable for base defense.

Watch cycle24–48 hrs
Hot standby10 W · silent
Power hub3 kW portable · MIL-SPEC

ltcuas@edge:~ — live engagement log

$ ltcuas track --mode autonomous

› radar detect @ 2.4 km · RCS micro-UAV ✓

› EKF fusion locked · contrast low → thermal blend

✓ class: quadcopter · hostile · track locked

$ ltcuas engage --handshake

› Ready → Armed → Fire (CRC-16 verified)

✓ neutralized @ 11ms turret latency · 0 link

$

05 · Product

See the hardware.

From the effector and gimbal to the portable power hubs and field deployments — the LT-CUAS system, up close.

06 · Market & Moat

A $3.5B beachhead, a $20B+ world.

The market has flipped from million-dollar interceptors to lightweight autonomous turrets. Aeroloom lands in the GCC + NATO beachhead first — with a moat competitors can't copy cheaply.

GCC critical-infrastructure defense$3.5B

Global C-UAS (2030 estimate)$20B+

Legacy interceptor missile (unit)$5M

Aeroloom LT-CUAS (unit)$250K

Why we win the beachhead

Edge-only autonomy. No cloud, no RF link to jam — "dark" drones can't blind us.
20:1 cost exchange. $250K unit vs $5M interceptors; helical stack sustains anti-swarm fire.
Deploy-in-minutes. One crate, plug-and-play. No integration brigade, no contractor tail.
Capital-light scale. 50% advance-payment model funds production from customer deposits.

Where Aeroloom sits

Fortem TechUkraine · GCCRadar & kinetic net-capture drone (DroneHunter F700)

HelsingEurope · UkraineDefense-AI software, sensor fusion, kill-chain compression

MARSS (NiDAR)GCC · Europe360° radar/RF/CAM shield → autonomous kinetic effectors

Epirus (Leonidas)GCC · USHigh-power microwave, swarm defeat, no ammo

SentrycsIsrael · GlobalCyber-RF takeover & safe landing of hostile drones

AeroloomNATO · GCCEdge-only autonomous kinetic turret · $250K · 0 cloud

07 · Traction & Financials

A cash-flow juggernaut from Year 1.

Our 1,000-unit LOI campaign + 50% advance-payment model turns orders into working capital. The result: profitable on day one, self-funding by Year 2, a billion-dollar-revenue business by Year 5 — with no further dilution.

YEAR 1$0Revenue$0net profit

YEAR 2$0Revenue$0net profit

YEAR 3$0Revenue$0net profit

YEAR 4$0Revenue$0net profit

YEAR 5$0Revenue$0net profit

0 LOI target units (current campaign)

0% Advance-payment at order (funds production)

0 Units/yr capacity (10/day, no new facility)

$0 Year-5 strategic valuation range

From prototype to market leader

YEAR 1Prove it1,000 LOIs · Q4 first deliveries · $137M revenue · cash-flow positive

YEAR 2Scale it900 units delivered · SaaS tail begins · $303M revenue · self-funding

YEAR 3Own the beachhead1,500 units · GCC saturation · $499M revenue · Tier-1 positioning

YEAR 4Expand global2,250 units · NATO + global push · $778M revenue · $2–3B valuation

YEAR 5Dominate4,750 active units · $1.2B revenue · $10B+ class · IPO or megadeal

08 · Team

Operators who ship.

A founder trio spanning business, industrial design, and hardcore hardware — the exact mix needed to take a kinetic system from prototype to production.

EF

Emad Fanaeian

CEO

Business leader with 2 exits. Software engineer, 10+ years building and scaling products.

MM

Milos Milivojevic

CPO

Founder of MILIVOJA Design. Industrial designer & mechanical engineer, 10+ years.

AA

Ali Abbasi Jahanabad

CTO / Hardware

Tech entrepreneur, 15+ years in electronics, telecommunications & hardware design.

08b · FAQ

Questions defenders ask.

The essentials on what Aeroloom LT-CUAS is, how it wins the cost exchange, and who it protects.

What is Aeroloom LT-CUAS?

Aeroloom LT-CUAS is a lightweight, autonomous kinetic counter-drone turret that detects, classifies and neutralizes hostile drones using edge-AI, radar and thermal fusion. It requires no cloud connection and deploys in minutes.

How does Aeroloom counter drones cheaply?

Aeroloom flips the defender's cost exchange from roughly 150:1 against (a $5M interceptor vs a $500 drone) to about 20:1 in the defender's favor, with a $250,000 unit cost versus million-dollar missile systems.

Who is the LT-CUAS built for?

Critical infrastructure operators (refineries, power, ports, datacenters), forward operating bases, naval and mobile units, border and remote sites, and public-safety/event protection across NATO and GCC markets.

Does the system need a cloud or RF link?

No. Aeroloom runs fully at the edge, so it cannot be blinded by RF jamming or link loss. If the vision subsystem fails, radar tracking continues.

How is it deployed?

One crate: open it, power the 3 kW MIL-SPEC portable hub, and the system is operational in minutes with 24-48 hours of unattended watch.

09 · Invest

Pick your path.

Operators: book a deployment brief. Investors: open the data room. We reply to every qualified request within 24 hours.

🔐 Investor Data Room

Locked — submit an investor request to unlock

The full pitch deck, financial model and LOI pipeline are shared with verified investors. Submit the form above (select “I'm an investor”) and the data room unlocks instantly.

Airspace dominancein a crate.