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U.S. Provisional Patent 63/978,409Sole inventorFAA Part 107

Amro AlkhatibUncrewed & Counter-UAS Systems Engineer

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WP 01Node · ProfileLocked

U.S. Provisional Patent 63/978,409 · Sole inventor

I am developing a passive counter-drone concept: a sensor network designed to detect, track, and classify small drones without transmitting a signal.

Senior in Embry-Riddle's accelerated B.S./M.S. Uncrewed & Autonomous Systems program and FAA Part 107 remote pilot.

4.0 GPAEmbry-Riddle, Dean's List
Part 107FAA remote pilot, No. 5143066
63/978,409U.S. provisional patent
EN · ARProfessional · native

ScrollSwipe← → Each waypoint is a node in the live network behind this page.

WP 02Node · The problemLocked

The asymmetric defense paradox

A $200 drone can threaten a multi-million-dollar asset.

Legacy counter-drone radar is costly, easy to locate because it transmits, and can miss small drones that fly without a radio link. The defender pays more, reveals more, and still sees less.

Legacy · active radar
  • Transmits constantly, so it can be found and targeted
  • High cost per protected site
  • Weak against small, RF-silent drones
Concept · passive sensing
  • Emits nothing; listens to energy already in the air
  • Reads motion, sound, and reflected FM and cellular signals
  • Distributed nodes instead of one costly emitter

WP 03Protected asset · The inventionLocked

Invention · U.S. Provisional Patent 63/978,409

Distributed Passive Sensor Network

A ground-based counter-UAS concept that detects, tracks, and classifies drones by listening instead of transmitting.

Listen

Zero emission

Detects drones using energy already in the environment, so the defender never reveals itself.

Classify

Clear answers

Turns what the network senses into a simple judgment an operator can act on.

Scale

Distributed

Many low-profile nodes cover a site instead of one costly emitter.

Method
Passive, RF-silent
Threat
Low-cost micro-UAS
Domain
Fixed-asset airspace
Deployment
Distributed ground nodes
Status
Provisional application filed
In the scene behind this page
  • Protected asset
  • Passive listening node
  • Drone under track

Illustrative only. Not the patent drawings.

Early-stage research concept. No prototype has been fielded.

WP 04Node · What the network hearsLocked

Three passive signatures, fused into one track

Passive multistaticSim
Passive radarReflections of ambient FM and cellular broadcasts reveal position with zero emission.
Micro-Doppler (STFT)Sim
Rotor signatureSpinning blades leave periodic sidebands around the body Doppler line.
Acoustic fingerprintSim
AI acoustic classificationMotor harmonics are matched against learned signatures to name the target.

Simulated concept feeds for illustration. Not recorded sensor data.

WP 05Node · ResearchLocked

Research at Embry-Riddle, 2024 to now

NASA Gateways to Blue Skies 2027

InfraAir: aviation for infrastructure inspection

Invited by Embry-Riddle onto a six-member master's team, and proposed the team's concept: a small UAS that inspects GPS-denied spaces such as bridge undersides and tunnel interiors with visual, thermal and lidar sensing, plus onboard AI that flags defects.

Four studies that built the DPSN

1Origin

The Asymmetric Defense Paradox

Using passive physics to reverse the cost equation of drone defense.

2Feasibility

DAPS: Distributed Autonomous Passive Sensing

Tested the concept against legacy airport radar on cost, coverage, and detectability.

3Platform

UGS Design Study

Safe operation of uncrewed ground systems in a sensing network.

4Application

Airport Security Program Review: SFO

A Category X airport case study with a DPSN waterfront perimeter concept.

Also Wildfire detection UASUNSY 410 DroneSTAT ISR analysisUNSY 315 ENCODE deforestation capstoneUNSY 405

WP 06Node · CapabilitiesLocked

From sensor physics to a flight-ready plan

Counter-UAS & sensing

  • Counter-UAS concepts and passive detection
  • Sensor systems and fusion
  • Remote sensing and data interpretation
  • Thermal and RGB payloads

UAS operations

  • FAA Part 107 certified
  • Mission planning and risk assessment
  • Airspace and regulations
  • Flight safety

Systems engineering

  • Requirements and total-system design
  • System integration
  • Multidisciplinary coordination
  • AI and ML foundations

Tools

  • Oracle Primavera P6
  • Revit and Navisworks (BIM)
  • AutoCAD and 3ds Max
  • Big-data analytics

WP 07Node · Service recordLocked

Two decades of delivery, now aimed at airspace

Nov 2019 to now

Principal & Managing Director

Damasca Autos LLC · San Francisco

Founded and run an automotive trading and financing company: operations, compliance, lender and dealer agreements, and the team, while completing an engineering degree.

Jul 2014 to Jun 2017

Group Senior PR Manager

Power International Holding · Doha

Corporate communications and government affairs; liaison to ministries and VIP delegations; protocol for summits supporting Qatar National Vision 2030.

Mar 2011 to Jul 2014

Projects Design Coordinator

UCC Holding (UrbaCon) · Doha

Design and BIM delivery on Mall of Qatar and the Sheraton Doha renovation; Revit and Navisworks model integration; led architect and engineer teams.

Sep 2008 to Mar 2011

Lead Design Engineer

Khayyat Contracting & Trading · Damascus

Technical documentation and 3D visualization in 3ds Max and V-Ray for commercial and hospitality work; led a design team for international stakeholders.

2006 to 2008

Project Engineer, Interior Design

German Qatari Group · Doha

City Center expansion, Shangri-La Hotel Doha, Rotana City Center and Merweb Hotel; site engineering and fit-out from concept to handover.

2004 to 2006

Junior Design Engineer

Albander Interiors · Al Khobar

Design drawings, material take-offs and shop documentation for interior fit-out and joinery, supporting senior engineers through installation.

Jul 2017 to Nov 2019 Relocated from Qatar to the United States, settled in California and founded Damasca Autos.

WP 08Node · CredentialsLocked

Trained for uncrewed systems, certified to fly them

Embry-Riddle Aeronautical University

B.S. / M.S. Uncrewed & Autonomous Systems

Accelerated combined pathway with a minor in sUAS: UAS operations, applied physics, sensing technology, ground and maritime systems, human factors.

B.S. expectedDecember 2026
M.S. expectedMay 2027
4.0 / 4.0 GPADean's ListSpirit Award 2025, College of Aviation and SGA

Also B.S. Architectural Studies, Arizona State University, expected 2027

FAA Part 107Remote pilot, No. 5143066
U.S. Provisional Patent 63/978,409Sole inventor; Foreign Filing License Mar 2026; letters from four ERAU faculty
Order of the Sword & ShieldIntelligence and national security honor society, inducted May 2026
AUVSI California ChapterMember; invited to the Taiwan Manufacturing Delegation, Jun 2026
ERAU Research Scholars ProgramAlso member, Syrian American Academic Society (SAAS)
Google AI and IBM AI & SoftwareGoogle AI Specialization (2025); IBM generative AI, prompt and software engineering (2025 to 2026)
Primavera P6, PMP and LEED prepP6 and PMP prep, Qatar 2012; LEED GA and AP BD+C prep, Qatar 2014
A.A.S. Civil Eng. TechnologyEngineering Technical Institute, Damascus, 1998 to 2000

WP 09Node · ContactLocked

Let's talk about protecting airspace.

Open to uncrewed systems, counter-UAS, and systems engineering roles. Based in Palo Alto, California.

© 2026 Amro Walid AlkhatibEnglish · Arabic