Commercial Drone Detection
Secure
the
Skies
Rodor autonomously detects every drone threat — RF-silent, fiber-optic, and homemade — without emitting a single signal. 100% passive. 24/7 unattended.
3 Sensors
Acoustic · RF · Vision
All Drones
Autonomous · Fiber · Homemade
24/7
Unattended Operation
ECHO-1 — ACTIVE
SYSTEM: ACTIVE // THREAT LEVEL: NOMINAL // SENSORS: 3/3
AZ 127.4°
EL 34.8°
SIG dBm -62.1
RANGE m 342
TARGETS 3
ACOUSTIC WAVEFORM
RF SPECTRUM
RF ● TRACKING
ACU ● TRACKING
CV ● TRACKING
2.4GHz DETECTED
5.8GHz DETECTED
915MHz SCANNING
BPF 398 Hz
HARMONICS OK
// Acoustic Detection
// RF Monitoring
// Computer Vision
// Zero Emissions
// FCC & FAA Compliant
// 24/7 Autonomous
// All Threat Types
// ECHO-1 Platform
// Acoustic Detection
// RF Monitoring
// Computer Vision
// Zero Emissions
// FCC & FAA Compliant
// 24/7 Autonomous
// All Threat Types
// ECHO-1 Platform
01 — Threat Landscape
The Threat
Has Evolved
Drones are evolving faster than detection infrastructure. Current commercial systems rely on RF signatures — a vulnerability adversaries have already exploited.
01
Autonomous Drones
Pre-programmed flight paths require no pilot and emit zero radio frequency signals — traditional RF-based detection is completely blind.
RF Silent
02
Fiber Optic
Tethered via fiber optic cable — no wireless communication, no RF signature. Available at commodity prices and invisible to conventional sensors.
No Emissions
03
Homemade / DIY
Unregistered, cheap, built from commodity parts. No FAA ID, no RF pattern, no regulatory footprint. Impossible to track with existing systems.
Unregistered
02 — Our Approach
Detection
Without
Emission
01 —
All Threat Types
Detects RF-silent autonomous drones, fiber-optic systems, and unregistered DIY builds that traditional systems miss entirely.
02 —
100% Passive
Zero emissions. No FCC license required. Fully FCC & FAA compliant. Our system listens — it never broadcasts.
03 —
Fully Autonomous
24/7 unattended operation. No operator on site. Real-time alerts the moment a threat is identified.
ECHO-1 — Detection Platform
CAD Model
03 — The Platform
ECHO-1
Platform
Three integrated sensor modalities. One unified platform. ECHO-1 combines acoustic arrays, RF monitoring, and computer vision into a single field-deployable unit — the most comprehensive passive drone detection system available at commercial scale.
400MHz–6GHz
RF Spectrum Coverage
24/7
Operational Uptime
0
RF Emissions
3
Sensor Modalities
Acoustic Array
All Threats
Passive microphone arrays trained on drone acoustic signatures detect rotary-wing aircraft regardless of RF behavior. Works day, night, and in adverse weather.
RF Monitoring
RF-Emitting
Passive spectrum analysis captures and classifies radio frequency signals from commercial drones. Pure passive listening across all relevant bands.
Computer Vision
All Threats
AI-powered visual detection identifies drone shapes and flight patterns in real-time. Neural network improves with every deployment, building a proprietary intelligence asset.
04 — Go-to-Market
Execution
Roadmap
Phase 1 — Foundation
Phase 2 — Scale
Capital Infusion
Secure seed funding to transition the software stack to a field-ready hardware MVP.
Product Launch
Deliver production model fixed site installations and secure first commercial Event Security contracts.
Rapid Prototyping
Finalize hardware design and execute a comprehensive testing program across diverse environments.
Mass Production
Raise Series A capital to scale production capacity for nationwide infrastructure demand.
Localized Validation
Deploy units to pilot clients to train the neural network and prove real-world reliability.
Olympic Procurement
Scale operations to meet the 24-month procurement window for the LA 2028 Olympics.
05 — Leadership
The Team
BH
Bryce Housholder
CEO · Chief Engineer
CS
Carter Stevens
CTO · Head of Defense Engineering
HJ
Hainze Joseph
CFO · Head of commercial engineering
NJ
Neil Joseph
engineer· founding commercial engineer