Detect Drones Where Others Go Blind

Drosonic uses passive acoustic sensing and edge AI to detect drones where radar and RF systems fail: in electronically contested environments.

NVIDIA Inception NVIDIA Inception Member Colorado SBDC Colorado SBDC Accelerator

How Drosonic Works

Every drone has spinning propellers. The acoustic signature is fundamental physics that cannot be silenced, jammed, or spoofed.

Passive Sensing

Listens to propeller acoustics without active emissions or spectrum license requirements.

Edge AI Classification

Compressed neural networks run locally on each node, eliminating cloud dependency.

Real-Time Detection

Detects and classifies threats in milliseconds using on-device processing.

Contested Environments

Works where RF-jammed, GPS-denied, and electronically contested.

Critical Applications

Scenarios where traditional detection systems have coverage gaps.

Military Counter-Drone Defense

Military Defense

Forward operating bases and perimeter security in contested RF environments.

Critical Infrastructure Protection

Critical Infrastructure

Power plants, airports, water treatment, and fuel depots vulnerable to drone intrusion.

Border Security Detection

Border & Perimeter

Distributed linear arrays for extended perimeter protection and remote deployments.

Unmatched Coverage

RF and radar systems have blind spots in electronically contested environments. Drosonic's acoustic approach works everywhere those systems fail.

Rapid Deployment

Autonomous sensor nodes deploy in hours, not weeks. No external infrastructure, no technical expertise required on-site.

Future-Proof

Acoustic signatures are immutable physics. Silent drones, fibre-optic guided systems, and autonomous swarms all produce detectable acoustic profiles.

Cost-Effective

On-device processing eliminates cloud infrastructure costs. Distributed architecture scales without expensive central systems.

Recognized & Supported

Strategic partnerships accelerating development and market access.

NVIDIA Inception Program

Access to GPU technology, CUDA development tools, and technical resources for AI/ML development on edge hardware.

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Colorado SBDC Accelerator

Mentorship and access to the Colorado defense and technology procurement network.

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Built on Acoustic AI Research

Drosonic combines passive acoustic sensing with edge AI to solve a critical gap in modern drone defense. We focus on one problem: detecting drones in scenarios where traditional detection technology fails.

Our approach leverages the fundamental physics of drone propellers. Acoustic signatures cannot be switched off, jammed, or spoofed, enabling detection in electronically contested environments where RF and radar systems provide no coverage.

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24/7 Operational
0 Cloud Dependency
10m Localization Accuracy
<100MB Model Size

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We're speaking with DoD program offices, SBIR/STTR sponsors, defense integrators, and investors evaluating counter-UAS technology.

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Email

Direct line to our team

sudo@drosonic.com

Location

You can find us in

Denver Colorado