Detect Drones.
Launch the Response.
Automatically.
Osprey Systems builds the detection and autonomous response layer for counter-drone and site security. Sensing, classification, and flight all run on the edge.
Closing The
Low-Altitude Defence Gap
Commercial drones cross perimeter fences at 80 km/h—faster than any guard can walk or patrol vehicle can drive. Osprey Systems bridges the response latency gap with autonomous airborne interception and edge intelligence.
The Perimeter Vulnerability
Traditional security was designed for ground speed. Stationary cameras suffer blind spots, and fences offer zero vertical protection against aerial reconnaissance, smuggling, or kinetic payloads.
Deterministic Response Advantage
We replace human response lag with automated airborne dispatch. A classified alert launches an aircraft to the breach coordinates in seconds, establishing eyes on target before an intruder reaches core infrastructure.
Sovereign Canadian Technology
Engineered in Canada and developed under Transport Canada RPAS frameworks. Aligned with DND defence priorities and NATO standards, free from foreign proprietary platform lock-in.
Extreme Environment Resilience
Designed from day one for Canadian operating conditions: sub-zero winter temperatures, severe winds, heavy RF industrial noise, and degraded or jammed GPS environments.
The Counter-Drone
Stack
We build the software layer that turns sensors and aircraft into a working counter-drone system: detection, classification, tracking, and automated response. Hardware agnostic, running at the edge, built for Canadian conditions.
Acoustic and RF Sensing
Layered acoustic and radio frequency detection that picks up small drones cameras and radar miss, including aircraft flying dark with no control link.
Edge AI Perception
Drone, bird, or background noise, decided on the device in real time. No cloud round trip, and no operator drowning in alerts that turn out to be nothing.
Continuous Track and Cue
A confirmed detection becomes a track with position and heading, handed to cameras, to a response aircraft, or to whoever owns the decision next.
Autonomous Drone Response
A drone launches on the alert, reaches the location, and streams live video while deterring with light and sound. Every flight is logged as evidence.
GPS-Denied Flight
Inertial navigation and visual odometry hold the aircraft on course without satellite signals. The places worth protecting are the places GPS gets jammed or spoofed.
Open Software Layer
Our detection and autonomy run on third-party sensors and airframes, so operators upgrade capability with software instead of replacing what they already own.
Counter-Drone
Consulting
Autonomous
Drone Security in Action
The clearest place this technology earns its keep is perimeter security at sites too large, remote, or vulnerable for manual guard response. Scroll down to observe how an autonomous detection and intercept unfolds step by step.
Live Tactical Radar · Scroll through the response phases below to simulate real-time intercept.
Passive Airspace Monitoring
Phase 00 · StandbyAcoustic arrays and RF listening stations actively monitor fence lines and airspace. The response aircraft rests docked in an all-weather weatherproof base station on continuous hot standby.
Edge AI Intrusion Detection
Phase 01 · DetectionAcoustic signatures or rogue RF control links trip the perimeter sensor array. Perception models classify the contact directly on the edge device—filtering birds, wildlife, and highway noise.
Autonomous Drone Launch
Phase 02 · DeploymentThe response aircraft launches autonomously within seconds. Zero vehicle callout delay, zero manual flight planning, and zero waiting for an operator to arrive at 2:00 AM.
Live Assessment & Video Stream
Phase 03 · VerificationThe drone arrives on station and streams high-definition video to the security operations dashboard. Security teams confirm the intruder identity and intent while the aircraft maintains autonomous standoff.
Active Non-Kinetic Deterrence
Phase 04 · InterceptDirectional high-lumen floodlights and audible warnings activate from the aircraft. Over 90% of perimeter trespassers immediately withdraw upon recognizing active airborne pursuit.
Continuous Tracking & Evidence Logging
Phase 05 · ResolutionThe aircraft maintains contact lock until ground personnel or law enforcement arrive. Every telemetry coordinate and video second is cryptographically logged for insurance claims and criminal prosecution.
Where This Applies
The same unified detection and autonomous response layer secures large infrastructure with thin overnight security coverage:
Build the
Next Mission
Osprey is seeking platform partnerships, integration agreements, and strategic investment to advance Canadian defence technology.
We work with DND offices, NATO programs, UAV integrators, civilian operators, and investors to deploy autonomous capabilities in the field.
If you represent a funding body or innovation ecosystem, we want to hear from you.
Get In Touch
Reach out directly to discuss platform partnerships, integration requirements, or strategic investment opportunities.
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