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Product Update

Autonomous Object Detection and Classification

Presents AI models capable of autonomously detecting, classifying, and tracking objects across radar, RF, EO/IR, and video feeds, significantly reducing false positives and easing operator workload.
Written by
Shayaan Haider
Published on
24 October 2025

AI That Sees, Understands, and Acts

AirMatrix platforms now feature fully autonomous object detection and classification. Built on advanced computer vision and sensor fusion models, the system detects, identifies, and tracks objects across radar, RF, optical, remote ID and video feeds in real time.

How it Works

The AI continuously scans incoming data streams to locate aerial and ground objects. It then classifies each by type, behavior, and risk level, distinguishing a drone from a bird, a vehicle from a pedestrian, or a threat from background activity.

Key Capabilities

  • Multi-Sensor Fusion: Processes radar, RF, optical, remote ID and video inputs to create a unified object view.
  • Real-Time Classification: Identifies targets and assigns confidence scores within seconds.
  • Behavioral Analysis: Tracks motion patterns to predict intent and detect anomalies.
  • Autonomous Tracking: Automatically cues sensors to maintain visual lock on moving targets.

Why it Matters

By automating detection and classification, AirMatrix reduces operator workload and shortens response time. What once required constant human attention is now handled autonomously, giving operators verified intelligence the moment it matters most.

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Deployments & Case Studies

Stay up to date with company milestones, product launches, and field deployments shaping the future of airspace intelligence.

Explore Feautre News
Downtown Calgary
Palladium
City of Calgary
10 / 24 / 2025
Shayaan Haider

Calgary Press Release

AirMatrix deployed its Libra AI Command Platform for the Florida Department of Corrections to detect and prevent unauthorized drone activity, enabling continuous monitoring, faster response, and a safer environment across correctional facilities.