Solutions/Aerial & Perimeter Surveillance
Target Sector: Ports, Border Corridors & Critical Utilities

Aerial & Perimeter Surveillance

Genovax Aerial equips autonomous UAVs and high-mast cameras with real-time computer vision, maintaining continuous 360-degree perimeter integrity and early intrusion detection.

Genovaxai Real-Time Camera Feed - FEED: CAM-SOL-AERIAL-SURVEILLANCE [AERIAL & PERIMETER SURVEILLANCE]
Autonomous UAV Airframe [Orbit Station 3]99.8%
UAV-PATROL-0335 km/h
Perimeter Security Geofence Corridor99.4%
GEOFENCE-01SECURE
FEED: CAM-SOL-AERIAL-SURVEILLANCE [AERIAL & PERIMETER SURVEILLANCE]
RES: 2560x1440 @ 60 FPSFPS: 60.0INT8: 5.8msms
GENOVAXAI:GENOVAXAI: TENSORRT ENGINE ACTIVE
Classified TargetTelemetry MonitoredBoundary Alert
GENOVAXAI INDUSTRIAL STREAM
The Industry Operational Challenge

Manual Blind Spots & Delayed Alerts

Expansive geographical facilities like maritime ports, border perimeters, and remote solar or utility grids cannot be monitored effectively with static ground cameras alone.

Genovaxai Autonomous Intervention

Continuous Sub-Second Computer Vision

Genovax Aerial equips autonomous UAVs and high-mast cameras with real-time computer vision, maintaining continuous 360-degree perimeter integrity and early intrusion detection.

End-to-End Workflow

How Aerial & Perimeter Surveillance Operates in Production

STAGE 01

Autonomous UAV captures high-altitude 4K feed over perimeter sector

STAGE 02

Onboard edge neural network detects movement and breaches in real time

STAGE 03

Geospatial coordinates calculated and synced with ground security GIS

STAGE 04

Automated spotlight tracking and security dispatch triggered in <400ms

Core Operational Features

  • Long-range autonomous aerial perimeter geofencing
  • Vessel, vehicle, and intruder classification from altitude
  • GPS coordinate projection and live trajectory tracking
  • Thermal and low-light optical payload sensor fusion

Technical Capabilities

  • Dynamic gimbal stabilization and wind jitter compensation
  • Sub-meter GPS coordinate projection accuracy
  • Operates in low-bandwidth telemetry conditions (<2 Mbps)
  • STANAG & open GIS standard data streaming protocols

Underlying GPU Pipeline Architecture

8-Stage End-to-End Visual Processing Pipeline

Zero-Memory-Copy Accelerated Architecture

TOTAL PIPELINE LATENCY:< 11.1ms
LAYER 04Neural Backbone
Active Production

Computer Vision Pipeline

Extracts high-dimensional spatial feature representations across industrial machinery, workers, gear, vehicles, and hazardous boundaries.

Engineered Specifications:
  • Dual-backbone feature pyramid networks for micro-object detection
  • Pose keypoint extraction for ergonomics and slip-and-fall alarms
  • Multi-head classification for sub-category asset discrimination
TARGET PLATFORM:YOLOv10 / RT-DETR / Spatial Vision Transformers
STAGE LATENCY:< 3.2 ms