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Applied AI / Computer Vision

Real-Time Vision Intelligence Platform

A multi-camera monitoring platform combining real-time object detection, tracking, configurable alerts, analytics, and VLM-assisted event analysis.

Engineering scope React / Django / Flask / YOLO / OpenCV / Socket.IO

Case study reviewed

Real-Time Vision Intelligence Platform conceptual overview
01

The challenge

Continuous video monitoring needs low-latency detection, but sending every frame through an expensive reasoning model makes a real-time system slow and costly.

02

The product approach

We structured the platform as a two-stage AI pipeline. YOLO-based detection and ByteTrack-style tracking process live frames continuously, while deeper Vision-Language Model analysis is reserved for events that match configured rules. Operators manage streams, alerts, zones, and analytics through one React dashboard.

Inside the system

A product, not just a screen.

01

Detection layer

Fast frame processing identifies and tracks objects across active streams.

02

Reasoning layer

Configured triggers route meaningful events to a VLM for richer interpretation.

03

Operations layer

The dashboard brings cameras, rules, alerts, telemetry, and analytics together.

Key capabilities

  • Multi-camera stream and RTSP source management
  • Object detection and ByteTrack-style tracking
  • Rule-based zones, cooldowns, and notification controls
  • VLM-assisted analysis for selected events
  • Live Socket.IO updates and operational analytics
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