Overview

Traffic Guardian is envisioned as a real-time traffic incident detection and reporting system that enhances road safety and operational efficiency across Gauteng's high-volume highways. Using live video streams from existing traffic cameras, the system will automatically detect and classify incidents such as accidents, congestion, stalled vehicles, and road hazards.

Our Approach

As the implementing team, our approach is structured around building a robust and scalable prototype within the constraints of the AWS Free Tier. We will use computer vision and deep learning models to analyse live camera feeds, identify anomalies, and trigger real-time alerts with geolocation data. This information will be displayed via a web-based dashboard designed for use by traffic control centre operators.

Development Process

To ensure a modular and maintainable system, our development process will be guided by software engineering best practices, including:

  • 🔄

    Agile Methodology

    To adapt to changes and iterate quickly.

  • 🏗️

    Domain-driven Design

    To ensure all components align with real-world traffic operations.

  • 🔒

    Security-by-design Principles

    To meet POPI compliance and enforce data protection.

Key Features

🎥

Real-time Monitoring

Continuous analysis of traffic camera feeds for immediate incident detection.

🤖

AI-Powered Detection

Automated identification of accidents, congestion, and road hazards.

📊

Interactive Dashboard

Real-time visualization and management of detected incidents.

🔔

Alert System

Immediate notifications to traffic control operators and emergency services.

📱

Mobile Accessibility

Access to incident data for field personnel via mobile-optimized interfaces.

📂

Incident Archiving

Searchable database of historical incidents for analysis and reporting.

Expected Outcomes

Our solution will emphasise automation, accuracy, and ease of use, transforming passive camera networks into active monitoring tools while giving traffic personnel the insights needed to respond swiftly and effectively.

  • Reduced response time to traffic incidents
  • Decreased manual monitoring requirements
  • Improved traffic flow through faster incident resolution
  • Enhanced road safety through proactive intervention
  • Valuable traffic pattern data for future infrastructure planning