AI-Powered Traffic Surveillance and Intelligent Video Analytics System (IVAS)

Roadside Detection System

System Overview

The Roadside Detection System is an AI-powered solution designed to monitor, analyze, and report traffic-related data with high precision. Capable of operating under various environmental conditions, it enhances traffic management, law enforcement, and public safety initiatives.

Key Features & Capabilities

• Traffic Data Collection & Analysis:

  • Collects real-time vehicle counts, speeds, and classification data.

  • Supports user-defined intervals from 0 seconds to 24 hours.

  • Detection range: 2.0m to 75.0m.

  • Speed detection range: 4 km/h to 250 km/h.

• Lane-Specific Data Metrics:

  • Volume, speed, occupancy, vehicle counts, average headway, and direction counts.

• All-Weather Performance:

  • Operates efficiently in rain, fog, dust, and extreme temperatures.

Detection Capabilities

• Stopped Object Detection:

  • Detects people and 8 vehicle types (car, bus, truck, motorcycle, bicycle, train, boat, airplane).

  • Ideal for well-lit areas with adjustable sensitivity.

• Wrong Direction Detection:

  • Identifies vehicles moving against expected traffic flow.

  • Requires precise camera placement and adjustable deviation tolerance.

• Multi-Object Detection & Counting:

  • High accuracy with a low false alarm rate.

  • Supports entry/exit tracking and multi-camera integration.

Application Areas

• Traffic management and law enforcement

• Smart city infrastructure

• Roadside hazard detection

• Logistics and industrial site surveillance

Red Light Camera System

System Overview

The Red Light Camera System is an advanced AI-powered solution for detecting and recording traffic violations. It provides high-precision vehicle speed monitoring and multi-object tracking, ensuring regulatory compliance and enhanced road safety.

Key Features

• Vehicle Speed Monitoring:

  • Real-time speed calculation with adjustable speed thresholds.

• Multi-Image Violation Capture:

  • Captures multiple images per violation for detailed documentation.

• Integrated Camera Flash:

  • Enhances image clarity in low-light conditions.

Detection Capabilities

• Recognizes people and 8 vehicle types.

• Optimized for close-to-medium range.

• Customizable detection zones and sensitivity settings.

Advantages

• AI-driven high-accuracy object detection with low false alarm rates.

• Seamless integration with PTZ and thermal cameras.

• Cost-effective solution reducing manual intervention and operational inefficiencies.

Intelligent Video Analytics System (IVAS)

Overview

IVAS is a next-generation, non-rule-based video analytics system that leverages deep learning for real-time security monitoring, forensic investigations, and smart city applications.

Key Features

• Non-Rule-Based AI Video Analytics:

  • Automatically detects unusual behavior and potential threats.

• Advanced Threat Detection (TREX):

  • AI-powered threat identification and response.

• Extensive Object & Event Detection:

  • Over 90 object types, including vehicles, people, and suspicious items.

• Forensic Search & Analysis:

  • Ad-hoc searches using free-text descriptions (e.g., “a person wearing a red backpack”).

• Face & License Plate Recognition:

  • Enables high-accuracy security monitoring and law enforcement support.

• Scalable Multi-Camera Support:

  • Parallel analytics processing across multiple video streams.

Applications

• Security & Surveillance: Real-time perimeter protection and behavioral analysis.

• Smart Cities: Enhancing public safety, traffic monitoring, and incident response.

• Retail & Commercial Spaces: Theft prevention and visitor analytics.

• Forensic Investigations: Automated evidence extraction and post-event analysis.

Conclusion

BSTsecurity’s AI-powered traffic surveillance and intelligent video analytics systems offer unparalleled accuracy, efficiency, and adaptability. By leveraging advanced AI and deep learning, these solutions enable law enforcement, urban planners, and businesses to enhance security, optimize traffic management, and improve forensic analysis capabilities. These innovations pave the way for a smarter, safer, and more efficient future.