Myron Technologies Limited Co. delivers advanced AI Video Analytics Solutions that transform live and recorded video streams into actionable intelligence for traffic management, security operations, and large-scale monitoring environments. By leveraging artificial intelligence, deep learning, and computer vision technologies, our solutions automatically detect, classify, and analyze objects, behaviors, and events with high accuracy and operational reliability.
Engineered for high-load, multi-camera deployments, the system supports real-time analytics, forensic investigations, and automated event detection. Depending on project requirements, deployments can be implemented using edge AI devices, centralized servers, or hybrid architectures to ensure optimal performance, scalability, and resilience.
AI Video Analytics Functional Capabilities
Our AI Video Analytics platform provides the following capabilities:
Real-time detection and tracking of vehicles, pedestrians, and objects
Vehicle classification by type, size, and movement behavior
Integration with Automatic Number Plate Recognition (ANPR) systems
Seatbelt usage detection
Mobile phone usage detection while driving
Facial detection and facial recognition analytics
Traffic flow analysis and congestion detection
Incident, anomaly, and behavior analysis
Rule-based alerts and automated notifications
Metadata generation for advanced search, filtering, and reporting
System Advantages
Significant reduction in manual video monitoring efforts
High accuracy and consistency in detection and enforcement
Faster response times to incidents and violations
Scalable architecture suitable for city-wide and national deployments
Seamless integration with VMS, traffic management, and enforcement platforms
Our AI Video Analytics Solutions enable organizations to transition from passive video surveillance to proactive, intelligence-driven operations, enhancing safety, efficiency, and operational control across critical infrastructure, transportation hubs, smart cities, and public safety environments.
