BYC’s AI Police Suite leverages Artificial Intelligence, IoT, and advanced computer vision technologies to enhance law enforcement capabilities, improve public safety, and enable real-time decision-making. The system integrates intelligent surveillance, automated enforcement, predictive analytics, and centralized control dashboards to build secure, responsive, and efficient smart city policing infrastructure.
The platform delivers real-time alerts, automated violation processing, centralized monitoring, and data-driven insights that empower police departments, traffic authorities, and municipal agencies to take proactive action before risks escalate.
Here’s how our AI Police work:
BYC’s ATMS leverages AI, IoT, and computer vision to monitor traffic flow, detect violations, reduce congestion, and enhance overall road safety. The system ensures smoother mobility by providing real-time insights and automated enforcement for smart cities.
Smart Traffic Control: Optimizes traffic signals dynamically to ease congestion and reduce waiting times.
Real-Time Monitoring: Uses AI-powered cameras and IoT sensors to track traffic conditions instantly.
Violation Detection: Identifies over-speeding, signal jumping, mobile phone usage while driving, no seat belt drivers, and lane violations.
Data-Driven Insights: Provides traffic analytics for better urban planning and efficient road management.
Emergency Response Support: Prioritizes ambulances, fire trucks, and police vehicles for faster movement.
BYC’s ECDA applies AI, IoT, and predictive analytics to identify threats, stop crimes, and enhance urban safety. It boosts security through instant alerts, automated response, and smarter surveillance to build resilient and secure smart city environments.
Smart Surveillance: AI-powered monitoring of public spaces to identify unusual behavior instantly.
Real-Time Alerts: Automatic notifications to authorities during suspicious or criminal activities, with instant notifications to patrol, control room, and authorities.
Threat Detection: Identifies theft, violence, and vandalism using advanced computer vision models.
Data-Driven Insights: Provides crime pattern analysis to support better law enforcement planning.
Emergency Response Support: Enables rapid dispatch of police and rescue teams for faster action.
BYC’s AFMS uses AI, IoT, and automation to detect vehicles with existing fines, track them, and enable immediate fine collection through Neuro notifications and workflow processes. The system ensures transparency, reduces errors, and simplifies payments in real time.
Automated Penalty Issuance: Detects violations, captures evidence, and generates fines instantly without delays.
Digital Payment Integration: Enables quick and secure online fine settlement for citizens.
Fraud Prevention: Uses AI-powered verification to prevent duplicate or false penalties.
Data-Driven Insights: Provides fine collection analytics for better financial planning.
Seamless Coordination: Connects traffic, police, and municipal systems for unified operations.
BYC’s ANPR system uses advanced AI and computer vision to automatically detect and recognize vehicle license plates in real time. The system improves law enforcement, traffic management, and toll collection by providing accurate identification, seamless integration, and automated record-keeping.
Real-Time Plate Recognition: Captures and processes vehicle number plates instantly.
Traffic Law Enforcement: Detects violations such as speeding, red-light running, and unauthorized access.
Toll & Parking Automation: Enables seamless, contactless toll and parking fee collection.
Criminal Tracking: Assists police by identifying stolen or blacklisted vehicles in real time.
Data Integration: Connects with traffic, transport, and law enforcement databases for unified operations.
