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Automated Traffic Monitoring System(ATMS)
An AI-driven system that optimizes traffic flow, reduces congestion, enhances road safety, and ensures efficient transportation management in real time.
Imagine having a digital co-worker who never sleeps, never forgets, and keeps getting smarter every day.
That’s exactly what our AI Agents deliver. They automate routine tasks, assist customers in real time, predict business trends before they happen, and empower your teams to focus on what truly matters innovation and growth.
What makes them even more powerful is their flexibility our AI Agents can be deployed across any industry, any sector, and are fully customizable to fit unique business needs.
You can choose any process, customize, expand workflow just in a click without any developer or a development effort
Here’s how our AI Agents work:
AI represents advanced systems designed to perform tasks that usually demand human intelligence and decision-making.
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An AI-driven system that optimizes traffic flow, reduces congestion, enhances road safety, and ensures efficient transportation management in real time.
An intelligent AI-powered platform that analyzes surveillance, detects unusual activity, prevents threats, and assists authorities with real-time crime monitoring and response.
A smart AI-based solution that predicts risks, monitors environments, coordinates emergency responses, and helps minimize damage with faster, data-driven disaster management.
An AI-enabled system that automates fine collection, tracks violations, ensures transparency, reduces delays, and improves efficiency in enforcing traffic and civic regulations.
An advanced AI system that scans surroundings, detects hazards, monitors air and water quality, and supports proactive measures for safer, healthier, and sustainable environments.
An AI-powered system that monitors crop health, detects diseases early, predicts pest risks, and provides real-time insights to optimize yield and support sustainable farming practices.
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 ADMS uses temperature data, ground monitoring, and detection of pollution or smoke to spot hazards, predict crop disease threats, minimize risks, and protect lives. The solution boosts resilience with real-time alerts, aerial detection of violations, and automated response coordination.
Early Warning System: Predicts floods, earthquakes, and storms accurately using advanced AI-driven models.
Real-Time Alerts: In the PPE detection industry, the system sends instant warnings to citizens, authorities, and emergency services, while detecting patterns of possible accidents, alerting units immediately, and sharing live incident screenshots.
Risk Assessment: Analyzes data to identify vulnerable areas and optimize resource allocation.
Data-Driven Insights: Provides disaster trend analysis for better urban planning and readiness.
Emergency Response Support: Automates rescue coordination to speed up relief and recovery.
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 EWEM applies weather forecasts, smoke detection, and advanced analysis to track environmental hazards, enhance sustainability, and safeguard communities. The system builds resilience by sending instant notifications and real-time GPS alerts to disaster teams and response units.
Hazard Monitoring: Tracks floods, storms, air pollution, and earthquakes in real time, with forecasts and detection of unwanted polluted smoke.
Early Warning System: Sends instant alerts to citizens, authorities, and emergency services, along with real-time GPS notifications to disaster teams and response units.
Environmental Insights: Analyzes trends in climate, pollution, and natural disasters.
Data-Driven Planning: Provides actionable insights for sustainable urban development.
Emergency Response Support: Automates rescue coordination to minimize disaster impact.
BYC’s ADMS uses temperature checks and ground monitoring analysis to identify hazards, detect early crop diseases, minimize risks, and protect lives. The system ensures resilience by issuing real-time alerts, enabling faster recovery, and coordinating effective disaster response.
Disease Detection: Detects early signs of crop infections and plant diseases using smart AI image recognition, helping farmers take quick action with timely solutions.
Soil & Nutrient Monitoring: Tracks soil moisture, fertility, and nutrient levels for better yield.
Pest Prediction: Uses predictive analytics to forecast pest outbreaks and suggest preventive actions.
Remote Sensing: Utilizes drones and satellites for large-scale crop health surveillance.
Precision Farming Support: Provides actionable insights for irrigation, fertilization, and harvesting.
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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.
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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.
BYC’s ALSM leverages AI, IoT devices, drones, sensors, and wearables to continuously monitor livestock health, detect diseases (such as bird flu in poultry and white spot disease in prawns), and track welfare conditions. The system enhances farm productivity by predicting risks, sending real-time alerts, and supporting data-driven resource optimization.
Health Monitoring & Disease Prediction: AI detects abnormal behavior (limping, lethargy) and predicts disease outbreaks early.
Behavior & Welfare Tracking: Monitors stress indicators like aggression, mobility reduction, or excessive lying time.
Reproduction Management: Predicts heat cycles, improves breeding efficiency, and detects early pregnancies.
Feed & Nutrition Optimization: Tracks feeding patterns to prevent under/overfeeding and optimize diet for better milk or growth.
Farm Productivity & Efficiency: AI dashboards provide real-time alerts and predictive insights to optimize resources.
BYC’s AFM integrates AI-powered cameras, IoT sensors, and smart fire-detection algorithms to deliver uninterrupted surveillance across environments. It instantly detects smoke, heat, or flames, minimizes false alarms, and enables faster emergency response, reducing risks and safeguarding human life and property.
Real-Time Detection: Instantly identifies smoke, fire, and heat anomalies in any environment.
AI-Powered Accuracy: Reduces false alarms by analyzing video and sensor data intelligently.
24/7 Monitoring: Provides continuous surveillance for both indoor and outdoor areas.
Instant Alerts: Sends real-time notifications to security teams and fire departments.
Integration Ready: Easily integrates with existing CCTV, IoT sensors, and alarm systems.