Vandyam’s smart city solutions use sensor data to optimize infrastructure, enhance safety, and improve urban services through intelligent, efficient operations.
Smart waste bins are equipped with weight sensors that continuously monitor how full the bin is, helping to prevent overflows. Once the bin reaches its capacity or nears being full, the system automatically sends alerts to waste collection teams. This ensures timely waste removal, reduces unnecessary collection trips, lowers operational costs, and keeps public spaces clean and efficient.
Smart air quality monitoring systems deploy IoT-enabled sensors across urban areas to measure pollutants such as PM2.5, PM10, carbon monoxide, and other harmful gases in real-time. These systems provide continuous data on air quality, enabling city authorities to issue health alerts, enforce pollution control measures, and make informed decisions for urban planning. Citizens can also access real-time air quality updates, promoting awareness and supporting healthier living environments.
Our intelligent water management system incorporates Automated Meter Reading (AMR) to provide accurate, real-time water usage data without manual intervention. It also features built-in leak detection and tamper alerts to prevent water loss and unauthorized usage. An interactive usage analytics dashboard enables consumers and city authorities to track consumption patterns, optimize water distribution, and support conservation efforts.
Our smart security solution enhances urban infrastructure protection through perimeter surveillance and AI-powered monitoring. Smart cameras equipped with behavior analysis and recognition capabilities can identify potential threats or unusual activities. Additionally, geo-fencing technology creates virtual boundaries, allowing authorities to enforce layered security and control access to restricted urban zones effectively.
Smart street lighting systems leverage motion sensors to automatically brighten lights when movement is detected and dim them when areas are idle, significantly conserving energy. These systems also track energy consumption, identify inefficiencies, and provide actionable insights for future improvements. Faults or malfunctions are detected instantly, triggering automated alerts to maintenance teams for quick resolution, ensuring reliable street lighting.