Bluetooth Mesh Network
The lighting system includes sensors, controllers, and communication modules that connect to the internet. These devices gather and transmit real-time data about lighting conditions, occupancy, energy usage, and more.
Data from the IoT-enabled lighting system is stored and processed in the cloud. This allows for centralized control, advanced data analytics, and remote access via a web interface or mobile app. By combining IoT and cloud technologies, smart lighting systems deliver enhanced functionality, greater energy efficiency, and a seamless user experience, making them ideal for modern spaces, businesses, and public infrastructures.
Cloud Integration
The lighting system includes sensors, controllers, and communication modules that connect to the internet. These devices gather and transmit real-time data about lighting conditions, occupancy, energy usage, and more.
Data from the IoT-enabled lighting system is stored and processed in the cloud. This allows for centralized control, advanced data analytics, and remote access via a web interface or mobile app. By combining IoT and cloud technologies, smart lighting systems deliver enhanced functionality, greater energy efficiency, and a seamless user experience, making them ideal for modern spaces, businesses, and public infrastructures.
On-premise Server
Similar to cloud-based systems, IoT-enabled lighting uses sensors and controllers to monitor and control lighting conditions, occupancy, and energy usage in real time.
All data generated by the IoT devices is stored, processed, and managed locally on a server within the organization’s premises. This server acts as the central hub for the lighting system. Local processing eliminates dependence on internet connectivity, leading to faster response times and the system can be tailored to specific organizational needs without relying on external cloud provider limitations. This setup is ideal for organizations that require high data privacy.
