How It Works
Revolutionising Indoor Lighting Interaction and Use
How can you access unparalleled insights and better control your workplace energy consumption? Organic Response smart lighting incorporates sensors into each luminaire, giving you instant data access to make better business decisions.
Our solution is ready for use out of the box. Simply add gateways to access our cloud service and the invaluable insights from data analytics. Even better—do it all remotely through our Response Portal. Full control is at your fingertips, no matter where you are.
Smart Sensors Make Individual & Real-Time Decisions
Organic Response sensors gather information in two ways:
- Directly from their environment: The sensor is responsive to its surroundings and knows if someone is moving within its detection area.
- By communicating with other sensors: The sensor can receive messages from nearby sensors, extending awareness beyond its immediate area. Drawing on this information, it can determine optimal brightness and where to position light.
Communication
Occupancy information
Data insights
Our smart lighting solution operates via sensors integrated or connected within each luminaire. These sensors utilise a combination of RF (Radio Frequency) and IR (Infrared) signals to communicate effectively. This sophisticated setup ensures precise information within the space.
With these sensors in place, our system dynamically adjusts lighting based on real-time insights. Lights are activated only when needed, maximising energy efficiency and minimising wastage.
Our sensors also gather comprehensive data on presence patterns and flow. This data is invaluable, providing insights into how spaces are utilised throughout the day. By analysing this information, users can make informed decisions about space optimisation, maintenance, resource allocation and much more.
Our Response API is open and allows seamless integration with other applications and partners. This means that the data collected by our smart lighting system isn’t confined to just lighting control—it can be shared and utilised across various platforms.
By integrating with other smart applications you can optimise comfort and energy efficiency, creating the best possible environment with tailored lighting for every space and activity.
Our smart lighting solution is built on a robust and scalable architecture designed to cater to various indoor environments.
Nodes: At the heart of our system is the Sensor; which is integrated or connected to each luminaire. Out-of-the-box it is ready to adapt and respond!
Mesh Network: The sensors form a self-organising mesh network, allowing for reliable and resilient communication even if one or more devices fail. This ensures consistent performance and coverage across the entire space.
Central Hub: Gateways manage communication between the nodes and the cloud service. This hub ensures seamless integration and coordination across all devices.
Cloud Integration: The system integrates with our cloud platform, enabling advanced analytics, remote monitoring, and management. The cloud service aggregates data from all connected devices, providing comprehensive insights and facilitating predictive maintenance.
Security: The system prioritises data security and privacy, employing encryption protocols and secure authentication mechanisms to safeguard sensitive information. Regular security updates and compliance with industry standards, including our ISO 27001:2022 certification, ensure ongoing protection against potential threats.
Scalability and Flexibility: Designed with scalability in mind, the system can be easily expanded to accommodate varying building sizes and layouts. Modular components and flexible configuration options cater to diverse user needs and use cases, ensuring adaptability to evolving requirements.
Performance and Reliability: With robust wireless connectivity and advanced sensor technologies, the system delivers exceptional performance and reliability in real-world environments. Continuous monitoring and proactive maintenance measures minimise downtime and optimise system uptime.
“With granular sensor data, we can ensure that the appropriate amount of light is used only when and where it is needed – and we can also share this sensor data with other building systems for further savings.”