KIN Connected Lighting Solutions is the lighting connection ecosystem of the GEWISS Group: a scalable architecture that redefines the role of lighting, transforming it into an intelligent network that generates data, optimizes consumption, and communicates with the building.
Structured on multiple levels of automation and supervision, KIN accompanies the project from local management to full digital integration, ensuring technological continuity over time.
Lighting dynamically adapts to environmental conditions and the actual use of spaces.
Integrated sensors, automatic adjustment, and continuous monitoring optimize consumption and generate clear data on energy performance, reducing operating costs and contributing concretely to sustainability goals.
From single environments to centralized management of complex buildings, KIN organizes control across multiple coordinated levels.
Local automation, distributed supervision, and advanced platforms ensure operational continuity and design flexibility. The system grows with the project, maintaining architectural consistency and ease of management.
Light enters the building's technological ecosystem: KIN communicates with BMS, HVAC, and IoT infrastructure systems, transforming the lighting system into an interoperable digital platform.
The data collected feeds advanced analyses and supports increasingly sophisticated services over time.
KIN organizes lighting management into progressive levels, developed to meet different needs in terms of complexity and coordination and configured to maintain technological consistency and evolutionary continuity.
The result is a modular architecture that allows you to choose the level of connectivity best suited to your environment, with the possibility of growing over time without having to redefine the system.
KIN Sense
Smart lighting for quick and reliable installations
Essential integration between light fixture and sensor, ideal for quick and immediate installations. Integrated local automation, with simplified configuration and direct control of the device.
The solution is suitable for confined areas and projects that require rapid implementation and operational reliability.
| KIN Sense | KIN Sync System | KIN Hub System | KIN Cloud System | |
|---|---|---|---|---|
| Instant & effortless | Plug & Play simplicity | Advanced Configuration | Advanced Deployment | |
| Single Point | Mid-size areas | Centralized Mid-size areas | Wide areas | |
| Embedded Automation | Edge & distributed | Centralized Logic | Cloud & AI-powered | |
| Basic controls | Local system control | Local or web | Full web-based | |
| Stand alone | Expandible within the system | Interoperability | Open Interoperability /API |
KIN Sync System
Intelligent and autonomous control for medium-sized areas
The system integrates local and distributed control, ensuring autonomous operation and optimal coordination between devices. Optimized installation and intuitive interfaces ensure effective operational management and service continuity.
An excellent balance between performance, flexibility, and reliability for medium-scale environments.
| KIN Sense | KIN Sync System | KIN Hub System | KIN Cloud System | |
|---|---|---|---|---|
| Instant & effortless | Plug & Play simplicity | Advanced Configuration | Advanced Deployment | |
| Single Point | Mid-size areas | Centralized Mid-size areas | Wide areas | |
| Embedded Automation | Edge & distributed | Centralized Logic | Cloud & AI-powered | |
| Basic controls | Local system control | Local or web | Full web-based | |
| Stand alone | Expandible within the system | Interoperability | Open Interoperability /API |
KIN Hub System
Centralized and interoperable control for medium-large areas
The system enables centralized coordination and local management of components, including sensors and actuators, within a single architecture. The controller supports interoperability with external systems and web supervision of the plant, ensuring multi-platform integration.
The most suitable solution for contexts that require centralized management and interconnection between subsystems.
| KIN Sense | KIN Sync System | KIN Hub System | KIN Cloud System | |
|---|---|---|---|---|
| Instant & effortless | Plug & Play simplicity | Advanced Configuration | Advanced Deployment | |
| Single Point | Mid-size areas | Centralized Mid-size areas | Wide areas | |
| Embedded Automation | Edge & distributed | Centralized Logic | Cloud & AI-powered | |
| Basic controls | Local system control | Local or web | Full web-based | |
| Stand alone | Expandible within the system | Interoperability | Open Interoperability /API |
KIN Cloud System
Cloud platform for advanced management and data-driven services on a large scale
The system uses a proprietary cloud to collect, process, and enhance the data generated by the plant. Advanced analytics and digital services support operational optimization, energy efficiency, and evolutionary planning.
The architecture is designed for medium-large and large contexts that require advanced supervision and multi-site management.
| KIN Sense | KIN Sync System | KIN Hub System | KIN Cloud System | |
|---|---|---|---|---|
| Instant & effortless | Plug & Play simplicity | Advanced Configuration | Advanced Deployment | |
| Single Point | Mid-size areas | Centralized Mid-size areas | Wide areas | |
| Embedded Automation | Edge & distributed | Centralized Logic | Cloud & AI-powered | |
| Basic controls | Local system control | Local or web | Full web-based | |
| Stand alone | Expandible within the system | Interoperability | Open Interoperability /API |
