Occupancy-based control
Coordinate compatible lighting and comfort systems with real space usage, reducing unnecessary operation while preserving user comfort.
Coordinate occupancy, lighting schedules, climate, meeting-room scenes, access events and facility visibility through one structured operational layer — designed for offices, hotels, retail environments and education campuses.
Illustrative status for connected commercial zones.
Instead of treating each system as a separate control point, automation coordinates the right actions around occupancy, schedules, room use and agreed operating rules.
The core commercial automation scope is organized around occupancy, schedules, climate, meeting rooms, access and facility visibility — so the system remains clear instead of becoming a collection of disconnected controls.
Coordinate compatible lighting and comfort systems with real space usage, reducing unnecessary operation while preserving user comfort.
Manage work areas, reception zones, shared spaces, cleaning periods and after-hours operation independently.
Align compatible HVAC controls with occupancy, schedules and operational requirements.
Bring presentation, lighting and shading controls into clear one-touch room modes.
Coordinate approved access events with relevant space controls and selected operational actions.
Provide facility teams with a clear view of connected zones, selected events, operating state and the information needed for the next action.
Reception and primary work zones move into occupied settings while unused areas remain in standby until needed.
Commercial automation becomes more useful when different users see only the information and actions relevant to their responsibilities.
Support daily building operation with visibility across agreed zones and events.
Keep local interaction clear for teams using meeting rooms and shared spaces.
Present high-level operating information without overwhelming users with device-level complexity.
The operational flow stays understandable: recognize a condition, apply the agreed rule, coordinate systems, then surface the result to the people who need it.
Occupancy, time, access events or user input provide the operational trigger.
The configured schedule, room state or workflow determines the required response.
Lighting, climate, meeting-room functions and compatible systems respond together.
Status and relevant events become visible through the selected facility interface.
The final architecture depends on occupancy patterns, schedules, existing systems, compatible equipment, control requirements and the level of integration agreed for the project.
Occupancy, lighting, meeting rooms, climate and after-hours routines coordinated around daily office operation.
Operational schedules and selected common-area functions organized around guest and staff activity.
Opening, trading, cleaning and after-hours modes aligned with the operating day.
Classrooms, shared spaces and schedules coordinated around occupancy and institutional routines.
Share the facility type, major zones, operating schedules, existing systems and required interfaces. The final automation structure can then be shaped around the real operational priorities of the building.