One sensing module, engineered for many systems.

Building systems often rely on fixed schedules or simple motion timers, leading to wasted energy and inconsistent occupant experience.

HSH Presence provides reliable occupancy state per zone, allowing systems to respond to real conditions rather than assumptions.

Ceiling- or wall-mounted module → building controller / BMS → automation logic for lighting, climate, and access subsystems.

Connects to a building controller or gateway over the module's digital interface, reporting per-zone occupancy state.

Zone layout matched to room geometry; sensitivity tuned for typical occupancy patterns.

Timer-based lighting and HVAC control often shuts off systems while a space remains occupied, or runs systems unnecessarily.

Distinguishing stationary occupants from an empty room allows lighting and climate systems to respond accurately to real occupancy.

Sensor module → local controller / relay → lighting or HVAC actuator.

Digital output mapped directly to a lighting or HVAC controller's occupancy input.

Sensitivity and hold-time behavior tuned to the space and system response time.

Security systems need dependable presence input that complements existing detection methods without relying on imaging.

HSH Presence contributes a privacy-preserving presence signal that can support monitoring and access-related logic.

Sensor module → security panel / access controller → monitoring or alert logic.

Reports presence and zone state to a security panel or access-control system over a digital interface.

Zones aligned with monitored areas; sensitivity tuned to minimize false triggers.

Robotic systems operating near people need dependable awareness of human presence to inform safe, adaptive behavior.

Embedded presence sensing gives a robotic platform local awareness of nearby occupants, independent of a central vision system.

Onboard sensor module → robot controller / safety logic → motion or behavior adjustment.

Interfaces directly with a robot's embedded controller over a digital or GPIO interface.

Detection zones configured to the robot's operating envelope and approach directions.

Machine areas and workflow zones require dependable presence awareness for automation logic and workflow triggers.

HSH Presence provides per-zone occupancy state suited to triggering automation steps or monitoring workspace activity.

Sensor module → PLC / industrial controller → automation sequence logic.

Digital interface connects to a PLC or industrial controller input for zone-based triggering.

Zones mapped to workflow stations; sensitivity tuned for the industrial environment.

Connected furniture products need compact, low-power sensing that fits within tight mechanical envelopes.

The module's compact form factor supports embedding presence sensing directly into furniture and fixtures.

Embedded module → product MCU → responsive behavior (e.g. lighting, adjustment, notification).

Connects directly to the product's onboard MCU over a digital interface.

Single-zone configuration typical, tuned to the immediate product interaction area.

Care environments benefit from occupancy awareness that does not rely on cameras or wearable devices.

Privacy-preserving presence sensing supports occupancy-aware systems without capturing identifiable data.

Sensor module → facility controller / monitoring system → occupancy-based logic.

Reports zone-based occupancy state to a facility or room-monitoring system.

Zones and sensitivity tuned to room layout and typical occupant behavior.

In-cabin systems require reliable occupant presence information for comfort, safety, and convenience features.

HSH Presence can contribute in-cabin occupancy awareness as part of a broader vehicle sensing architecture.

In-cabin module → vehicle ECU / body controller → comfort or safety feature logic.

Interfaces with a vehicle controller over the module's supported communication interface.

Zones configured to cabin seating layout; sensitivity tuned for the automotive environment.

Consumer devices need low-power, compact presence sensing that does not compromise product design or battery life.

The module's low-power operation and compact footprint support integration into space- and power-constrained products.

Embedded module → device MCU → user-facing responsive behavior.

Connects to the device's MCU over a digital interface with minimal additional components.

Single-zone, power-optimized configuration typical for consumer products.

OEM programs often require sensing tailored to a specific product, form factor, or performance requirement.

Our engineering team collaborates directly with OEM partners to adapt configuration and integration to specific product needs.

Sensor module → OEM host system → application-specific logic.

Defined collaboratively with our engineering team based on your product architecture.

Custom zone, sensitivity, and interface configuration developed with OEM partners.