Adaptive Workplace
Calibration Systems
Optimize workplace occupancy, streamline utility utilization, and automate HVAC climate grids in real-time. Maximize operational budget savings with data-driven insights.

Corporate Automation Mesh
Centralized presence nodes adjusting utilities based on workspace occupancy.
Occupancy presence & energy calibrator
Toggle the presence status in each office room below. PiltiSmart's adaptive sensors instantly scale down utility loads in vacant rooms, displaying real-time power conservation curves and resource savings ratio.
Presence Layout Control
2 of 3 Rooms OccupiedMain Open Workspace
Active Grid Load: 1200W
Executive Conference Room
Eco-Standby Mode: 40W
Cafeteria & Staff Lounge
Active Grid Load: 800W
Real-time Savings Overview
Energy Calibration EngineOptimized Commercial Performance
Decentralized occupancy sensing networks engineered to scale operational budget savings in modern business environments.
Privacy-Compliant Tracking
Uses edge-based thermal imaging and passive infrared (PIR) mesh nodes to track zone utilization with 100% security, guaranteeing corporate regulatory compliance.
Intelligent Lighting Dim
Automatically dims lighting to 10% standby in unoccupied zones, and brightens instantaneously on presence detection, keeping productivity high and utility costs low.
Automated HVAC Calibration
Adjusts HVAC temperature setpoints in real-time in vacant rooms, avoiding unnecessary heating or cooling and reducing peak load utility demands by up to 50%.
Corporate Node Specifications
| Parameter | Specification Details |
|---|---|
| Sensing Method | Passive Infrared (PIR) + Local Edge Thermal Matrix (Privacy-Compliant) |
| Coverage Area | Up to 80 sq. meters per sensor grid node |
| Power Consumption | <0.5 Watts (Ultra-low standby consumption) |
| Connectivity | Zigbee 3.0 / Matter Mesh with local gateway redundancy |
Revolutionize your corporate grid footprint today
Order your custom presence sensor pack or coordinate with our specialists to audit your workspace footprint.