Ambient Temp
18.5°C
OPTIMALTARGET: 18-20°C
Sleep Guard · AI Based · IoT Platform
The Real-Time Engine Behind Gold Certification.
Wireless, battery-powered sensors with AI based analysis that continuously track a room's sleep environment across the Sleep Grade dimensions, turning raw data into live scores, alerts, and operational insight.
Wireless: no rewiringAI Based MonitoringInstalls in minutes
Request a DemoContinuous Environmental Monitoring.
Granular environmental monitoring engineered to optimize the 14 dimensions of the Sleep Grade algorithm in real time with advanced AI.
Polling rate
Configurable
Humidity & Mold Risk
45%
STABLEIDEAL: 40-50% · MOLD RISK: LOW
CO2 Concentration
600ppm
FRESHTARGET < 800PPM · ALERT > 1000PPM
Fine Dust (PM2.5)
12µg
CLEANTARGET < 35µg
Passive Acoustic
32dB
QUIETBASELINE < 30DB · FLAG SPIKES > 45DB
Circadian Light
<1Lux
DARKTARGET < 1 LUX AT NIGHT
Engineered to Disappear.
A device guests never notice, running on standards your engineering team already trusts.
Fully wireless
No cabling, no renovation, no rooms taken offline for install.
No need for Wi-Fi
Long range LoRaWAN network means no need for wi-fi.
Privacy by design
Measures environment only: no cameras, no microphones, no audio recording.
From Live Readings to Instant Alerts.
Real-time scoring and threshold alerts transform complex environmental data into a simple, actionable overview.
Property status
RM 101
10.0
GOOD
RM 102
9.8
GOOD
RM 103
6.2
CRITICAL
RM 104
8.5
WARNING
Per-Room Sleep Grade Score
9.2
Ideal Range
Turn Data Into Action.
Transform passive data into active orchestration. The Sleep Grade Sleep Guard platform automates the invisible tasks that guarantee a flawless guest environment for perfect sleep.
Live Property Dashboard
Rooms dynamically auto-group by status: Good, Warning, or Critical. Prioritize interventions based on live environmental drift.
Housekeeping & Turndown Orchestration
Real-time updates track staff presence and task completion, ensuring no room is missed during critical turndown hours.
Automated Maintenance Tickets
Alert-triggered dispatching. Auto-generated work orders for humidity spikes or temperature drift prevent long-term issues.
Continuous Monitoring Protects Your Property.
Mold Prevention
Flagging humidity spikes before stains appear or damage occurs, protecting your structural assets proactively.
Asset & HVAC Health
Detecting mechanical degradation early by monitoring temperature drifts and unusual acoustic noise from HVAC systems.
Efficiency as a Byproduct.
Demand-Controlled Ventilation
Our sensors dictate exact fresh air requirements per occupied zone, eliminating blanket ventilation strategies and reducing waste.
Smart Energy Optimization
Achieve savings up to ~20%. The AI learns thermal retention behavior of individual rooms, you can pre-conditioning spaces only when mathematically necessary.
Technical FAQ
The sensor nodes are LoRaWAN based, fully wireless, and operate on a long-life battery. That means zero cabling, no rewiring, and no rooms need to be taken offline for installation, which typically takes just minutes.
Absolutely not. The acoustic sensors are strictly passive decibel meters. They do not record, store, or transmit audio data. They only measure raw amplitude (dB levels) to identify disruptive noise spikes that correlate with sleep fragmentation.
Integration is seamless via our robust, encrypted REST API. The system establishes bi-directional data flows with standard PMS and BMS systems without requiring extensive custom middleware.
Sensors are factory-calibrated and continuously validated against Sleep Grade thresholds. Drift detection and remote health checks keep readings within specification; units outside tolerance are flagged for replacement before they affect Gold status.