The platform
We didn't build a smart home system.
We engineered a new sense for buildings.
Every CleHaus environment reads, decides, and responds autonomously, across light, temperature, sound, and air, without a single tap, swipe, or voice command.
Our conviction
Comfort should not require a single thought.
For decades, we have accepted a fundamental compromise: that every room expects us to tell it what we want. That we must reach, tap, swipe, speak, to feel comfortable.
This is not a limitation of technology. It is a limitation of thinking. The assumption that a room should be inert, and that we must animate it through interfaces.
We reject that assumption entirely. A CleHaus environment does not wait for instructions. It reads the space, its light, its temperature, its sound, its air, the presence of people within it, and responds before you notice the need. Not through automation rules you program. Not through schedules you set. Through intelligence that learns, adapts, and ultimately disappears into the fabric of the building.
This is not the future of the smart home. It is something fundamentally different: a new category, autonomous comfort intelligence. And it begins with light.
The pipeline
Five steps. 200 milliseconds.
From ambient reading to coordinated response, every comfort decision flows through a unified pipeline. Click any node to reveal technical detail.
Sense
Spectral, thermal, and occupancy analyzers read every zone at sub-second intervals, no cameras, no compromise.
Every zone is mapped through 16 independent spectral channels. Presence is detected through thermal differential. You never know it is watching. You only feel the result.
Process
An on-premise inference engine weighs circadian models, behavioural patterns, and cross-domain logic in under 200 ms.
The edge processor compares current conditions against learned patterns, time of day, past behaviour, seasonal shifts, and arrives at an optimal lighting decision before you have finished walking through the door.
Light
Full-spectrum LED arrays actuate across colour temperature, intensity, and beam angle. Light is the first responder.
Flicker-free PWM dimming at 0.1% resolution across 1800K–6500K. Beam distribution adjusts through addressable multi-emitter architecture. The entire transition completes in under 200 milliseconds.
Cascade
HVAC dampers, acoustic masking, and air purification follow the lighting cue, in a silent, coordinated wave.
Every comfort domain receives its instruction from the same logic layer. Thermal zones, sound profiles, and air quality align around the lighting decision. Six domains. One unified response.
Disappear
The room settles into its new state. Every system has responded, and you have touched nothing. The interface has vanished.
This is the final and most important step: the technology recedes entirely from your awareness. What remains is only the experience, a space that feels right, for no reason you can name.
Nodes auto-advance every 3s · Click to pause
System architecture
Four layers. One intelligence.
Every decision flows through four distinct layers, from ambient sensing to a coordinated comfort response.
Ambient Intelligence
Spectral, thermal, and occupancy analyzers poll every zone at sub-second intervals. Privacy-preserving thermal differential, no cameras ever.
Edge Inference
On-premise neural processor runs circadian algorithms, behavioural models, and cross-domain logic. Zero cloud dependency for daily operation.
Lighting Core
Full-spectrum LED arrays actuate across CCT, intensity, and beam angle. The fastest comfort dimension, it leads because it can react in milliseconds.
Comfort Cascade
HVAC, acoustic masking, and air purification follow the lighting decision. Every domain responds from the same logic layer.
Full spectrum
Natural rhythm of light.
From the warm glow of 1800K to the alert clarity of 6500K, every colour temperature is independently addressable, tunable, and circadian-aware.
200 ms
Response time
End-to-end from detection to actuation
1800K–6500K
Colour range
Full circadian tuning spectrum
0.1%
Dimming resolution
Flicker-free across entire dynamic range
Longer
LED lifespan
Rated life at optimum output
99.97%
Uptime
Edge-only operation, zero cloud dependency
Live monitoring
Command center. Real time.
Every CleHaus environment is continuously analyzed across six comfort dimensions. Data updates live. No interface required.
Zone status
Real-time metrics
Event log
Room settled
Acoustic masking · Air quality OK
Thermal follows
Damper adjust · Occupied mode
Light recalibrates
3500K · 65% · Focused beam
Body detected
Thermal differential · Zone A
Architecture
Three principles. One platform.
Light-led intelligence
Light is the fastest comfort dimension, it leads because it can react in milliseconds. Every other domain calibrates around the lighting decision, not the reverse.
Edge-native architecture
All real-time decisions happen on-premise. The system requires no cloud dependency for daily operation, ensuring privacy, zero latency, and uninterrupted comfort.
Silent orchestration
Six comfort domains. One unified intelligence. The technology does not compete for your attention, it disappears into the background of your awareness.
The difference
Two worlds. One direction.
A conventional space
Reactive. Fragmented. You are the interface.
- ✗Five apps to manage light, temperature, music, security
- ✗Cloud-dependent, every command travels to a remote server and back
- ✗Reactive, you tell it what you want, when you want it
- ✗Cameras watch you to detect presence
- ✗Every system operates in isolation
✓ A CleHaus environment
Anticipatory. Unified. The room is the interface.
- ✓Zero apps, lighting, thermal, acoustic, and air work as one
- ✓Edge-native, all decisions made on-premise in under 200 ms
- ✓Anticipatory, the system learns your rhythm and adapts before you notice
- ✓Privacy-preserving thermal detection, no cameras, no compromise
- ✓Light-led orchestration, every domain responds to the same decision
The technology is rigorous.
The experience is effortless.
Six comfort domains. One unified intelligence. Zero interface required.