Agent 01
Posture Agent
Watches: accelerometer · Controls: fan speed
Back sleepers need more airflow than side sleepers. Prone sleepers need the least. Real-time classification across supine, lateral, prone and fetal.
Work / AI · Agents / DreamBreeze
No. 21 · AI · Agents · WellnessYou charge your phone every night. You place it on the nightstand. It sits there for eight hours doing nothing. DreamBreeze turns those hours into the most useful part of your day. Four AI agents, zero hardware, fully on-device.
Act I · The Problem
You spend one third of your life asleep. That is twenty-six years. For most of those years, you are too hot, too cold, tangled in sheets, or woken by a fan running at the wrong speed.
Those are only the times you actually wake up. Dozens more micro-arousals you never remember.
Smart sleep tech is a $30bn category. Most of it costs $300+ in hardware. Wearables, smart mattresses, climate sleepers, sensor pads. Ninety-five percent of the world that already owns a phone gets nothing.
A binary fan, on or off, cannot follow that curve. Nobody is solving this. Until DreamBreeze.
Act II · One Night, Watched
Place the phone on the mattress. Go to sleep. The accelerometer reads posture. Edge AI estimates the stage. Four agents negotiate. The fan, the sound, the wake-up window all adapt to the body underneath.
Bedtime. Fan starts low. Pink noise fades in.
You roll to your side. Fan adjusts down. Sound deepens.
Deep sleep detected. Fan drops to a whisper. Brown noise.
REM cycle. Thermal agent raises fan, your body cannot self-regulate.
You shift to prone. Posture agent adapts instantly.
Light sleep. Energy agent begins gentle wake sequence.
Good morning. Cognitive readiness score: 82 / 100.
Act III · The Product
DreamBreeze does not use a single algorithm. Four specialised agents collaborate over a shared blackboard. They do not take turns. They negotiate.
Agent 01
Watches: accelerometer · Controls: fan speed
Back sleepers need more airflow than side sleepers. Prone sleepers need the least. Real-time classification across supine, lateral, prone and fetal.
Agent 02
Watches: weather + circadian rhythm · Controls: temperature profile
Cross-references outdoor temperature, humidity, and your body's natural thermal dip at 3 AM. Five temperature cycling profiles, weather-aware via Open-Meteo.
Agent 03
Watches: sleep stage · Controls: noise type and volume
Pink noise to fall asleep. Brown noise for deep sleep. Gradual fade during REM. Real-time synthesis via Web Audio API, no sample files, zero latency.
Agent 04
Watches: Two-Process Model · Controls: wake sequence
Borbely's homeostatic Process S plus circadian Process C. Fourteen-day rolling sleep debt, cognitive readiness score, twenty-minute gentle arousal window.
Act IV · The Promise
All accelerometer data, all posture classifications, all sleep stage estimations, all agent computations, all audio generation. None of it leaves the device.
Only encrypted sleep summaries are stored, and only if you opt in. The privacy vault lets you download, delete or inspect every byte we have.
Act V · Proof
Production PWA, installable from any modern browser. Demo mode runs every feature simulated, with no hardware needed.
Visit /demo to watch a full night unfold in one minute. Skeuomorphic fan visualisation, LED stage indicators, soundscape morphing.
Guy Kawasaki structure at /pitch. Problem, market, product, agents, science, privacy, traction, ask. Investor-ready.
Okamoto-Mizuno & Mizuno (2012) on posture thermoregulation. Borbely (1982) Two-Process Model. Ngo et al. (2013) on pink noise and slow-wave activity.
The Stack
I build edge-first AI that respects the device, the bandwidth and the person on the other side. If your product needs intelligence without hardware, talk to me.