Your skull has a
frequency. We
find yours.
A 5-second face scan maps the bone structure that decides which frequencies travel through your head best. Every sound in your session is built on that one note. No two people get the same audio.
What you hear.
Dronescape
A steady, resonant hum built from your frequency and its harmonics. It holds one shape all night — nothing rises, nothing resolves, nothing pulls you back awake.
Aquascape
Flowing water, synthesised rather than looped, over filtered noise that softens the room. Shaped to your frequency so it cradles the other layers instead of covering them.
Spatial soundscape
The notes of a lullaby, drawn from a clinically proven musical scale — the note pattern shown in sleep-lab studies to help people fall asleep faster — and spatially spread between the two pads. Where the spread waves meet inside your skull they interfere, and that interference is the slow wave: 2 to 4 Hz, the rhythm your brain runs on in deep sleep. You never hear a pulsing beat. You hear a melody. The slow wave rides underneath it.
Dronescape
Aquascape
Spatial soundscape
Skin here talks straight to the sleep switch.
Your forehead is not an arbitrary place to put a speaker. It is one of the most densely wired patches of skin on your body, and the wire runs somewhere useful.
PIEZO2 channels in the skin convert mechanical movement into nerve signals. In people born without working PIEZO2, vibration cannot be felt at all.
This branch of the trigeminal nerve runs from your brow directly to the brainstem — a short trip, with no relay through the ear.
Trigeminal input lands on the nuclei that gate the switch between alert and asleep. Stimulating this pathway has improved insomnia symptoms in published clinical work.
Lin K, Mohan V, Ma Y, Lin B, Hwang P, Gopi P, Kushida C. Use of customized binaural beats for the treatment of chronic insomnia. J Sleep Med 2025;22(1):26–31.
Use of Customized Binaural Beats for the Treatment of Chronic Insomnia_poster, K. Lin, V. Mohan, Y. Ma, B. Lin, P. Hwang, P. Gopi, C. Kushida (2024). 27th Congress of the European Sleep Research Society
The Effect of Acoustic Resonance Therapy on CPAP Adherence. D Munafo , P Gopi , V Mohan , P Hwang , B Lin , E Hekier , BLane , C Guerrero , B Dauphin , C Kushida (2023). Sleep Research Society
Scan once. Sleep differently
