How it works

Simple by design.

No app. No wearable. No phone on the nightstand. Restarla works out of the box with two dials and a bit of radar magic.

01

Set your wake-up window.

Use the two physical rotary dials on the lamp to set a wake-up window — for example, 6:45 AM to 7:15 AM. The embedded display confirms your settings. No screen, no app, no Bluetooth pairing.

Left dial sets the earliest time, right dial sets the latest

Tactile click-detents so you can set times in the dark

Small embedded display shows the current window and time

02

Fall asleep naturally.

Once your window is set, the lamp's built-in 60 GHz radar sensor begins passively monitoring your movement and breathing patterns. It works through your duvet — no contact, no sensors attached to your body.

60 GHz FMCW radar senses micro-movements and respiration

Works through duvets, blankets, and bedding

On-device processing — no cloud, no data leaves the lamp

No wearable to charge, no phone to place on the mattress

03

The sunrise begins at the right moment.

As your wake-up window approaches, Restarla monitors your sleep cycles in real time. When it detects you've entered light sleep — the easiest stage to wake from — it starts a gradual sunrise simulation.

Light begins as deep amber (1800K) and warms to soft white (3000K)

The transition takes 15–20 minutes, mimicking a natural sunrise

If you're in deep sleep, it waits — never waking you mid-cycle

If the window ends, a gentle audio tone activates as a failsafe

04

Wake up feeling different.

Instead of the jolt of an alarm ripping you out of deep sleep, you wake gradually to warm light filling the room. Your cortisol rises naturally. You feel alert instead of groggy. It's the way your body was designed to wake up.

Waking during light sleep reduces sleep inertia by up to 80%

Gradual light exposure supports healthy cortisol awakening response

No adrenaline spike from a sudden alarm — just calm alertness

Under the hood

Built with precision.

Full technical specifications will be published closer to launch.

Radar

60 GHz FMCW

Through-duvet sensing

Light

1800–3000K

Deep amber to warm white

Processing

On-device

No cloud required