Sleepal revealed its details AI Sleep Tracking Lamp with Important compatibility, a bedside device that focuses on offline sleep tracking and adaptive lighting (NB, not Apple’s Adaptive Lighting feature), ahead of a planned launch Kickstarter.
At its core, an AI lamp is designed watch for a quiet sleep next to the bed. Rather than relying on wearables or hardware under the mattress, the device uses it mmWave (millimeter wave) senses to detect presence and fine movement, allowing more accurate tracking of sleep and wakefulness without physical contact. This is paired with additional hearing, including noise monitoring to detect snoring, allowing the device to detect disturbances that may affect sleep quality.
Additionally, a dedicated application can display the following data;
- Sleep points
- Sleep well
- Breathing points
- Sleep stages
- Heart rate
- Breathing rate
- Heart rate variability
- Sound (external)
- Temperature
- Humidity
- The light
- Sleeping regularly
- Duration of sleep
- A summary of the trend
Using a combination of all these data points, the lamp can determine when the user gets into bed, how restless he is at night, whether he snores, and when he wakes up. The emphasis is less on detailed biometric data and more on reliable detection of sleep conditions and disturbances, which can be done in real time.
The central part of the system is how this data feeds into the light of the lamp. The AI lamp works as a smart bedside light with variable output, which can adjust brightness and color temperature to support different stages of the sleep cycle.
In practice, this means that the lamp can gradually dim or change to warm tones in the evening to support the wind down, turn off or reduce the output when sleep is detected, provide low-level light when movement or wakefulness is detected at night, and gradually increase the light in the morning as a way to wake up. The lamp offers both cool warm white, and RGB color.
This creates a feedback loop where sleep tracking directly informs environmental changes, rather than simply generating data to be reviewed later.
The disconnected nature of the system means placement is important. As a bedside device, it is intended to cover the sleeping area from a short distance, with mmWave helping to maintain accuracy by detecting subtle movements. This approach avoids collisions with wearables, while aiming to provide more consistent detection than basic motion sensors.
Next to its basic functionality, the inclusion of support for Matter (via WiFi) suggests that the lamp is intended to integrate a wide range of smart home setups, including, of course, platforms such as Apple Home. This will allow the lighting component to be controlled as part of scenes, or sleep-related circuits to trigger automatically, although the level at which sleep data is displayed remains unclear.
As the Kickstarter launch approaches, the Preheat Sleep Tracking Lamp is positioned as a bedside device that actively responds to sleep behavior in real-time, using mmWave-based sensors and lighting as its main tools, with Matter support providing more flexibility for those invested in cross-platform smart ecosystems. However, the support of the new smart home standard, as already mentioned, does not guarantee that the final product will be truly compatible, and it is always wise to treat future promises with a great degree of caution. If Matter is secondary, and it’s about getting a good night’s sleep, then it might not ‘matter’ so much…