The IoT sleep product comprises a light and a sleep sensor. The sleep sensor not only analyzes the user's sleeping patterns but can also connect with other devices to provide a sleep environment. The sleep light helps users wake up more comfortably by detecting shallow sleep states.
It represents the integration of smart devices and appliances within a household that are interconnected and can be controlled remotely.
Most IoT devices have been focused on energy savings and remote control through on and off controls. I have contemplated devices that diversify scenarios and deliver the value of connectivity to users.”
The sleep sensor has the capability to analyze the user's sleep on its own, but we thought about scenarios where it could be connected with other existing devices. Understanding and recognizing the user's behavior to control connected appliances. I believe that this could provide added value and advance IoT one step further.
The sleep sensor detects when sleep is initiated, and once the user falls asleep, connected appliances automatically turn off, enabling control over devices such as TV or lighting.
Before bedtime, we engage in various activities according to our lifestyle. We make efforts towards creating a better sleep environment by turning on humidifiers or turning off lights. IoT sleep sensors can assist in improving the sleep environment by adjusting device connections more meticulously based on my sleep state.
To easily visualize sleep status, users can check their sleep quality through scores and colors. We made sure that users can easily access the most desired information such as sleep duration and time taken to fall asleep. Additionally, we focused on crafting clear and understandable phrases for analyzing sleep patterns.
The sleep light is widely used in everyday life even without IoT functionality. In the app, users can select their preferred colors and specify three modes: focus, relaxation, and sleep, providing corresponding colors and sounds."