In the smart home security space, traditional smart lock sensing solutions still face significant technical challenges. Mainstream approaches commonly suffer from the following limitations:

1. Neighbor‑induced False Triggers: 

Conventional smart locks typically use a fixed, non-adjustable detection range. In narrow corridors, passersby—such as across-the-hall neighbors, delivery staff, or couriers—can easily trigger the system when walking past or pausing briefly. This frequently activates features like facial recognition and video monitoring, causing unnecessary alerts and accelerated battery drain.

2.Limited Battery Life: 

Some radar-based detection modules used in traditional smart locks consume high power, reducing overall battery life.

3.Plant-induced False Triggers: 

Legacy sensing methods are relatively single-mode and mechanistic, making it hard to filter environmental interference. When plants by the doorway sway in the wind, the system may misclassify them as human motion. These invalid triggers not only drain the battery but also fill storage with meaningless video clips.

4.Door-sway False Triggers: 

Traditional smart locks struggle with door-sway interference, especially in high-rise buildings or windy coastal areas. When strong winds cause the door to wobble, radars with weak anti-interference capabilities can trigger repeatedly.

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Demo Video Highlights

Distance Detection Test:

Simulates neighbors walking by and real users returning home. With  mmWave radar, the detection range can be precisely configured—neighbors won't trigger it, while user entry prompts an immediate response.

Power ConsumptionTest:

Achieves ultra-low-power detection: zero false triggers when idle, instant response when needed.

Plant Anti-interference Test:

Simulates wind-driven plant movement to test resistance to environmental interference.

Door-sway Anti-interference Test:

Forcefully presses the door to simulate indoor–outdoor pressure differentials and strong winds, pushing the mmWave radar to its limits.

(Note: Tests conducted in simulated environments; real-world performance may vary based on installation and conditions.)

Backup Video Links：bilibili (CN)   Youtube (EN)