DIY ESP32-Based Smartwatch with LiDAR and Wi-Fi Scanning
This project features the ESP32 microcontroller, integrating advanced environmental monitoring and IoT control. It stands out by interacting with various smart devices, offering practicality and innovation for enthusiasts.
Smartwatch Features:
High precision timekeeping.
Motion-activated.
Tracks humidity, pressure, and temperature.
VL53L1X distance sensor and 5mW laser for precise measurements.
Displays network signal strength and encryption levels.
Controls IoT devices like door locks and light switches.
Fully recharges in 43 minutes via USB-C or magnetic charger.
Its extensive features and rapid charging make this smartwatch a practical and exciting tool for innovative applications and daily use.
More information:
The main article
The main article
The YouTube video
Smartwatch Features:
High precision timekeeping. Motion-activated. Tracks humidity, pressure, and temperature. VL53L1X distance sensor and 5mW laser for precise measurements. Displays network signal strength and encryption levels. Controls IoT devices like door locks and light switches. Fully recharges in 43 minutes via USB-C or magnetic charger.Its extensive features and rapid charging make this smartwatch a practical and exciting tool for innovative applications and daily use.
More information:
The main article
The main article
The YouTube video
