An intelligent door lock system built with Rust and ESP32-S3, supporting multiple connectivity options and power supply methods.

• 🔐 Smart Door Lock Control: Electromagnetic lock control with GPIO-based relay switching
• 🎮 Multi-Input Support: Dual button input for manual operation
• 🔗 Connectivity Ready: Designed for NFC, Bluetooth, Wi-Fi, and Ethernet integration
• 🔌 Power Options: Supports PoE (Power over Ethernet) power supply
• 🦀 Rust-Powered: Built with Rust for safety and performance on ESP32-S3
• ⚡️ Async Runtime: Embassy-based asynchronous task handling

• ESP32-S3 microcontroller
• Electromagnetic door lock (controlled via GPIO5)
• Two input buttons (GPIO6, GPIO7)
• Power supply (standard or PoE)
• PN532/PN5180 NFC reader
• 3.3V relay

The current version provides basic door lock functionality:

• Door Lock Control: Electromagnetic lock connected to GPIO5
• Button Inputs: Two buttons (GPIO6, GPIO7) with internal pull-up resistors
• Automatic Locking: 3-second unlock duration when buttons are pressed
• Async Operation: Non-blocking operation using Embassy executor

# Install Rust ESP toolchain
cargo install espup
espup install

# Source the environment
source ~/export-esp.sh

# Build the project
cargo build

# Flash to ESP32-S3
cargo run

src/
├── main.rs          # Main application entry point
├── task.rs          # Async door control task implementation

• 📱 NFC card authentication
• 📡 Bluetooth Low Energy support
• 📱 Wi-Fi connectivity and remote control
• 🌐 Ethernet connectivity
• 📊 Access logging and monitoring
• 🔒 Enhanced security features
• 📱 Mobile app integration

Licensed under the Apache License, Version 2.0. See LICENSE for details.

• AprilNEA

Repository: https://github.com/aprilnea/oxidoor

OXIDOOR - Securing your space with Rust reliability