Our primary objectives included:

• Developing a Smart Interactive Mirror: Creating a mirror with automated activation and power-saving functionalities using PIR and mmWave sensors, Raspberry Pi Pico, and Raspberry Pi 4.
• Implementing Advanced Skin Analysis: Utilizing AI and image processing techniques to accurately analyze various skin conditions such as wrinkles, acne, redness, pores, and general skin luminance.
• Integrating AR Makeup Capabilities: Offering virtual makeup application (lipstick, blush, eyeshadow) in real-time, leveraging facial landmark detection and overlay technology.
• Creating an Interactive User Interface: Developing a touchscreen and voice-controlled UI to enhance user interaction, convenience, and accessibility.
• Maintaining Cost Efficiency: Ensuring that the entire system remains budget-friendly through the strategic use of open-source software and affordable hardware components.

Planned Approach:

We planned a structured, milestone-based approach with clearly defined phases to systematically achieve our goals:

1. Initial Research and Feasibility Study:
2. Conduct market research and identify necessary technological components.
3. Evaluate hardware and software tools suitable for efficient implementation.
4. System Design and Component Integration:
5. Design the system architecture, defining communication between sensors, Raspberry Pi Pico, and Raspberry Pi 4.
6. Create CAD designs for the mirror housing to accommodate all electronic components and interactive displays.
7. Development of Core Functionalities:
8. Implement Automatic ON/OFF power management to minimize energy usage.
9. Develop facial recognition and skin analysis software.
10. Integrate Augmented Reality (AR) makeup modules with real-time video processing.
11. User Interface and Interaction Development:
12. Build a dual control method interface (touchscreen and voice control).