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The Smart Home Visitor Notification System
Maixduino Kit for AI+IoT

Now days we are facing security problems at our house, So today I am here with the solution for the problem 'The Smart Home Visitor Notification System' .The Smart Home Visitor Notification System enhance home security by detecting and notifying homeowners of visitors at their door in real-time with IoT. The system uses a camera to capture images, AI to detect faces, and sends notifications to the homeowner's smartphone when a face is detected. In this project by integrating the ESP32 with the Sipeed Maixduino Dev Kit, you can leverage the Wi-Fi capabilities of the ESP32 to send notifications when a face is detected. The ESP32 handles the network connectivity and HTTP server, while the Maixduino performs the AI tasks. This approach ensures a clear separation of concerns and utilizes the strengths of both devices effectively. The Sipeed Maixduino Development Board is chosen for its advanced AI capabilities, efficient performance, flexibility, software support, cost-effectiveness, and the availability of community and documentation resources. These features make it an ideal choice for developing a real-time, AI-powered smart home visitor notification system. The Sipeed Maixduino Dev. Kit is equipped with the Kendryte K210 AI processor, which is specifically designed for edge AI applications. It can perform tasks like face detection and recognition efficiently on the device itself, without the need for cloud processing. That's why I choose Sipeed Maixduino Dev Kit

Project Objectives

Real-time Face Detection: Implement a reliable face detection system using the Sipeed Maixduino Dev. Kit that can accurately identify human faces in real-time.
Visitor Notification: Develop a notification system that instantly alerts homeowners via their smartphone when a face is detected at the door.

Remote Monitoring: Create a web interface or mobile app that allows homeowners to view live camera feeds and access recorded images of visitors from anywhere.

Integration with ESP32 for Wi-Fi Connectivity: Use the ESP32 to handle Wi-Fi connectivity, enabling the system to send notifications over the internet and interface with cloud services.

Power Efficiency: Design the system to be power-efficient, ensuring that it can operate continuously with minimal power consumption.

Ease of Installation and Use: Ensure that the system is easy to set up and use, with a straightforward installation process and an intuitive user interface.

Secure Communication: Implement secure communication protocols to protect the data being transmitted between the Maixduino, ESP32, and the homeowner’s devices, ensuring privacy and security.

Cost-effectiveness: Build the system using cost-effective components without compromising on performance, making it accessible for a wide range of users.

Reliability and Robustness: Ensure that the system operates reliably under various environmental conditions and is robust enough to handle different scenarios without frequent maintenance or failures.