Concealed Smart Door Actuator Arm Design

The Door Face Panels is pioneering a smart door solution that enhances security and accessibility. The project focuses on designing a sleek, automated actuator arm that seamlessly integrates into the door jam and structure, making it invisible when not in use. This design aims to improve security by reducing the risk of break-ins and providing better safety features through automation. The project requires a detailed exploration of how the actuator arm will extend and retract, ensuring it fits within the existing system without compromising the door's aesthetics or functionality. The goal is to achieve a balance between innovative technology and practical design, ensuring the door remains user-friendly and secure.

Cybersecurity Systems for Door Face Panels

The main goal for the project is to design and implement a robust cybersecurity system for Door Face Panels. An energized door with interchangeable panels that carry SAMRT devices inside. Facial/voice recognition, NFC/RFID are selected technologies for The Door face systems. AI enabled multi function authentication system, analyzing system vulnerabilities

Cybersecurity System for Door Face Panels

The main goal for the project is to design and implement a robust cybersecurity system for Door Face Panels. An energized door with interchangeable panels that carry SAMRT devices inside. Facial/voice recognition, NFC/RFID are selected technologies for The Door face systems. This will involve conducting a comprehensive risk assessment to identify potential vulnerabilities and threats to the smart door system.

Smart Door App Prototype Development

The Door Face Panels is seeking to develop a prototype for a Smart Door App that enhances user interaction with their smart door systems. The primary goal is to create an intuitive and user-friendly mobile application that allows users to control and monitor their smart doors remotely. This project will enable learners to apply their knowledge of mobile app development, user interface design, and IoT integration. The app should include features such as door lock/unlock functionality, real-time status updates, and user notifications. The project will focus on creating a seamless user experience while ensuring data security and privacy. This project provides an opportunity for learners to work on a real-world application, enhancing their skills in software development and IoT technologies.