Smart Door Actuator Design for Secure Deliveries

The Door Face Panels is at the forefront of developing a smart door solution aimed at enhancing both security and accessibility. The primary challenge is to design an automated delivery door within the existing smart door structure that maintains the sleek aesthetic while ensuring robust security. This project focuses specifically on the mechanical aspect, particularly the actuators that will enable the automated opening and closing of the delivery compartment. The goal is to prevent porch piracy, a growing concern that deters people from ordering expensive items due to the fear of package theft. By integrating a secure delivery mechanism, homeowners can receive packages safely without compromising the overall design of their smart door.

Smart Delivery Door Panel Design

The Door Face Panels is pioneering a smart door solution that enhances security and accessibility. The focus of this project is to design a mechanical component for a delivery door, positioned where the side glass panel/side lite is typically located. This fixed element should function similarly to an automated window with a folding tray, allowing for secure and efficient delivery access. The design must seamlessly integrate with the existing door aesthetics, maintaining the overall visual appeal and functionality. The project aims to create a prototype that balances innovative mechanical design with practical usability, ensuring that the solution is both effective and visually cohesive with the door's existing design elements.

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 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.