- Austin Bernard - Software Design
- Shion Jeegan Michael - Frontend/Database
- Aaron Haish - Hardware Design/3D modeling
- Facial Recognition
- Biometric fingerprint scanner
- Servo motor
- Keypad (Keypad scrambler with 20x4 LCD)
- LCD
- Magnetic contact switches (Reed switch)
- Website/Database
- Speaker
- Alarm
- 3D Prints
• Biomatric Fingerprint Scanner: for person identification in the double verification process.
• Camera: Once motion is detected camera comes on and will either take a photo/video and will email that picture to the owner, as well as storing the picture/video into a database with the date and time of occurence. The camera will also act as a facial recognition to allow double verification along with the biometric scanner.
• Door lock: If no finger is verified, be able to use a keypad to still allow entry through the lock.
• Keypad: to allow entry incase face isn't recongnized as well as adding new users to the system.
• High torque servo motor that will unlock a door upon successful verification.
• Motion sensor to detect movement which will start the verification process.
• Alarm system with magnetic contact switches to sound an alarm in case of intrusion.
• Unknown faces will be stored in a database, with the date and time, which can be viewed online at any time by the owner and select users.
• 3D printed design for the components on the front of the door, a 3D printed design for the servo motor, as well as a 3D printed box for the back of the door which will contain the Raspberry Pi.
• Website: to display all of the data with an admin panel.
• Database: use a database to store all data. Pictures of unknown person plus data and time.
If camera motion is detected, take a picture and email that picture to the owner/s. If door is forced entry, lock isn't unlocked by keypad or biometric scanner, set an actual alarm with the buzzer.
