Electronic Door Entry

Project Team

• Rye Kennedy
• Tom McGuire
• Dominic Canare
• Christian Kindel
• John Harrison
• Ty Nighswonger

Testing/Demo Video

https://www.youtube.com/watch?v=tPUxK-oVyMc

To Do list from July 16 2014 meeting

• Order some silicone potting compound to seal the card reader.
• Order some more cards and tags
• Order another card reader in case this one gets smashed.
• Mount the card reader outside.
• Assemble and mount the controller inside.
• Wire the controller to the reader.
• Wire the power and Ethernet to the controller.
• Do some software magic stuff
  • also add read door open/closed status

Hardware Specs

• Basics:
  • Electric door strike (12V, 250 mA), will be wired fail secure, i.e. applying electric current to the strike will cause it to unlock
  • RFID/NFC card reader (MiFare cards)
  • Card reader can communicate via I2C/Uart/SPI
  • Two status LED's
  • Interposing circuit for door strike/RPI
• Outdoor enclosure to hold card reader:
  • (Tom McGuire fill in here)
  • Will hold card reader
  • Power LED - red LED that will be on continuously if there is power
  • Status LED - green LED that will blink one sequence with succesful card read and a different sequence if failed
• RaspberryPi:
  • GPIO list:
    • Status LED's
    • Door latch interposing circuit
    • Door latch buzzer (let the user know the solenoid has been energized)
    • Door reed switch (door status)

Software Specs

• Operating System: Raspbian
• Frontend: Apache/PHP (HTML/CSS/JS)
• Backend: MySQL/PHP
• Latch API: Python
• Version control: GIT/Bitbucket

Software Roadmap

• Version 0.5 - ETA 2014-02-20
  • Software controlled door latch
  • Account Database
  • Logging
• Version 1.0 - ETA 2014-02-25
  • Command line management interface
    • ID Enrollment
    • ID Withdraw
    • Log viewer
• Version 2.0 - ETA TBD
  • Web Interface
    • ID Enrollment
    • ID Withdraw
    • Access log viewer
• Version 2.5 - ETA TBD
  • WildApricot Integration
    • Automated re-activation
    • Automated withdraw