Difference between revisions of "Smart Lock"

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==Design and Construction==
 
==Design and Construction==
 
[https://classes.engineering.wustl.edu/ese205/core/index.php?title=Smart_Lock_Log Work Log]
 
[https://classes.engineering.wustl.edu/ese205/core/index.php?title=Smart_Lock_Log Work Log]
 +
*Basic Project Outline
 +
**Hardware:
 +
***This part of the project will comprise of the physical locking mechanism as well as the necessary hardware components to communicate with our app
 +
**AWS Server:
 +
***The server will serve as the method of communication between the lock and our phone application. It will also be integral in the security of the lock.
 +
**App:
 +
***Our app will be the main interface for controlling our lock. Additionally, it will also serve as the “key” for the lock
  
 
==Challenges==
 
==Challenges==

Revision as of 21:26, 2 February 2018

Overview

Our solution to the problem posed requires us to create a two part solution. The first part is an electronic mechanism that can be installed in doors that will be able to verify the identity of a smartphone users and unlock/open doors for the person. The second part will be an app on a phone that allows the user to securely log in and verify their identity. They will then be granted permission to certain locks which they can then open.

Members

  • Graham Webb
  • Ahmed Hassan
  • Kelvin Xie
  • John Gibson (TA)

Goal of Product

Unwieldy and ineffective electronic keychains that use a smartphone to unlock doors. Our product will decrease the hardware required and try to create a universal system that would be viable and cheaper in real life.


Design and Construction

Work Log

  • Basic Project Outline
    • Hardware:
      • This part of the project will comprise of the physical locking mechanism as well as the necessary hardware components to communicate with our app
    • AWS Server:
      • The server will serve as the method of communication between the lock and our phone application. It will also be integral in the security of the lock.
    • App:
      • Our app will be the main interface for controlling our lock. Additionally, it will also serve as the “key” for the lock

Challenges

  • Ensuring Software Security
  • Interfacing Locking Mechanism with Software

Materials Needed

  • Computer with eclipse or equivalent
  • 3D printer
  • Arduino/ raspberry pi circuit board or equivalent
  • CAD software
  • Some mechanical parts to physically open the door (specific parts to be determined)