Difference between revisions of "Smart Lock"
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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. | 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== | ||
| + | [https://classes.engineering.wustl.edu/ese205/core/index.php?title=Smart_Lock_Log Work Log] | ||
==Challenges== | ==Challenges== | ||
Revision as of 03:38, 31 January 2018
Contents
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
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)
