1. Wireless Gate System Group Members:
Kyle Rudolph, Brandon Gonlag, Channing Maher
Advisor: Dr. Cris Koutsougeras
Professor: Dr. Mohammad Saadeh

2. Introduction Wireless gate system
Automatic opening and closing when in proximity
Arduino and Internet Access
App Compatible

3. Objective The main objective of this project is:
Create a system to integrate with a gate
Create an app only available to users that know the password.
Create an app to interface with the system through a microcontroller

4. Motivations What was the motivation/reason for this project?
Easier to control gate system
Easy access through gate
Easy to access app

5. Parts List Arduino Nano Arduino Yun Stepper Motor RFID Scanner
H-Bridge

6. Deliverables Have a working app to control the gate
Integrate the device with some form of gate
Design an app capable of Internet connectivity with the Microcontroller

7. Prototype Designs (Xcode)
App was created in Xcode for iPhone use
Sample of code used to program use with gate and database

8. Prototype Designs (App Inventor 2)
App Created with App Inventor 2
Clip of Block Code used to program the App

9. Internet access Arduino Yun
Capable of being setup in any WPA2 secure network
Communication is handled through URL command request like digital/pin/set
Yun only handles none delayed, this creates a quick and responsive control.

10. RFID Scanner
Grants full access to the gate if the user has been preapproved by a master card user.
Master card can give and take away privileges.
Small RFID chips can hold privileges.
Currently you need to be in close proximity to work this.

11. Code

12. Project timeline