Security System

Todd PalmerDylan SzetoJohn Siedman

The Destroyers

Design

Built on the Dragon 12 board

Used as a household security system

Used IR Sensor & DIP Switches

LEDs and speaker for the security phases

Keypad to input password

How it works?

Device can be installed on the wall with power device connected.

First setup is to have user input set the activation password

Then, allows user to start in the armed phase or activation phase

When in armed phase the IR sensor will detect when someone is near and for class purposes the DIP switches to show purpose towards different detection sensors

When detected the device will play a song and flash lights till user toggles switch four to allow the user to input the password that was set during activation

If password is incorrect the counter will give the user five tries till it locks a given time, while deactivating the user gets a noise for each time the password is incorrect

Targeted Markets This security system will target people who

own households, motels, hotels and small businesses

For people who want an easy use product without the monthly charge

Customer Expectations

Customers want a stable and reliable product to keep them protected

They want a user friendly system that is easily understandable

An affordable system without monthly charges

Good customer service to help them solve issues with the product

Fulfilling Customer Needs

We will test our protect with every aspect known and allow free testing of beta prototypes of our system to receive more information

The system will be user friendly with easy to understand step by step instructions with a informative manual that gives step by step instructions to use our security system.

Cost Analysis

The cost of the Dragon 12 board is $159.99

We would replace this with an Arduino Uno microcontroller board $24.99, separate IR sensors for $8.99, serial LCD display for $14.95, keypad for $3.95, and speaker jack to hook into home speaker system

Benefits include smaller system, cheaper price and will be easier to upgrade.

Would need time to rewrite code methods to the right ports of the system

Competitors

Strengths and Weaknesses

Easy to use system

Extra parameters to catch user errors

Not enough IR Sensors

Timing of program

Long-term Goals

To make our prototype into a useable product for the everyday household.

Meet the standards for a household security system

Improve our prototype to be cheaper, faster and more user friendly towards everyday tasks.

Add an arm to launch dodge balls

Self-Reflection

Demonstration

Questions or Comments