1. International Designers B202 Group Design Project

2. Introduction The aim of this project is using Arduino and some specific sensor to take control of something on internet.

3. Analysis and Design Product demonstration template

4. Design Requirement Real time monitor of the box and response time within 10 sec. Website Security – user must login Transactions History Wireless Standard 802.1b/g Sensitivity (Detection Range) Easy to use Safety Lightweight (easy to carry) Power Consumption

6. Prototype

7. Side view of our product

8. Design highlights requirement ： internet security (protect the user)

9. Design highlights -

11. Testing The first tests was made on our local host using the program Wamp as virtual server (average response time 2sec) Simple counter function has been used. Simple counter function has been used. Tested on a real server (average response time 10sec) Released of beta version to get feedback

12. Problems Jumpers Automatic connection to the router Firmware mismatch Dedicated Ip Address was needed for the website Time respond was too late on the real web server

13. Innovations and Creative Magnet Switch Dedicated IP Address

14. Conclusion Design specification TheoryFeaturesMethods

15. Questions???

16. Reference TeraTerm 4.69: LogMeTT (http://logmett.com/) Monitor tool for WiFly: http://www.sparkfun.com/datasheets/Wireless/WiFi/WiFlyGSX-um2.pdf WiFly Shield code library alpha 2 release: SparkFun (http://forum.sparkfun.com/viewtopic.php?p=115626) Code for TeraTerm to connect to router manually: CTaylor (2010, March 04) WiFly Wireless SpeakJet Server Message posted to http://groups.earthlink.com/forum/messages/00025.html Connecting to bridge ramtin (2010, July 09) Wifly on Arduino Message posted to http://www.arduino.cc/cgi- bin/yabb2/YaBB.pl?num=1278691326 Php manual Philip Olson,( 2011,May 13) PHP Manual Message posted to http://www.php.net/manual/en/index.php