1. CabSec Integrated Security ANTHONY WARNER NETWORK SECURITY & ELECTRONICS PROGRAM OF AE&T AT EASTERN KENTUCKY UNIVERSITY

2. OUTLINE  Arcade Cabinet Security is not something someone would think of normally, and in my searches I couldn’t find anything EXACTLY like it.  Notices can be sent through the ether to anyone who has this unit deployed.  Worries can be alleviated when away from your equipment  Expandable! 2

3. MOTIVATION  I love the idea of arcades.  Venturing around with my dad I saw the need to protect other deployed units from intrusion and theft. 3  To my knowledge there isn’t anything like it.  One of the few ideas I’ve worked that has genuine inspiration.  Learn some new stuff!

4. INTRODUCTION  There may or may not be an issue here that needs addressed, as arcades are not nearly as popular as they used to be, but I’d imagine this was a major issue.  The good thing is that it isn’t limited to just arcades! 4  Quite a few things about this project lead to other avenues of exploration  Namely integration of security in the form of an IDS for the physical.  Has a huge impact on litigation when you can find your perp. Wow…

5. PROBLEM STATEMENT  Security, security, security. It’s in our major’s title for cryin out loud.  People love to steal things, and not get caught.  This might help solve the problem! 5

6. PROBLEM STATEMENT  Security, security, security. It’s in our major’s title for cryin out loud.  People love to steal things, and not get caught.  This might help solve the problem! 6

7. Assumptions  Operate in a no-power state  Has to use off the shelf parts  Use off the shelf parts 7 This thing has to:  You have a device that needs protectin’  Problems with the thieves exist  You like to keep what you own in good condition I assume that:

8. PROPOSED SOLUTION  Had to think of something  Vicious attack dogs?  Electric shocks?  Attack …..sheep?  Thoughts return to reason  How about a platform that exists, has well established success, and allows for battery operated environment?  Need internet connection for this device  Easily cleaned Linux distributions….  What device could it be? 8

9. Gorgeous 9

10. RESULTS  Was able to quickly detect intrusion (while still accounting for minor tilts that may or may not occur.  Seven second delay was put in to accommodate this and a de-bounce feature was implemented to prevent rocking the unit from tripping it 10  I’d say that is a pretty successful run. Looks like my things are being stolen!  Notifications are sent straight to the phone, from the point of deployment

11. Source: https://www.youtube.com/watch?v=uc92wHNxdIk CabSec : The Full Journey 11 (it’s a fake embed) Warning : Video is 20 minutes long

12. CONCLUSIONS  This project was ideal for a small business owner or personal arcade enthusiast looking for an off the shelf cheap way to better protect their hardware.  The one thing I can conclude is that in this course I have been through the wringer. It has definitely changed my prospective on project timings and motivation.  Even the best founded ideas run into blockades, you just have to be willing to push the extra mile.  Work with school + project = Bad Time 12

13. FUTURE WORK 13  Positive Implication :  People will more easily be able to protect what they own  Negative :  It’s another Raspberry Pi Project.  In the future with the expansion of this idea, I would love to integrate an actual GPS unit within the build to reduce the reliance on IP based geolocation.  Anything different?  Thank the audience  Thank you audience!  Email: Anthony.warner84@gmail.com

14. REFERENCES Oakes, P. (n.d.). Raspberry PI 2, GPIO, SPI, I2C and OneWire Setup [Video file]. Retrieved from https://www.youtube.com/watch?v=oTOIzdwE84k Raspierry Pi Org.. (2013). GPIO: Models A+, B+ and Raspberry Pi 2 - Raspberry Pi Documentation. Retrieved from https://www.raspberrypi.org/documentation/usage/gpio-plus-and-raspi2/https://www.raspberrypi.org/documentation/usage/gpio-plus-and-raspi2/ Vu, N. (2014). Implementation of Linux GPIO Device Driver on Raspberry Pi Platform (Doctoral dissertation, Helsinki Metropolia University of Applied Sciences, Helsinki, Finland). Retrieved from http://www.theseus.fi/bitstream/handle/10024/74679/Nguyen_Vu.pdf?sequence=1http://www.theseus.fi/bitstream/handle/10024/74679/Nguyen_Vu.pdf?sequence=1 14