Project Deadwood A Digital Enigma Machine

1. Project DeadwoodA Digital Enigma Machine • Advisors • Dr. Aziz Inan, Dr. Peter Osterberg • Industry Representatives • Mr. Mike DeSmith • Ms. Swetha Varadharajan • Intel Team Aaron Challenner Marc Smith Matthew Tongue University of Portland School of Engineering

2. Overview • Introduction • Scorecard • Additional Accomplishments • Plans • Issues/Concerns • Conclusions University of Portland School of Engineering

3. Introduction • Digitally-modeled Enigma machine • Mechanical encryption device A A A A A A A A A A A B B B B B B B B B B B B C C C C C C C C C D D D D D D D D D D D D E E E E E E E E F F F F F F University of Portland School of Engineering

4. Scorecard • Shortcomings: • Program EEPROMs • Still haven’t arrived (!) • Complete ThOps v 1.0 • Industry Representative meeting today • Verify ICs • Simple task, lacking breadboard • Last Semester’s plans: • Program Enigma Simulator • Complete ThOps v 1.0 • Program EEPROMs • Verify ICs • Generate PS/2 Interface Code • Completed Plans: • Program Enigma Simulator • Generate PS/2 Interface Code University of Portland School of Engineering

5. Additional Accomplishments • Got all rested up • Obtained PS/2 connector from Craig Henry University of Portland School of Engineering

6. Plans • Procure and/or Program Firmware into: • PICs • EEPROMs • GALs • CPLD • Assemble non-MOSIS Components on Board • Test System Functionality Without MOSIS University of Portland School of Engineering

7. Milestones University of Portland School of Engineering

8. Concerns/Issues • Power Supply • Unplanned-for in budget • CPLD, GALs, EEPROMs • Ordering issues with EEPROMs • Reviewing correspondence with Craig Henry • Finding the Breadboard • Laid aside by Tongue last semester • Worst-case scenario: Tongue purchases new breadboard University of Portland School of Engineering

9. Conclusions • We’re a smidge behind • February is programming-oriented • Procurement a priority • Questions? University of Portland School of Engineering