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Encryption infrastructure on-key

Midterm Presentation. Encryption infrastructure on-key. Written by: Elkin Aleksey Savi Esacov Advisor: Mr. Idan Shmuel Winter 2013/14. Project goals. Creation universal infrastructure for encryption/decryption system using FPGA Creation GUI

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Encryption infrastructure on-key

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  1. Midterm Presentation Encryption infrastructure on-key Written by: Elkin Aleksey Savi Esacov Advisor: Mr. Idan Shmuel Winter 2013/14

  2. Project goals • Creation universal infrastructure for encryption/decryption system using FPGA • Creation GUI • Creation control system for tracking data from PC to a SD card and back through encrypts / decrypts • Learning and experience in a variety of areas : • RealTime controlling system • FPGA • Programming

  3. Background • Now there are a lot of data encryption systems based on hardware • These systems encryption mechanism and control system loose, so there is a dependence and lack of flexibility in the system • Separation of encryption mechanism and the control system will increase the system flexibility, in particular allow to change the encryption mechanism according to the needs • Now the lab are realizing the encryption and decryption mechanism, which is implanted into the shell we must build

  4. Instruments • Hardware • DE2 Board • NIOS II core • DLP • SD card • Software • Quartus II 13.0 • Qsys • Eclipse

  5. Project Goals • Planning and creating an interface between the DE2 Board and SD card • Planning and creating an interface between the DE2 Board and PC • Planning and creating GUI • Integration between parts of the system

  6. Architecture – High Level Nios II controller AVALON BUS SD card DLP Data Transmitter (Option) Encryption Decryption GUI Sending data to encrypt Or decryption request PC

  7. Dataflow PC DLP USB FPGA SD card

  8. Planning ahead • Interface (synchronization) between software and hardware • Limit number of logic elements

  9. Schedule

  10. The End

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