manjil@notes:~/vhdl

cat README.md

Hardware Cryptography

Understanding the fundamentals of hardware cryptography, from LFSRs and stream ciphers to the PRESENT block cipher. Explore encryption techniques, key generation, round operations, and how cryptographic algorithms are implemented in digital hardware.

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01 Entity Creation and Logic Operators In this task we will be designing digital hardware with the hardware description language VHDL. open

02 Hierarchy and States We will learn how to reuse already implemented designs via a hierarchy to build other components from them. open

03 Assignments and Processes Here we will learn how to use different implementation styles to implement a shift register with a 4 clock cycle delay and a flexible bit... open

04 Finite State Machines We will learn how to use a state machine to control a serial-to-parallel converter open

05 FPGA Understanding the model of FPGA that has been used to perform further experiments. Get to know about the components that is used in FPGA open

06 Substitution Layer Implementation of Substitution Layer open

07 Permutation Layer Implementation of Permutation Layer open

08 Key Schedule Implementation of key scheduling that is performed for PRESENT Cipher open

09 Present Cipher Implementation Combining all the previous tasks to understand and implement PRESENT Cipher open