Static and Dynamic Analysis for Finding Cryptographic Asset $($Considering DH algorithm implementation$)$ Objective: $$ Static Analysis of a cryptographic algorithm's implementation $$ Dynamic Analysis of a cryptographic algorithm's implementation $$ Finding cryptographic asset by reversing a binary of a cryptographic algorithm implementation. What to do: You should download the binary from $($DH$-$Modified$-$Last.exe$)$ and reverse it by using IDA$-$Pro disassembler. By reverse engineering and debugging the binary, find the following: $1)$ Alice's random private key $2)$ Bob's random Private key $3)$ Alice's exchanged public parameter $($YA$)4)$ Bob's exchanged public parameter $($YB$)5)$ The corresponding generated session key between ALICE and BOB Write a report of your work providing the screen shots. $$ Static analysis report: $$ Analyze the implementation from static point of view $($what information is available without debugging the program$)$ o E$.$g$.,$ can you find the keys or any cryptographic assets? o Any information available regarding the functions and the variables $$ Dynamic analysis report: $$ Analyze the implementation from dynamic point of view $($what information is available when you are debugging the program$)$ o E$.$g$.,$ can you find the private keys o Can you find the public keys? o What is the ordering of the bytes within a multi$-$byte number in memory mapping $($a big$-$endian ordering or a little$-$endian ordering$)?$