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Welcome back to Advance Export Development, and in this section, we're going to go for the bad character

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analysis of the section I already eliminated zero eight.

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But just to demonstrate now, the point I'm trying to make in this section is that there is a lot of

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bad characters in this application due to the Unicode encoding.

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However, a viable alternative to using standard SQL code is to encode your code using any range from

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zero to nine and capital A to Capital Z that will be Hex 41 and capital A in Hex five A four Capital

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Z.

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When we use our Alpha to encoder, it will all be based along interweaved numbers, as you can see right

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here.

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So we're going to just take out a few bad characters first to demonstrate the limited character said

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that we are dealing with when it comes to Unicode exploits.

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So let's go back and restart immunity.

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So control of two to restart go.

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Yes, OK.

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Pressplay.

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We refer to Lord Steele's.

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Contrary to act, I jumped to an expression, go to our pop pop return instruction.

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Yes.

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And we're going to try to eliminate one bad character.

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Top 40, remember, were taking over S.H., so passionate ception.

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Then increment.

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And go all the way down to pushbacks then, right, click on the register, address the following dump,

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and we got remember, this is all Unicode and coded, so now it's appended with no bytes.

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So zero one zero two zero three if you go all the way down to.

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Zero, eh?

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That is our first bad character, so we can take a note of that.

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But just to let you know, we're not going to be using standard show code, we're going to code it using

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uppercase letters and numbers.