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We saw in previous videos how easy it is to crack the encrypted networks even if there was no devices



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connected to the target network.



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And even if the target network was idle We also explained a number of methods to inject packets into



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the traffic and caused a number of data to increase very rapidly so that we can cry with a key in a



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very short period of time.



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Now in the next few tutorials we're going to talk about WPA Encryption this encryption was designed



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after the blue.



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And it was designed to address all the issues that made the EPA so easy to crack.



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The main issue with WPP was the short initialization vector which is sent as plaintext and each packet



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the short initialized initialization vector meant that the possibilities of having a unique ID in each



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packet can be exhausted and active networks.



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So when we were injecting packets or a natural active networks we will have more than two packets that



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have the same IP.



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When this happens.



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Aircraft and you can use statistical attacks to determine the keystream and then determine the WAPT



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and WPA.



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However each packet is encrypted using a unique temporary key.



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This means that the number of data packets that we collect is irrelevant even if we are able to collect



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one million packets these packets are not useful because they do not contain any information that can



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help us crack the WPA key.



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Now talking about WPA bawds is the WPA too is the same that works by the same method.



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It can be cracked using the same methods.



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The only difference between the WPA and the new P2 is that WPA to use is an algorithm called Shishi



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MP for encryption.