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Substitution-permutation networks are the basis for almost all modern symmetric cryptography. SHA2's weakness explained by Dr Mike Pound -- Check out Brilliant's courses and start for free at ...

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  • SHA2's weakness explained by Dr Mike Pound -- Check out Brilliant's courses and start for free at ...
  • Dr Mike Pound explains how files are used to generate seemingly random hash ...
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Open Details
Chacha Cipher - Computerphile

Chacha Cipher - Computerphile

The only viable alternative to AES? Dr Mike Pound unravels the clever

Feistel Cipher - Computerphile

Feistel Cipher - Computerphile

One of the most elegant solutions for cryptography. Dr Mike Pound explains one of his most favourite

Hashing Algorithms and Security - Computerphile

Hashing Algorithms and Security - Computerphile

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Modes of Operation - Computerphile

Modes of Operation - Computerphile

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Almost All Web Encryption Works Like This (SP Networks) - Computerphile

Almost All Web Encryption Works Like This (SP Networks) - Computerphile

Substitution-permutation networks are the basis for almost all modern symmetric cryptography. Dr Mike Pound explains.

AES Explained (Advanced Encryption Standard) - Computerphile

AES Explained (Advanced Encryption Standard) - Computerphile

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Securing Stream Ciphers (HMAC) - Computerphile

Securing Stream Ciphers (HMAC) - Computerphile

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SHA: Secure Hashing Algorithm - Computerphile

SHA: Secure Hashing Algorithm - Computerphile

Secure Hashing Algorithm (SHA1) explained. Dr Mike Pound explains how files are used to generate seemingly random hash ...

128 Bit or 256 Bit Encryption? - Computerphile

128 Bit or 256 Bit Encryption? - Computerphile

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SHA2 Fatal Flaw? (Hash Length Extension Attack) - Computerphile

SHA2 Fatal Flaw? (Hash Length Extension Attack) - Computerphile

SHA2's weakness explained by Dr Mike Pound -- Check out Brilliant's courses and start for free at ...