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network profile
| bio | website | |
|---|---|---|
| location | ||
| age | ||
| visits | member for | 1 year, 8 months |
| seen | Jan 2 at 12:07 | |
| stats | profile views | 7 |
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Nov 9 |
comment |
How key materials are generated in SSL V3 from master secret The TLS 1.0 documentation says The cipher spec which is defined in this document which requires the most material is 3DES_EDE_CBC_SHA: it requires 2 x 24 byte keys, 2 x 20 byte MAC secrets, and 2 x 8 byte IVs, for a total of 104 bytes of key material. How they arrived at the key size of 24 byte for 3DES. A little search on net gives 3DES key size as 168, 112 or 56 bits |
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Nov 8 |
asked | How key materials are generated in SSL V3 from master secret |
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Nov 7 |
accepted | What is the purpose of four different secrets shared by client and server in SSL/TLS? |
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Nov 7 |
comment |
What is the purpose of four different secrets shared by client and server in SSL/TLS? why we have server_write_key and client_write_key? |
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Nov 7 |
revised |
What is the purpose of four different secrets shared by client and server in SSL/TLS? deleted 18 characters in body |
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Nov 7 |
revised |
What is the purpose of four different secrets shared by client and server in SSL/TLS? deleted 14 characters in body |
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Nov 7 |
asked | What is the purpose of four different secrets shared by client and server in SSL/TLS? |
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Oct 27 |
awarded | Editor |
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Oct 27 |
revised |
Should I use ECB or CBC encryption mode for my block cipher? added figure |
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Oct 27 |
suggested | suggested edit on Should I use ECB or CBC encryption mode for my block cipher? |
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Oct 8 |
awarded | Nice Question |
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Sep 16 |
accepted | Basic explanation of Elliptic Curve Cryptography? |
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Sep 8 |
awarded | Supporter |
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Sep 8 |
comment |
Basic explanation of Elliptic Curve Cryptography? @D.W. I have a basic understanding of Cryptography being a compsci undergrad. Don't know much about the underlying theoretical buildup. I want to know more from a practical view. A simplified theoretical view is highly desirable, since most text books look this from a high level view. |
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Sep 8 |
comment |
Basic explanation of Elliptic Curve Cryptography? @mikeazo I have both William Stallings and Bruce Schneier book. |
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Sep 8 |
awarded | Student |
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Sep 8 |
asked | Basic explanation of Elliptic Curve Cryptography? |
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Sep 8 |
awarded | Scholar |
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Sep 8 |
accepted | Digital Signature Algorithm signature creation |
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Sep 7 |
asked | Digital Signature Algorithm signature creation |
