2,174 reputation
1418
bio website bradconte.com
location Texas, USA
age 25
visits member for 1 year, 9 months
seen yesterday
stats profile views 18

I'm a software engineer. My specific interests are Cryptography and computer security. I graduated from UC Davis with B.S.s in C.S. and pure math.

My website: http://bradconte.com


Apr
11
reviewed Approve suggested edit on Any point in waiting for the SHA-3 standard?
Mar
26
reviewed No Action Needed Comparison: complexity measures vs. security
Mar
21
revised Could a very long password theoretically eliminate the need for a slow hash?
Added relevant tag.
Mar
21
answered Could a very long password theoretically eliminate the need for a slow hash?
Feb
15
awarded  Custodian
Feb
15
reviewed Reviewed Encrypting a key with the same key
Feb
15
comment Encrypting a key with the same key
Is fgrieu's premise along the lines of the security situation that you had in mind? As it is, the question does not specify the context of the security you are interested in (as @David pointed out). Could you add some detail or incorporate fgrieu's premise into the question?
Feb
15
reviewed Reviewed Low complexity implementation of a small blocksize cipher (< 64 bit)
Feb
15
revised Low complexity implementation of a small blocksize cipher (< 64 bit)
Added relevant tag.
Feb
15
reviewed Reviewed Selective format-compliant JPEG encryption?
Feb
12
revised Attack XOR encryption of binary data compressed by zlib with known key length (very short key)
Better opening.
Feb
12
answered Is semantic security important in a hybrid cryptosystem?
Feb
12
answered Attack XOR encryption of binary data compressed by zlib with known key length (very short key)
Feb
11
reviewed No Action Needed Is AES reducible to an NP-complete problem?
Feb
11
reviewed Reviewed AES-CTR vulnerability to cryptographic oracle
Feb
10
awarded  Custodian
Feb
10
reviewed Approve suggested edit on Request for 1024-bit primes $p$ , subgroup $q$ and subgroup generator $g$
Feb
10
reviewed Reviewed What is 'security margin'?
Feb
6
reviewed Close Super-symmetric Stream cipher
Feb
6
comment Super-symmetric Stream cipher
@Auth: Stream ciphers do not have a concept of "modes". Using your notation, if F(x,k)=y1 and F-1(x,k)=y2 then F and F-1 are different functions and thus not a part of a stream cipher, but rather a stream cipher themselves. You are basically asking "can a stream cipher be two different stream ciphers?" Doesn't make much sense. But you can build different ciphers with similarities (eg, different ways of building one from AES), or you may use different nonce techniques with the same cipher. So you may be able to create a class of stream ciphers that "feel" like different modes of the same thing.