sci.crypt

• Thread Index

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• Re: Request to Use and Abuse My SHA512 Program
  • From: Wolfgang Ehrhardt
• Re: Permutation Extrapolation Function (PXF)
  • From: WTShaw
• Re: If we could factor large numbers quickly, how exactly does everything break?
  • From: Pubkeybreaker
• Re: Permutation Extrapolation Function (PXF)
  • From: WTShaw
• Re: Permutation Extrapolation Function (PXF)
  • From: WTShaw
• Re: Request to Use and Abuse My SHA512 Program
  • From: Wolfgang Ehrhardt
• Re: Request to Use and Abuse My SHA512 Program
  • From: Wolfgang Ehrhardt
• Re: Request to Use and Abuse My SHA512 Program
  • From: Thomas ***in
• Re: Request to Use and Abuse My SHA512 Program
  • From: Tom St Denis
• Re: Request to Use and Abuse My SHA512 Program
  • From: Pubkeybreaker
• Re: question about the Secure Remote Password protocol
  • From: Scott Fluhrer
• question about the Secure Remote Password protocol
  • From: yawnmoth
• Re: Request to Use and Abuse My SHA512 Program
  • From: David T. Ashley
• Re: How much cyber security is really there?
  • From: bmearns
• Re: If we could factor large numbers quickly, how exactly does everything break?
  • From: Joseph Ashwood
• Re: If we could factor large numbers quickly, how exactly does everything break?
  • From: Pubkeybreaker
• Re: Request to Use and Abuse My SHA512 Program
  • From: alex
• Re: If we could factor large numbers quickly, how exactly does everything break?
  • From: Joseph Ashwood
• Re: Binary code
  • From: Ertugrul Söylemez
• If we could factor large numbers quickly, how exactly does everything break?
  • From: mark
• Binary code
  • From: Nick Cramer
• Re: digital signature without hashing?
  • From: Mehdi Tibouchi
• Re: How much cyber security is really there?
  • From: Richard Outerbridge
• Re: digital signature without hashing?
  • From: unruh
• Re: digital signature without hashing?
  • From: Kristian Gjøsteen
• Request to Use and Abuse My SHA512 Program
  • From: David T. Ashley
• Re: Updating the Historic OTP.
  • From: Pubkeybreaker
• Re: Updating the Historic OTP.
  • From: Phil Carmody
• Re: Prime Number distribution solved; visual proof included. - dbl3-2-1207.JPG (0/1)
  • From: Globemaker
• Re: Permutation Extrapolation Function (PXF)
  • From: David Eather
• Re: How much cyber security is really there?
  • From: bmearns
• Re: How much cyber security is really there?
  • From: Richard Outerbridge
• Re: How much cyber security is really there?
  • From: bmearns
• Re: How much cyber security is really there?
  • From: Richard Outerbridge
• Re: How much cyber security is really there?
  • From: Datesfat Chicks
• Re: Hardware RNG
  • From: mgoelzer
• Re: How much cyber security is really there?
  • From: Richard Outerbridge
• Re: How much cyber security is really there?
  • From: Nils o . Janus
• Re: Dependency in the output of a hash
  • From: bmearns
• Re: Permutation Extrapolation Function (PXF)
  • From: bmearns
• Re: How much cyber security is really there?
  • From: bmearns
• Re: How much cyber security is really there?
  • From: Noob
• Re: digital signature without hashing?
  • From: Thomas ***in
• Re: Binary Application Ciphers an Anomaly - Help Me Get it Right.
  • From: Bruce Stephens
• Re: How much cyber security is really there?
  • From: Mok-Kong Shen
• Re: How much cyber security is really there?
  • From: Mok-Kong Shen
• Re: Permutation Extrapolation Function (PXF)
  • From: WTShaw
• Re: Permutation Extrapolation Function (PXF)
  • From: WTShaw
• Re: Binary Application Ciphers an Anomaly - Help Me Get it Right.
  • From: WTShaw
• Re: Hardware RNG
  • From: amzoti
• Re: digital signature without hashing?
  • From: Thomas ***in
• Re: digital signature without hashing?
  • From: Paul Rubin
• Re: digital signature without hashing?
  • From: Kristian Gjøsteen
• Re: digital signature without hashing?
  • From: Maaartin
• Re: Hardware RNG
  • From: Jan Panteltje
• Re: Hardware RNG
  • From: mgoelzer
• Re: How much cyber security is really there?
  • From: Gordon Burditt
• Re: Hardware RNG
  • From: Jan Panteltje
• Re: digital signature without hashing?
  • From: Tom St Denis
• Re: Very basic questions
  • From: Tom St Denis
• Re: How much cyber security is really there?
  • From: bmearns
• Re: Permutation Extrapolation Function (PXF)
  • From: bmearns
• Re: Dependency in the output of a hash
  • From: bmearns
• Re: digital signature without hashing?
  • From: Joseph Ashwood
• How much cyber security is really there?
  • From: Mok-Kong Shen
• Re: digital signature without hashing?
  • From: Paul Rubin
• Re: Binary Application Ciphers an Anomaly - Help Me Get it Right.
  • From: Noob
• Re: Hardware RNG
  • From: Mok-Kong Shen
• Hardware RNG
  • From: mgoelzer
• Re: digital signature without hashing?
  • From: Joseph Ashwood
• Re: Very basic questions
  • From: John Bischoff
• Re: Dependency in the output of a hash
  • From: Maaartin
• Re: Dependency in the output of a hash
  • From: Maaartin
• Re: Dependency in the output of a hash
  • From: unruh
• Re: Permutation Extrapolation Function (PXF)
  • From: David Eather
• digital signature without hashing?
  • From: Paul Rubin
• Re: Dependency in the output of a hash
  • From: bmearns
• Re: Very basic questions
  • From: Joseph Ashwood
• Re: Binary Application Ciphers an Anomaly - Help Me Get it Right.
  • From: Bruce Stephens
• Re: Certicate chain
  • From: Nelson Bolyard
• Re: Binary Application Ciphers an Anomaly - Help Me Get it Right.
  • From: adacrypt
• Re: Certicate chain
  • From: Maaartin
• Re: Binary Application Ciphers an Anomaly - Help Me Get it Right.
  • From: Gordon Burditt
• Re: Certicate chain
  • From: Gordon Burditt
• Re: Binary Application Ciphers an Anomaly - Help Me Get it Right.
  • From: Gordon Burditt
• Certicate chain
  • From: Maaartin
• Re: Very basic questions
  • From: Mehdi Tibouchi
• Re: A link to a news on SSL
  • From: Maaartin
• Re: Very basic questions
  • From: Greg Rose
• Re: A link to a news on SSL
  • From: William Ahern
• Re: Very basic questions
  • From: unruh
• Re: Very basic questions
  • From: unruh
• Re: Very basic questions
  • From: unruh
• Re: Binary Application Ciphers an Anomaly - Help Me Get it Right.
  • From: adacrypt
• Re: Binary Application Ciphers an Anomaly - Help Me Get it Right.
  • From: adacrypt
• Re: Very basic questions
  • From: David Eather
• Re: Very basic questions
  • From: George Orwell
• Re: Updating the Historic OTP.
  • From: Mark Murray
• Re: Question on encryption modes
  • From: Scott Fluhrer
• Very basic questions
  • From: John Bischoff
• Re: On selection of polynomials for the Multiple Polynomial Quadratic Sieve
  • From: Gordon Burditt
• Re: Question on encryption modes
  • From: rossum
• Re: On selection of polynomials for the Multiple Polynomial Quadratic Sieve
  • From: Bruce Stephens
• Re: On selection of polynomials for the Multiple Polynomial Quadratic Sieve
  • From: WTShaw
• Re: Updating the Historic OTP.
  • From: WTShaw
• Re: Updating the Historic OTP.
  • From: WTShaw
• Re: Updating the Historic OTP.
  • From: WTShaw
• Counted Hash Basics
  • From: WTShaw
• Permutation Extrapolation Function (PXF)
  • From: WTShaw
• Re: Binary Application Ciphers an Anomaly - Help Me Get it Right.
  • From: WTShaw
• Re: Question on encryption modes
  • From: Paul Rubin
• Re: Binary Application Ciphers an Anomaly - Help Me Get it Right.
  • From: Mark Murray
• Re: On selection of polynomials for the Multiple Polynomial Quadratic Sieve
  • From: Bruce Stephens
• Re: A poorman's stream encryption algorithm
  • From: Mok-Kong Shen
• Re: Binary Application Ciphers an Anomaly - Help Me Get it Right.
  • From: Globemaker
• Re: On selection of polynomials for the Multiple Polynomial Quadratic Sieve
  • From: Tom St Denis
• Call for papers (Deadline Extended): ISP-10, USA, July 2010
  • From: James Heralds
• Re: A poorman's stream encryption algorithm
  • From: unruh
• Re: On selection of polynomials for the Multiple Polynomial Quadratic Sieve
  • From: adacrypt
• Re: Question on encryption modes
  • From: Scott Fluhrer
• Re: On selection of polynomials for the Multiple Polynomial Quadratic Sieve
  • From: Noob
• Re: A poorman's stream encryption algorithm
  • From: Tom St Denis
• Re: On selection of polynomials for the Multiple Polynomial Quadratic Sieve
  • From: Tom St Denis
• Re: On selection of polynomials for the Multiple Polynomial Quadratic Sieve
  • From: Maaartin
• Re: On selection of polynomials for the Multiple Polynomial Quadratic Sieve
  • From: adacrypt
• Re: A poorman's stream encryption algorithm
  • From: Mok-Kong Shen
• Re: A link to a news on SSL
  • From: Noob
• Re: A link to a news on SSL
  • From: Mok-Kong Shen
• Binary Application Ciphers an Anomaly - Help Me Get it Right.
  • From: adacrypt
• Re: Question on encryption modes
  • From: Mok-Kong Shen
• Re: A poorman's stream encryption algorithm
  • From: Mok-Kong Shen
• Re: Is this a secure key derivation function?
  • From: Joseph Ashwood
• Re: Is this a secure key derivation function?
  • From: Phil Carmody
• Re: Question on encryption modes
  • From: Jonathan
• Re: Question on encryption modes
  • From: Kristian Gjøsteen
• Re: On selection of polynomials for the Multiple Polynomial Quadratic Sieve
  • From: David Eather
• Re: A poorman's stream encryption algorithm
  • From: unruh
• Re: A poorman's stream encryption algorithm
  • From: Maaartin
• Re: Question on encryption modes
  • From: Jonathan
• Re: Question on encryption modes
  • From: Maaartin
• Re: Updating the Historic OTP.
  • From: Mark Murray
• Re: Question on encryption modes
  • From: Mok-Kong Shen
• Re: A poorman's stream encryption algorithm
  • From: Mok-Kong Shen
• Re: A poorman's stream encryption algorithm
  • From: unruh
• Re: A link to a news on SSL
  • From: mike clark
• Re: A link to a news on SSL
  • From: Tom St Denis
• Re: On selection of polynomials for the Multiple Polynomial Quadratic Sieve
  • From: adacrypt
• Question on encryption modes
  • From: Jonathan
• A link to a news on SSL
  • From: Mok-Kong Shen
• Re: A poorman's stream encryption algorithm
  • From: Mok-Kong Shen
• Re: A poorman's stream encryption algorithm
  • From: Mok-Kong Shen
• Re: A poorman's stream encryption algorithm
  • From: Mok-Kong Shen
• Re: Dependency in the output of a hash
  • From: Joseph Ashwood
• Re: On selection of polynomials for the Multiple Polynomial Quadratic Sieve
  • From: Pubkeybreaker
• Re: Updating the Historic OTP.
  • From: David Eather
• Re: Updating the Historic OTP.
  • From: Bruce Stephens
• Re: On selection of polynomials for the Multiple Polynomial Quadratic Sieve
  • From: Martin Lauridsen
• Re: Updating the Historic OTP.
  • From: Boon
• Re: On the classification of ciphers
  • From: WTShaw
• Re: Updating the Historic OTP.
  • From: WTShaw
• Re: Updating the Historic OTP.
  • From: WTShaw
• Re: Updating the Historic OTP.
  • From: WTShaw
• Re: A poorman's stream encryption algorithm
  • From: Jonathan
• Re: Updating the Historic OTP.
  • From: Bruce Stephens
• Re: A poorman's stream encryption algorithm
  • From: David Eather
• Re: On selection of polynomials for the Multiple Polynomial Quadratic Sieve
  • From: David Eather
• Re: Updating the Historic OTP.
  • From: David Eather
• Re: Dependency in the output of a hash
  • From: J.D.
• Re: Dependency in the output of a hash
  • From: J.D.
• Re: On selection of polynomials for the Multiple Polynomial Quadratic Sieve
  • From: adacrypt
• Re: Dependency in the output of a hash
  • From: bmearns
• Re: Dependency in the output of a hash
  • From: Maaartin
• Dependency in the output of a hash
  • From: bmearns
• Re: A poorman's stream encryption algorithm
  • From: unruh
• Re: On selection of polynomials for the Multiple Polynomial Quadratic Sieve
  • From: adacrypt
• Re: A poorman's stream encryption algorithm
  • From: Maaartin
• Re: A poorman's stream encryption algorithm
  • From: unruh
• Re: Updating the Historic OTP.
  • From: rossum
• Re: On selection of polynomials for the Multiple Polynomial Quadratic Sieve
  • From: adacrypt
• CFP DATA MINING 2010: new date - until 29 March 2010
  • From: natty2006@xxxxxxxxx
• Re: On selection of polynomials for the Multiple Polynomial Quadratic Sieve
  • From: Tom St Denis
• Re: On selection of polynomials for the Multiple Polynomial Quadratic Sieve
  • From: adacrypt
• Re: On selection of polynomials for the Multiple Polynomial Quadratic Sieve
  • From: adacrypt
• Re: Is this a secure key derivation function?
  • From: Joseph Ashwood
• Re: Is this a secure key derivation function?
  • From: Phil Carmody
• Re: Updating the Historic OTP.
  • From: Mark Murray
• Re: Updating the Historic OTP.
  • From: adacrypt
• Re: A poorman's stream encryption algorithm
  • From: Mok-Kong Shen
• Re: A poorman's stream encryption algorithm
  • From: unruh
• Re: On selection of polynomials for the Multiple Polynomial Quadratic Sieve
  • From: Scott Contini
• Re: On selection of polynomials for the Multiple Polynomial Quadratic Sieve
  • From: Pubkeybreaker
• Re: A poorman's stream encryption algorithm
  • From: Mok-Kong Shen
• Re: On selection of polynomials for the Multiple Polynomial Quadratic Sieve
  • From: Martin Lauridsen
• Re: On selection of polynomials for the Multiple Polynomial Quadratic Sieve
  • From: Pubkeybreaker
• Re: Updating the Historic OTP.
  • From: Bruce Stephens
• Re: On selection of polynomials for the Multiple Polynomial Quadratic Sieve
  • From: Globemaker
• Re: On selection of polynomials for the Multiple Polynomial Quadratic Sieve
  • From: Pubkeybreaker
• Re: Updating the Historic OTP.
  • From: Earl_Colby_Pottinger
• Re: A poorman's stream encryption algorithm
  • From: unruh
• Re: A poorman's stream encryption algorithm
  • From: J.D.
• Re: A poorman's stream encryption algorithm
  • From: Tom St Denis
• Re: Updating the Historic OTP.
  • From: J.D.
• Re: Updating the Historic OTP.
  • From: Earl_Colby_Pottinger
• Re: A poorman's stream encryption algorithm
  • From: Mok-Kong Shen
• On selection of polynomials for the Multiple Polynomial Quadratic Sieve
  • From: Martin Lauridsen
• Re: Updating the Historic OTP.
  • From: rossum
• Updating the Historic OTP.
  • From: adacrypt
• Re: A poorman's stream encryption algorithm
  • From: Tom St Denis
• Re: On the classification of ciphers
  • From: WTShaw
• Re: Consolidating to Date.
  • From: Earl_Colby_Pottinger
• Re: Is this a secure key derivation function?
  • From: Joseph Ashwood
• Re: A poorman's stream encryption algorithm
  • From: Mok-Kong Shen
• Re: Is this a secure key derivation function?
  • From: Noob
• Re: Consolidating to Date.
  • From: adacrypt
• Re: Consolidating to Date.
  • From: biject
• Re: Consolidating to Date.
  • From: adacrypt
• A C-code for permutation polynomials mod 2^n
  • From: Mok-Kong Shen
• Re: Steganography with drawings
  • From: Mok-Kong Shen
• Re: Update of my old idea on random number generation
  • From: Mok-Kong Shen
• Re: A poorman's stream encryption algorithm
  • From: Mok-Kong Shen
• Re: Update of my old idea on random number generation
  • From: unruh
• A poorman's stream encryption algorithm
  • From: Mok-Kong Shen
• Re: Consolidating to Date.
  • From: biject
• Re: Consolidating to Date.
  • From: David Eather
• Re: On the classification of ciphers
  • From: Mok-Kong Shen
• Re: Consolidating to Date.
  • From: adacrypt
• Re: Update of my old idea on random number generation
  • From: Mok-Kong Shen
• Re: Update of my old idea on random number generation
  • From: Mok-Kong Shen
• Re: Consolidating to Date.
  • From: adacrypt
• Re: Is this a secure key derivation function?
  • From: Joseph Ashwood
• Re: Consolidating to Date.
  • From: Gordon Burditt
• On the classification of ciphers
  • From: WTShaw
• Re: Update of my old idea on random number generation
  • From: unruh
• Re: Consolidating to Date.
  • From: adacrypt
• Re: Update of my old idea on random number generation
  • From: Mok-Kong Shen
• Re: Update of my old idea on random number generation
  • From: biject
• Re: Consolidating to Date.
  • From: biject
• Update of my old idea on random number generation
  • From: Mok-Kong Shen
• Re: Consolidating to Date.
  • From: adacrypt
• Re: Is this a secure key derivation function?
  • From: Joseph Ashwood
• Re: Consolidating to Date.
  • From: Gordon Burditt
• Re: Consolidating to Date.
  • From: Tom St Denis
• Re: Consolidating to Date.
  • From: adacrypt
• Re: Test vectors for Diffie Hellman
  • From: Tom St Denis
• Re: Consolidating to Date.
  • From: Tom St Denis
• Re: Consolidating to Date.
  • From: adacrypt
• Re: Complexity Theoretic Cryptography
  • From: Tom St Denis
• Re: On n-gram substitutions [revised]
  • From: Mok-Kong Shen
• Re: On n-gram substitutions [revised]
  • From: Mok-Kong Shen
• Re: Consolidating to Date.
  • From: adacrypt
• Re: Is this a secure key derivation function?
  • From: Joseph Ashwood
• Re: A poorman's block encryption algorithm
  • From: WTShaw
• Re: Complexity Theoretic Cryptography
  • From: J.D.
• Re: Consolidating to Date.
  • From: David Eather
• Re: Complexity Theoretic Cryptography
  • From: David Eather
• Re: On n-gram substitutions [revised]
  • From: Mok-Kong Shen
• Re: On n-gram substitutions [revised]
  • From: Maaartin
• Re: On n-gram substitutions [revised]
  • From: Mok-Kong Shen
• Re: Complexity Theoretic Cryptography
  • From: J.D.
• Re: On n-gram substitutions [revised]
  • From: Maaartin
• Re: Complexity Theoretic Cryptography
  • From: Earl_Colby_Pottinger
• Re: On n-gram substitutions [revised]
  • From: Noob
• Re: Complexity Theoretic Cryptography
  • From: Noob
• Re: Complexity Theoretic Cryptography
  • From: Tom St Denis
• Test vectors for Diffie Hellman
  • From: Saju Pillai
• Re: On n-gram substitutions [revised]
  • From: Maaartin
• Re: Complexity Theoretic Cryptography
  • From: bert
• Complexity Theoretic Cryptography
  • From: adacrypt
• Re: On n-gram substitutions [revised]
  • From: Mok-Kong Shen
• Re: Consolidating to Date.
  • From: adacrypt
• Re: Consolidating to Date.
  • From: adacrypt
• Re: Consolidating to Date.
  • From: adacrypt
• Re: Patented HOTP One-Time Password Algorithm?
  • From: Wolfgang Ehrhardt
• On n-gram substitutions [revised]
  • From: Mok-Kong Shen
• Patented HOTP One-Time Password Algorithm?
  • From: Wolfgang Ehrhardt
• Re: Server and Client Analogy – The New Cryptography Model
  • From: Tom St Denis
• Re: commutative property of algorithms
  • From: Phoenix
• Re: Re: Server and Client Analogy – The New Cryptography Model
  • From: Gordon Burditt
• Re: commutative property of algorithms
  • From: WTShaw
• Re: commutative property of algorithms
  • From: WTShaw
• Re: commutative property of algorithms
  • From: WTShaw
• Re: commutative property of algorithms
  • From: WTShaw
• Re: commutative property of algorithms
  • From: WTShaw
• Re: commutative property of algorithms
  • From: WTShaw
• Re: Server and Client Analogy – The New Cryptography Model
  • From: Earl_Colby_Pottinger
• Re: Modes of operation
  • From: Maaartin
• Re: Is this a secure key derivation function?
  • From: Joseph Ashwood
• Re: A poorman's block encryption algorithm
  • From: J.D.
• Re: Modes of operation
  • From: Thomas ***in
• Re: A poorman's block encryption algorithm
  • From: Maaartin
• Re: A poorman's block encryption algorithm
  • From: Maaartin
• Re: Consolidating to Date.
  • From: Globemaker
• Re: On n-gram substitutions
  • From: Mok-Kong Shen
• Re: Is this a secure key derivation function?
  • From: Kristian Gjøsteen
• Re: Modes of operation
  • From: Kristian Gjøsteen
• Re: Modes of operation
  • From: Christian Baer
• Re: Modes of operation
  • From: Christian Baer
• Re: Modes of operation
  • From: Christian Baer
• Re: A poorman's block encryption algorithm
  • From: J.D.
• Re: On n-gram substitutions
  • From: Maaartin
• Re: Modes of operation
  • From: Maaartin
• Re: A poorman's block encryption algorithm
  • From: Thomas ***in
• Re: Modes of operation
  • From: Christian Baer
• Re: A poorman's block encryption algorithm
  • From: J.D.
• On n-gram substitutions
  • From: Mok-Kong Shen
• Re: commutative property of algorithms
  • From: J.D.
• Re: commutative property of algorithms
  • From: Scott Fluhrer
• Re: Server and Client Analogy – The New Cryptography Model
  • From: Bruce Stephens
• Re: Is this a secure key derivation function?
  • From: Tom St Denis
• Re: Modes of operation
  • From: Christian Baer
• Re: Modes of operation
  • From: Christian Baer
• Re: A poorman's block encryption algorithm
  • From: Maaartin
• Re: commutative property of algorithms
  • From: Maaartin
• Re: commutative property of algorithms
  • From: J.D.
• Re: commutative property of algorithms
  • From: Scott Fluhrer
• Re: commutative property of algorithms
  • From: J.D.
• Re: commutative property of algorithms
  • From: Scott Fluhrer
• Re: commutative property of algorithms
  • From: Maaartin
• Re: commutative property of algorithms
  • From: J.D.
• Re: commutative property of algorithms
  • From: Scott Fluhrer
• Re: commutative property of algorithms
  • From: J.D.
• Re: commutative property of algorithms
  • From: Scott Fluhrer
• Re: commutative property of algorithms
  • From: J.D.
• Re: commutative property of algorithms
  • From: J.D.
• Re: commutative property of algorithms
  • From: Scott Fluhrer
• Re: commutative property of algorithms
  • From: unruh
• Re: commutative property of algorithms
  • From: unruh
• Re: commutative property of algorithms
  • From: Phoenix
• Re: commutative property of algorithms
  • From: WTShaw
• Re: What do I need to know to design a cryptosystem?
  • From: Ertugrul Söylemez
• Re: Cryptology Researchers: Collaborate with over 13,000 researchers for free
  • From: adacrypt
• Re: Cryptology Researchers: Collaborate with over 13,000 researchers for free
  • From: Phoenix
• Re: Cryptology Researchers: Collaborate with over 13,000 researchers for free
  • From: adacrypt
• Consolidating to Date.
  • From: adacrypt
• Cryptology Researchers: Collaborate with over 13,000 researchers for free
  • From: Arin280
• Re: Modes of operation
  • From: Kristian Gjøsteen
• Re: Nonlinear combination of streams
  • From: Maaartin
• Re: What do I need to know to design a cryptosystem?
  • From: cplxphil
• Re: Nonlinear combination of streams
  • From: Maaartin
• Re: Enormous speed difference between C and ASM implementations of crypto algorithm
  • From: Phil Carmody
• Re: Using a kind of running accumulation of ciphertext as chaining value of encryption
  • From: Maaartin
• Re: What do I need to know to design a cryptosystem?
  • From: Maaartin
• Re: Modes of operation
  • From: Kristian Gjøsteen
• Re: What do I need to know to design a cryptosystem?
  • From: Tom St Denis
• Re: What do I need to know to design a cryptosystem?
  • From: adacrypt
• Re: Modes of operation
  • From: Thomas ***in
• Re: What do I need to know to design a cryptosystem?
  • From: Earl_Colby_Pottinger
• Re: Unlimited Key Length Random Binary Number Generator with Video Tutorial
  • From: Mok-Kong Shen
• Re: An Important Distinction being stymied by Ignorance.
  • From: biject
• scripts for Tate pairing
  • From: Rainer Urian
• Re: Modes of operation
  • From: Christian Baer
• Re: Modes of operation
  • From: Christian Baer
• Re: Nonlinear combination of streams
  • From: Tom St Denis
• Re: Using a kind of running accumulation of ciphertext as chaining value of encryption
  • From: Tom St Denis
• Re: A poorman's block encryption algorithm
  • From: Mok-Kong Shen
• Re: Using a kind of running accumulation of ciphertext as chaining value of encryption
  • From: Mok-Kong Shen
• Re: Modes of operation
  • From: Christian Baer
• Re: What do I need to know to design a cryptosystem?
  • From: adacrypt
• Re: What do I need to know to design a cryptosystem?
  • From: adacrypt
• Re: What do I need to know to design a cryptosystem?
  • From: adacrypt
• Re: What do I need to know to design a cryptosystem?
  • From: Joseph Ashwood
• Re: What do I need to know to design a cryptosystem?
  • From: adacrypt
• Unlimited Key Length Random Binary Number Generator with Video Tutorial
  • From: jmorton123
• Re: What do I need to know to design a cryptosystem?
  • From: David Eather
• Re: What do I need to know to design a cryptosystem?
  • From: J.D.
• What do I need to know to design a cryptosystem?
  • From: cplxphil
• An Important Distinction being stymied by Ignorance.
  • From: adacrypt
• Re: Nonlinear combination of streams
  • From: Mok-Kong Shen
• Nonlinear combination of streams
  • From: Mok-Kong Shen
• Re: A poorman's block encryption algorithm
  • From: Mok-Kong Shen
• Re: A poorman's block encryption algorithm
  • From: Tom St Denis
• Re: A poorman's block encryption algorithm
  • From: J.D.
• Re: A poorman's block encryption algorithm
  • From: Mok-Kong Shen
• Re: A poorman's block encryption algorithm
  • From: Maaartin
• Re: A poorman's block encryption algorithm
  • From: Mok-Kong Shen
• Re: A poorman's block encryption algorithm
  • From: Mok-Kong Shen
• Re: A poorman's block encryption algorithm
  • From: Mok-Kong Shen
• Re: Why is Kerberos ever used, rather than modern public key cryptography?
  • From: Anne & Lynn Wheeler
• Re: A poorman's block encryption algorithm
  • From: Maaartin
• Re: Why is Kerberos ever used, rather than modern public key cryptography?
  • From: Jim Haynes
• Re: A poorman's block encryption algorithm
  • From: Mok-Kong Shen
• Re: A poorman's block encryption algorithm
  • From: Mok-Kong Shen
• Re: Hashing into l-torsion group
  • From: Kristian Gjøsteen
• Re: The Status Quo in Sci Crypt.
  • From: WTShaw
• Re: commutative property of algorithms
  • From: WTShaw
• The Status Quo in Sci Crypt.
  • From: adacrypt
• Hashing into l-torsion group
  • From: Rainer Urian
• Re: A poorman's block encryption algorithm
  • From: unruh
• Re: A poorman's block encryption algorithm
  • From: Maaartin
• Re: A poorman's block encryption algorithm
  • From: Phoenix
• Re: Any recommendations for frequency analysis software?
  • From: J.D.
• Re: A poorman's block encryption algorithm
  • From: unruh
• Re: A poorman's block encryption algorithm
  • From: rossum
• Re: A poorman's block encryption algorithm
  • From: Phoenix
• Re: A poorman's block encryption algorithm
  • From: Maaartin
• Linear Equivalence and Involutions
  • From: J.D.
• Re: Any recommendations for frequency analysis software?
  • From: amzoti
• Re: is the PGP signature format the most widely supported one?
  • From: yawnmoth
• A poorman's block encryption algorithm
  • From: Mok-Kong Shen
• Re: Server and Client Analogy – The New Cryptography Model
  • From: adacrypt
• Re: Server and Client Analogy – The New Cryptography Model
  • From: adacrypt
• Re: is the PGP signature format the most widely supported one?
  • From: unruh
• Re: is the PGP signature format the most widely supported one?
  • From: Joseph Ashwood
• Any recommendations for frequency analysis software?
  • From: Dave -Turner
• Re: Server and Client Analogy – The New Cryptography Model
  • From: Gordon Burditt
• Re: OAEP vs. PSS in PKCS#1
  • From: Kristian Gjøsteen
• Re: is the PGP signature format the most widely supported one?
  • From: Thomas ***in
• Re: OAEP vs. PSS in PKCS#1
  • From: Thomas ***in
• Re: OAEP vs. PSS in PKCS#1
  • From: Thomas ***in
• Re: OAEP vs. PSS in PKCS#1
  • From: Tom St Denis
• Re: OAEP vs. PSS in PKCS#1
  • From: Kristian Gjøsteen
• Re: OAEP vs. PSS in PKCS#1
  • From: yawnmoth
• Re: OAEP vs. PSS in PKCS#1
  • From: yawnmoth
• Re: OAEP vs. PSS in PKCS#1
  • From: Tom St Denis
• Re: is the PGP signature format the most widely supported one?
  • From: Tom St Denis
• is the PGP signature format the most widely supported one?
  • From: yawnmoth
• Re: OAEP vs. PSS in PKCS#1
  • From: yawnmoth
• Re: Unicity – A Dinosaur Discussion Not for Newbies.
  • From: amzoti
• Re: Server and Client Analogy – The New Cryptography Model
  • From: Tom St Denis
• Re: Server and Client Analogy – The New Cryptography Model
  • From: rossum
• Re: Server and Client Analogy – The New Cryptography Model
  • From: adacrypt
• Re: Modes of operation
  • From: Thomas ***in
• Re: Server and Client Analogy – The New Cryptography Model
  • From: rossum
• Re: Volume on Advanced Linear Cryptanalysis -- Contributions sollicited
  • From: Pascal Junod
• Re: Modes of operation
  • From: Kristian Gjøsteen
• Re: Modes of operation
  • From: Kristian Gjøsteen
• Re: OAEP vs. PSS in PKCS#1
  • From: Kristian Gjøsteen
• Re: Modes of operation
  • From: Christian Baer
• Re: OAEP vs. PSS in PKCS#1
  • From: Joseph Ashwood
• Server and Client Analogy – The New Cryptography Model
  • From: adacrypt
• Re: Why is Kerberos ever used, rather than modern public key cryptography?
  • From: Joseph Ashwood
• Re: Modes of operation
  • From: Christian Baer
• Re: Unicity – A Dinosaur Discussion Not for Newbies.
  • From: Gordon Burditt
• Why is Kerberos ever used, rather than modern public key cryptography?
  • From: chris
• OAEP vs. PSS in PKCS#1
  • From: yawnmoth
• Re: commutative property of algorithms
  • From: unruh
• Re: My BLT
  • From: David Eather
• Re: My BLT
  • From: WTShaw
• Re: Unicity – A Dinosaur Discussion Not for Newbies.
  • From: biject
• Re: My BLT
  • From: biject
• Re: My BLT
  • From: WTShaw
• Re: Newbies, Unicity, Shannon, WTShaw
  • From: WTShaw
• Re: Newbies, Unicity, Shannon, WTShaw
  • From: WTShaw
• Re: Unicity – A Dinosaur Discussion Not for Newbies.
  • From: WTShaw
• Re: Unicity – A Dinosaur Discussion Not for Newbies.
  • From: WTShaw
• Re: Unicity – A Dinosaur Discussion Not for Newbies.
  • From: WTShaw
• Re: Unicity – A Dinosaur Discussion Not for Newbies.
  • From: WTShaw
• Re: Newbies, Unicity, Shannon, WTShaw
  • From: Maaartin
• Re: Unicity – A Dinosaur Discussion Not for Newbies.
  • From: J.D.
• Re: Newbies, Unicity, Shannon, WTShaw
  • From: David Eather
• Re: Unicity – A Dinosaur Discussion Not for Newbies.
  • From: Maaartin
• Re: Unicity – A Dinosaur Discussion Not for Newbies.
  • From: J.D.
• Re: Unicity – A Dinosaur Discussion Not for Newbies.
  • From: Pubkeybreaker
• Re: Unicity – A Dinosaur Discussion Not for Newbies.
  • From: Pubkeybreaker
• Re: Unicity – A Dinosaur Discussion Not for Newbies.
  • From: Noob
• Re: Unicity – A Dinosaur Discussion Not for Newbies.
  • From: Tom St Denis
• Re: Unicity – A Dinosaur Discussion Not for Newbies.
  • From: adacrypt
• Re: Unicity – A Dinosaur Discussion Not for Newbies.
  • From: Phoenix
• Unicity – A Dinosaur Discussion Not for Newbies.
  • From: adacrypt
• Re: Newbies, Unicity, Shannon, WTShaw
  • From: Paul Rubin
• Re: Newbies, Unicity, Shannon, WTShaw
  • From: Maaartin
• USB battery recharger status software contains Trojan
  • From: David Eather
• Newbies, Unicity, Shannon, WTShaw
  • From: David Eather
• Re: My BLT
  • From: David Eather
• Re: My BLT
  • From: David Eather
• Re: Introducing dynamics into block encryptions
  • From: Mok-Kong Shen
• Re: Introducing dynamics into block encryptions
  • From: Mok-Kong Shen
• Re: Introducing dynamics into block encryptions
  • From: Mok-Kong Shen
• Re: Scrambling plaintext to thwart cribs
  • From: Richard Outerbridge
• Re: Introducing dynamics into block encryptions
  • From: Phoenix
• Re: Introducing dynamics into block encryptions
  • From: Maaartin
• Re: Introducing dynamics into block encryptions
  • From: Mok-Kong Shen
• Re: Composing large block cipher from smaller ones
  • From: Tom St Denis
• Re: Composing large block cipher from smaller ones
  • From: Mok-Kong Shen
• Re: Composing large block cipher from smaller ones
  • From: Tom St Denis
• Re: Enormous speed difference between C and ASM implementations of crypto algorithm
  • From: Tom St Denis
• Re: Enormous speed difference between C and ASM implementations of crypto algorithm
  • From: Noob
• Re: Enormous speed difference between C and ASM implementations of crypto algorithm
  • From: Tom St Denis
• Re: Composing large block cipher from smaller ones
  • From: Mok-Kong Shen
• Re: Enormous speed difference between C and ASM implementations of crypto algorithm
  • From: Paulo Marques
• Re: Composing large block cipher from smaller ones
  • From: Richard Outerbridge
• Re: Enormous speed difference between C and ASM implementations of crypto algorithm
  • From: Tom St Denis
• Call for papers: ISP-10, USA, July 2010
  • From: James Heralds
• Re: Enormous speed difference between C and ASM implementations of crypto algorithm
  • From: henno
• Re: Introducing dynamics into block encryptions
  • From: Mok-Kong Shen
• When did Microsoft buy eBay? I seem to have missed that.
  • From: Tim Smith
• Re: Introducing dynamics into block encryptions
  • From: Maaartin
• Re: Composing large block cipher from smaller ones
  • From: Mok-Kong Shen
• Re: Composing large block cipher from smaller ones
  • From: Mok-Kong Shen
• Re: Enormous speed difference between C and ASM implementations of crypto algorithm
  • From: Tom St Denis
• Enormous speed difference between C and ASM implementations of crypto algorithm
  • From: Nomen Nescio
• Re: Generic Crypto APIs ?
  • From: Peter Gutmann
• Re: My BLT
  • From: WTShaw
• Re: My BLT
  • From: WTShaw
• Re: My BLT
  • From: WTShaw
• Re: My BLT
  • From: WTShaw
• Re: Active sboxes
  • From: J.D.
• Re: Active sboxes
  • From: J.D.
• Active sboxes
  • From: Maaartin
• Re: Introducing dynamics into block encryptions
  • From: Gordon Burditt
• Re: Composing large block cipher from smaller ones
  • From: J.D.
• Re: Composing large block cipher from smaller ones
  • From: Maaartin
• Re: Composing large block cipher from smaller ones
  • From: J.D.
• Re: Composing large block cipher from smaller ones
  • From: Maaartin
• Re: RSA side-channel attack
  • From: Simon Johnson
• Re: Composing large block cipher from smaller ones
  • From: Mok-Kong Shen
• Re: Composing large block cipher from smaller ones
  • From: J.D.
• Re: Composing large block cipher from smaller ones
  • From: Mok-Kong Shen
• Re: Composing large block cipher from smaller ones
  • From: J.D.
• Re: Composing large block cipher from smaller ones
  • From: Mok-Kong Shen
• Re: Composing large block cipher from smaller ones
  • From: J.D.
• Re: Composing large block cipher from smaller ones
  • From: Mok-Kong Shen
• Re: Composing large block cipher from smaller ones
  • From: Mok-Kong Shen
• Re: Composing large block cipher from smaller ones
  • From: J.D.
• Re: Composing large block cipher from smaller ones
  • From: Mok-Kong Shen
• Re: Composing large block cipher from smaller ones
  • From: J.D.
• Re: Composing large block cipher from smaller ones
  • From: J.D.
• Re: Composing large block cipher from smaller ones
  • From: Mok-Kong Shen
• Re: Composing large block cipher from smaller ones
  • From: Maaartin
• Re: Composing large block cipher from smaller ones
  • From: Mok-Kong Shen
• Re: Composing large block cipher from smaller ones
  • From: J.D.
• Re: Composing large block cipher from smaller ones
  • From: Mok-Kong Shen
• Re: Composing large block cipher from smaller ones
  • From: Mok-Kong Shen
• Re: Composing large block cipher from smaller ones
  • From: J.D.
• Re: Composing large block cipher from smaller ones
  • From: unruh
• Re: Composing large block cipher from smaller ones
  • From: Mok-Kong Shen
• Re: Introducing dynamics into block encryptions
  • From: Mok-Kong Shen
• Re: Introducing dynamics into block encryptions
  • From: Phoenix
• Re: Introducing dynamics into block encryptions
  • From: Phoenix
• Re: Introducing dynamics into block encryptions
  • From: Ilmari Karonen
• Re: Composing large block cipher from smaller ones
  • From: Mok-Kong Shen
• Re: Composing large block cipher from smaller ones
  • From: Maaartin
• Re: Introducing dynamics into block encryptions
  • From: Maaartin
• Using a kind of running accumulation of ciphertext as chaining value of encryption
  • From: Mok-Kong Shen
• Re: Composing large block cipher from smaller ones
  • From: Mok-Kong Shen
• Re: Introducing dynamics into block encryptions
  • From: Paul Rubin
• Re: Introducing dynamics into block encryptions
  • From: unruh
• Re: Introducing dynamics into block encryptions
  • From: unruh
• Re: Introducing dynamics into block encryptions
  • From: Maaartin
• Re: Introducing dynamics into block encryptions
  • From: Ilmari Karonen
• Re: RSA side-channel attack
  • From: Legrandin
• Re: Scrambling plaintext to thwart cribs
  • From: Maaartin
• Re: Introducing dynamics into block encryptions
  • From: Thomas ***in
• Re: Introducing dynamics into block encryptions
  • From: Simon Johnson
• Re: Scrambling plaintext to thwart cribs
  • From: bmearns
• Re: Scrambling plaintext to thwart cribs
  • From: bmearns
• Re: Introducing dynamics into block encryptions
  • From: Tom St Denis
• Re: Introducing dynamics into block encryptions
  • From: Kristian Gjøsteen
• Re: RSA side-channel attack
  • From: Tom St Denis
• Re: Composing large block cipher from smaller ones
  • From: Tom St Denis
• Re: Introducing dynamics into block encryptions
  • From: Tom St Denis
• Re: Introducing dynamics into block encryptions
  • From: Tom St Denis
• RSA side-channel attack
  • From: starwars
• Re: Introducing dynamics into block encryptions
  • From: Kristian Gjøsteen
• Re: Introducing dynamics into block encryptions
  • From: Mok-Kong Shen
• Re: Introducing dynamics into block encryptions
  • From: Paul Rubin
• Re: Introducing dynamics into block encryptions
  • From: Maaartin
• Re: Introducing dynamics into block encryptions
  • From: unruh
• Re: Introducing dynamics into block encryptions
  • From: Maaartin
• Re: My BLT
  • From: David Eather
• Re: My BLT
  • From: David Eather
• Re: My BLT
  • From: David Eather
• Re: Introducing dynamics into block encryptions
  • From: Mok-Kong Shen
• Re: Composing large block cipher from smaller ones
  • From: Mok-Kong Shen
• Re: Scrambling plaintext to thwart cribs
  • From: bmearns
• Re: Scrambling plaintext to thwart cribs
  • From: unruh
• Re: Scrambling plaintext to thwart cribs
  • From: Maaartin
• Re: Scrambling plaintext to thwart cribs
  • From: bmearns
• Re: Introducing dynamics into block encryptions
  • From: Tom St Denis
• Re: Composing large block cipher from smaller ones
  • From: Tom St Denis
• Re: Composing large block cipher from smaller ones
  • From: Tom St Denis
• Re: Scrambling plaintext to thwart cribs
  • From: Maaartin
• Re: Composing large block cipher from smaller ones
  • From: biject
• Scrambling plaintext to thwart cribs
  • From: bmearns
• Re: Introducing dynamics into block encryptions
  • From: Mok-Kong Shen
• Re: Composing large block cipher from smaller ones
  • From: Mok-Kong Shen
• Re: Introducing dynamics into block encryptions
  • From: Tom St Denis
• Re: Composing large block cipher from smaller ones
  • From: Tom St Denis
• Re: Composing large block cipher from smaller ones
  • From: Tom St Denis
• Re: Introducing dynamics into block encryptions
  • From: biject
• Re: Composing large block cipher from smaller ones
  • From: Mok-Kong Shen
• Re: Composing large block cipher from smaller ones
  • From: biject
• Re: My BLT
  • From: bmearns
• Re: Generic Crypto APIs ?
  • From: Noob
• Re: My BLT
  • From: WTShaw
• Re: Composing large block cipher from smaller ones
  • From: Tom St Denis
• Re: My BLT
  • From: WTShaw
• Re: My BLT
  • From: bmearns
• Re: My BLT
  • From: WTShaw
• Re: My BLT
  • From: WTShaw
• Re: My BLT
  • From: WTShaw
• Re: My BLT
  • From: WTShaw
• Re: My BLT
  • From: WTShaw
• Re: My BLT
  • From: WTShaw
• Re: My BLT
  • From: WTShaw
• Re: My BLT
  • From: WTShaw
• Re: My BLT
  • From: WTShaw
• Composing large block cipher from smaller ones
  • From: Mok-Kong Shen
• Re: Generating an offline key/token
  • From: Ilmari Karonen
• Re: Generic Crypto APIs ?
  • From: Thomas ***in
• Re: No more conservation of telecommunication data in Germany
  • From: Maaartin
• No more conservation of telecommunication data in Germany
  • From: Mok-Kong Shen
• Re: Introducing dynamics into block encryptions
  • From: Mok-Kong Shen
• Re: Generating an offline key/token
  • From: JR
• Re: in ElGamal, could you hardcode the generator for a public key and not lose security?
  • From: Ertugrul Söylemez
• in ElGamal, could you hardcode the generator for a public key and not lose security?
  • From: mark
• Re: Introducing dynamics into block encryptions
  • From: Mok-Kong Shen
• Re: Generic Crypto APIs ?
  • From: Harold Johanssen
• Re: Introducing dynamics into block encryptions
  • From: unruh
• Introducing dynamics into block encryptions
  • From: Mok-Kong Shen
• Re: length of pw
  • From: Phoenix
• Re: length of pw
  • From: Ertugrul Söylemez
• Re: length of pw
  • From: Ertugrul Söylemez
• Re: A simple method of text steganography
  • From: Mok-Kong Shen
• Re: Fractionalization and Playfair
  • From: ttw6687@xxxxxxx
• Re: length of pw
  • From: unruh
• Re: length of pw
  • From: J.D.
• Re: length of pw
  • From: Phoenix
• Re: length of pw
  • From: unruh
• Re: Generic Crypto APIs ?
  • From: Paul Rubin
• Re: My BLT
  • From: Richard Outerbridge
• Re: length of pw
  • From: Phoenix
• Re: Generic Crypto APIs ?
  • From: Harold Johanssen
• Re: My BLT
  • From: David Eather
• Re: Fractionalization and Playfair
  • From: Mok-Kong Shen
• Re: Fractionalization and Playfair
  • From: Maaartin
• Re: Generic Crypto APIs ?
  • From: Boon
• Re: length of pw
  • From: Ertugrul Söylemez
• Re: Why shouldn't you ever reuse a stream cipher key?
  • From: Tom St Denis
• Re: Why shouldn't you ever reuse a stream cipher key?
  • From: Ivan Voras
• Re: My BLT
  • From: bmearns
• Re: length of pw
  • From: bmearns
• Re: rationale for one-way function in a key agreement scheme
  • From: Kristian Gjøsteen
• Re: Fractionalization and Playfair
  • From: Mok-Kong Shen
• Re: My BLT
  • From: David Eather
• Re: My BLT
  • From: David Eather
• Re: My BLT
  • From: David Eather
• Re: My BLT
  • From: David Eather
• Re: My BLT
  • From: David Eather
• Re: Does entropy ever fall out of a good hash function?
  • From: David Eather
• Re: length of pw
  • From: unruh
• Re: length of pw
  • From: Gomar
• Re: length of pw
  • From: Gomar
• Re: Why shouldn't you ever reuse a stream cipher key?
  • From: Scott Fluhrer
• Re: Fractionalization and Playfair
  • From: Maaartin

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www.derkeiler.com  > Newsgroups  > sci.crypt  > 2010-03