sci.crypt

• Thread Index

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• Re: gnupg rsa question // why use e of 41 ?
  • From: Unruh
• Re: gnupg rsa question // why use e of 41 ?
  • From: David Wagner
• Re: gnupg rsa question // why use e of 41 ?
  • From: Unruh
• Re: gnupg rsa question // why use e of 41 ?
  • From: tomstdenis
• Re: gnupg rsa question // why use e of 41 ?
  • From: David Wagner
• Re: gnupg rsa question // why use e of 41 ?
  • From: Sebastian Gottschalk
• Re: gnupg rsa question // why use e of 41 ?
  • From: David Wagner
• Re: Encrypted configuration file?
  • From: Kristian Gjøsteen
• Re: Elliptic Curve RSA
  • From: Kristian Gjøsteen
• Re: gnupg rsa question // why use e of 41 ?
  • From: tomstdenis
• Re: gnupg rsa question // why use e of 41 ?
  • From: daniel bleichenbacher
• Re: Elliptic Curve RSA
  • From: daniel bleichenbacher
• Re: Searching for a special challenge&response algorithm
  • From: Jan Peter Stotz
• Re: Searching for a special challenge&response algorithm
  • From: Jan Peter Stotz
• Re: Elliptic Curve RSA
  • From: nathan@xxxxxxxxxxx
• Re: Searching for a special challenge&response algorithm
  • From: Ben Livengood
• Re: Searching for a special challenge&response algorithm
  • From: Joseph Ashwood
• Re: Elliptic Curve RSA
  • From: Mike Amling
• Re: Searching for a special challenge&response algorithm
  • From: David Wagner
• Re: Searching for a special challenge&response algorithm
  • From: David Wagner
• Re: Searching for a special challenge&response algorithm
  • From: Unruh
• Re: Searching for a special challenge&response algorithm
  • From: Unruh
• Re: Searching for a special challenge&response algorithm
  • From: Jan Peter Stotz
• Re: Searching for a special challenge&response algorithm
  • From: Carlos Moreno
• Re: Elliptic Curve RSA
  • From: xmath
• Re: Elliptic Curve RSA
  • From: xmath
• Re: is it sufficient to solve factoring problem
  • From: laicko
• Re: Searching for a special challenge&response algorithm
  • From: Jan Peter Stotz
• Re: Searching for a special challenge&response algorithm
  • From: Carlos Moreno
• Searching for a special challenge&response algorithm
  • From: Jan Peter Stotz
• Elliptic Curve RSA
  • From: hassan.jameel@xxxxxxxxx
• Re: Compression leads to encryption NEW COMPRESSION METHOD!
  • From: David Eather
• Semi-OT: "The Smithy Code"
  • From: Paul Rubin
• Re: Encrypted configuration file?
  • From: Ed Weir \(ComCast\)
• Re: Looking for EXPTIME-algorithm
  • From: David Wagner
• Re: Looking for EXPTIME-algorithm
  • From: Unruh
• Re: gnupg rsa question // why use e of 41 ?
  • From: David Wagner
• Re: gnupg rsa question // why use e of 41 ?
  • From: tomstdenis
• Re: gnupg rsa question // why use e of 41 ?
  • From: Sebastian Gottschalk
• Re: gnupg rsa question // why use e of 41 ?
  • From: David Wagner
• Re: Looking for EXPTIME-algorithm
  • From: David Wagner
• Re: Looking for EXPTIME-algorithm
  • From: Mike Amling
• Re: Encrypted configuration file?
  • From: Mike Amling
• gnupg rsa question // why use e of 41 ?
  • From: vedaal
• Looking for EXPTIME-algorithm
  • From: filia&sofia
• Re: Implementing byte stream cipher
  • From: ashish . sharma . ait
• Re: getting nth prime
  • From: tomstdenis
• Re: Encryption device
  • From: ashish . sharma . ait
• Re: is it sufficient to solve factoring problem
  • From: mm
• Re: Compression leads to encryption NEW COMPRESSION METHOD!
  • From: David Eather
• Re: Implementing byte stream cipher
  • From: David Eather
• Re: Compression leads to encryption NEW COMPRESSION METHOD!
  • From: giorgio.tani
• getting Numbers
  • From: Dhairyas
• Re: getting nth prime
  • From: Dhairyas
• Re: Implementing byte stream cipher
  • From: Volker Hetzer
• Re: is it sufficient to solve factoring problem
  • From: laicko
• Re: Encrypted configuration file?
  • From: Kristian Gjøsteen
• Re: Implementing byte stream cipher
  • From: Rob Warnock
• Re: Implementing byte stream cipher
  • From: hugonz
• Re: Question about RSA encrypt/decrypt
  • From: tomstdenis
• Re: Question about RSA encrypt/decrypt
  • From: kevin.tambascio@xxxxxxxxx
• Re: "Da Vinci" judge and unexpected crypto challenge
  • From: Roger Schlafly
• Re: Compression leads to encryption NEW COMPRESSION METHOD!
  • From: David A. Scott
• Re: "Da Vinci" judge and unexpected crypto challenge
  • From: FatKat
• Re: Implementing byte stream cipher
  • From: hugonz
• Re: Implementing byte stream cipher
  • From: TC
• Re: Implementing byte stream cipher
  • From: hugonz
• Re: Compression leads to encryption NEW COMPRESSION METHOD!
  • From: David Eather
• Encrypted configuration file?
  • From: mike3
• Re: Compression leads to encryption NEW COMPRESSION METHOD!
  • From: Jean-Luc Cooke
• Re: is it sufficient to solve factoring problem
  • From: Sebastian Gottschalk
• Re: is it sufficient to solve factoring problem
  • From: Christian Siebert
• Re: Implementing byte stream cipher
  • From: Volker Hetzer
• Re: is it sufficient to solve factoring problem
  • From: Mike Amling
• Re: Implementing byte stream cipher
  • From: TC
• Re: is it sufficient to solve factoring problem
  • From: Christian Siebert
• Re: is it sufficient to solve factoring problem
  • From: mm
• Re: is it sufficient to solve factoring problem
  • From: Sebastian Gottschalk
• Re: Tiny table AES implementation
  • From: tomstdenis
• Re: Tiny table AES implementation
  • From: tomstdenis
• Re: is it sufficient to solve factoring problem
  • From: laicko
• Re: Implementing byte stream cipher
  • From: tomstdenis
• Re: Implementing byte stream cipher
  • From: Volker Hetzer
• Re: Implementing byte stream cipher
  • From: TC
• Re: Implementing byte stream cipher
  • From: Volker Hetzer
• Re: is it sufficient to solve factoring problem
  • From: laicko
• Re: Implementing byte stream cipher
  • From: Volker Hetzer
• Re: is it sufficient to solve factoring problem
  • From: Sebastian Gottschalk
• Re: Compression leads to encryption NEW COMPRESSION METHOD!
  • From: Einstein
• Re: is it sufficient to solve factoring problem
  • From: mm
• Re: Compression leads to encryption NEW COMPRESSION METHOD!
  • From: Einstein
• Re: Implementing byte stream cipher
  • From: Joseph Ashwood
• Re: Compression leads to encryption NEW COMPRESSION METHOD!
  • From: David A. Scott
• Re: is it sufficient to solve factoring problem
  • From: Christian Siebert
• Re: Compression leads to encryption NEW COMPRESSION METHOD!
  • From: none
• Re: Implementing byte stream cipher
  • From: David Eather
• Re: Compression leads to encryption NEW COMPRESSION METHOD!
  • From: David Eather
• Re: is it sufficient to solve factoring problem
  • From: mm
• Re: is it sufficient to solve factoring problem
  • From: Christian Siebert
• Re: Implementing byte stream cipher
  • From: Rob Warnock
• is it sufficient to solve factoring problem
  • From: laicko
• Re: Compression leads to encryption NEW COMPRESSION METHOD!
  • From: Einstein
• Re: Tiny table AES implementation
  • From: richa
• Re: JavaScrypt Encryption & Decryption - Codegroup bias?
  • From: roger_for_nntp
• Re: Implementing byte stream cipher
  • From: David Wagner
• Re: Implementing byte stream cipher
  • From: Joseph Ashwood
• Implementing byte stream cipher
  • From: hugonz
• Re: DES 10 Byte MAC
  • From: Paul Rubin
• Re: DES 10 Byte MAC
  • From: rossum
• Re: Question about SHA1 result length
  • From: Paul Rubin
• Question about SHA1 result length
  • From: DERASN . 1
• Re: SF: Hyperbolic factoring method
  • From: noload
• Re: DES 10 Byte MAC
  • From: Francois Grieu
• Re: SF: Hyperbolic factoring method
  • From: noload
• Re: getting nth prime
  • From: Pubkeybreaker
• Re: Compression leads to encryption NEW COMPRESSION METHOD!
  • From: Einstein
• Re: DES 10 Byte MAC
  • From: xmath
• Re: DES 10 Byte MAC
  • From: xmath
• Re: product of n successive positive integers
  • From: John Savard
• Re: DES 10 Byte MAC
  • From: friebal@xxxxxxxxxxxxxx
• Re: getting nth prime
  • From: Dhairyas
• Re: Overly-Secure Encryption Mode
  • From: Paul Rubin
• Re: DES 10 Byte MAC
  • From: friebal@xxxxxxxxxxxxxx
• Re: Complex Theoretical One Way Hash Question
  • From: Jean-Luc Cooke
• Re: DES 10 Byte MAC
  • From: xmath
• Re: DES 10 Byte MAC
  • From: friebal@xxxxxxxxxxxxxx
• Re: DES 10 Byte MAC
  • From: Francois Grieu
• Re: DES 10 Byte MAC
  • From: xmath
• Re: DES 10 Byte MAC
  • From: friebal@xxxxxxxxxxxxxx
• Re: DES 10 Byte MAC
  • From: Kristian Gjøsteen
• Re: Cryptographic strength in Wireless Alarm Systems?
  • From: Richard Herring
• Re: DES 10 Byte MAC
  • From: friebal@xxxxxxxxxxxxxx
• Re: Compression leads to encryption NEW COMPRESSION METHOD!
  • From: David Eather
• Re: DES 10 Byte MAC
  • From: David Eather
• DES 10 Byte MAC
  • From: friebal@xxxxxxxxxxxxxx
• Overly-Secure Encryption Mode
  • From: John Savard
• Re: SF: Hyperbolic factoring method
  • From: guenther vonKnakspot
• Re: SF: Hyperbolic factoring method
  • From: jstevh
• Re: SF: Hyperbolic factoring method
  • From: noload
• Re: PK Key exchange scheme involving 3 parties
  • From: fabrice . gautier
• Re: SF: Hyperbolic factoring method
  • From: jshsucks
• Re: PK Key exchange scheme involving 3 parties
  • From: David Wagner
• Re: PK Key exchange scheme involving 3 parties
  • From: fabrice . gautier
• Re: getting nth prime
  • From: Ben Rudiak-Gould
• Re: product of n successive positive integers
  • From: Douglas A. Gwyn
• Re: SF: Hyperbolic factoring method
  • From: jstevh
• Re: why we have to do first Encryption and then Authentication in PKCS
  • From: Henrick Hellström
• Re: Cryptographic strength in Wireless Alarm Systems?
  • From: Ed Weir \(ComCast\)
• Re: why we have to do first Encryption and then Authentication in PKCS
  • From: xmath
• Re: why we have to do first Encryption and then Authentication in PKCS
  • From: Henrick Hellström
• Re: why we have to do first Encryption and then Authentication in PKCS
  • From: xmath
• Re: why we have to do first Encryption and then Authentication in PKCS
  • From: xmath
• Re: PK Key exchange scheme involving 3 parties
  • From: David Wagner
• Re: why we have to do first Encryption and then Authentication in PKCS
  • From: David Wagner
• Re: product of n successive positive integers
  • From: Sebastian Gottschalk
• Re: why we have to do first Encryption and then Authentication in PKCS
  • From: Henrick Hellström
• Re: why we have to do first Encryption and then Authentication in PKCS
  • From: xmath
• Re: product of n successive positive integers
  • From: Unruh
• Re: getting nth prime
  • From: Mike Amling
• Re: product of n successive positive integers
  • From: Douglas A. Gwyn
• Re: product of n successive positive integers
  • From: Carlos Moreno
• Re: why we have to do first Encryption and then Authentication in PKCS
  • From: Henrick Hellström
• Re: EC-IES, authentication and plausible deniability
  • From: fabrice . gautier
• Re: EC-IES, authentication and plausible deniability
  • From: xmath
• Re: Goldbach's conjecture and quadratic residues
  • From: jshsucks
• Re: EC-IES, authentication and plausible deniability
  • From: fabrice . gautier
• Re: why we have to do first Encryption and then Authentication in PKCS
  • From: xmath
• Re: PK Key exchange scheme involving 3 parties
  • From: fabrice . gautier
• Re: why we have to do first Encryption and then Authentication in PKCS
  • From: Henrick Hellström
• Re: product of n successive positive integers
  • From: Sebastian Gottschalk
• Re: product of n successive positive integers
  • From: Unruh
• Re: why we have to do first Encryption and then Authentication in PKCS
  • From: xmath
• Re: why we have to do first Encryption and then Authentication in PKCS
  • From: xmath
• Re: why we have to do first Encryption and then Authentication in PKCS
  • From: xmath
• Re: SF: Hyperbolic factoring method
  • From: marcus_b
• Re: why we have to do first Encryption and then Authentication in PKCS
  • From: David Wagner
• Re: Complex Theoretical One Way Hash Question
  • From: David Wagner
• Re: why we have to do first Encryption and then Authentication in PKCS
  • From: Henrick Hellström
• Re: why we have to do first Encryption and then Authentication in PKCS
  • From: xmath
• Re: Complex Theoretical One Way Hash Question
  • From: Paul Rubin
• Re: product of n successive positive integers
  • From: Sebastian Gottschalk
• Re: product of n successive positive integers
  • From: Unruh
• Re: product of n successive positive integers
  • From: Sebastian Gottschalk
• Re: why we have to do first Encryption and then Authentication in PKCS
  • From: Kristian Gjøsteen
• Re: why we have to do first Encryption and then Authentication in PKCS
  • From: xmath
• Re: why we have to do first Encryption and then Authentication in PKCS
  • From: xmath
• product of n successive positive integers
  • From: Sarad AV
• Re: why we have to do first Encryption and then Authentication in PKCS
  • From: Kristian Gjøsteen
• Re: why we have to do first Encryption and then Authentication in PKCS
  • From: xmath
• Re: Complex Theoretical One Way Hash Question
  • From: Richard Revis
• Re: Blum Blum Shub
  • From: Cristiano
• Re: why we have to do first Encryption and then Authentication in PKCS
  • From: David Wagner
• Re: Complex Theoretical One Way Hash Question
  • From: David Wagner
• Re: why we have to do first Encryption and then Authentication in PKCS
  • From: xmath
• Re: why we have to do first Encryption and then Authentication in PKCS
  • From: Paul Rubin
• Re: why we have to do first Encryption and then Authentication in PKCS
  • From: xmath
• Re: Blum Blum Shub
  • From: tomstdenis
• Re: Blum Blum Shub
  • From: Cristiano
• Re: Can DLP be reduced to fatroing problem or vice versa?
  • From: Pubkeybreaker
• why we have to do first Encryption and then Authentication in PKCS
  • From: Network Evangelists
• Re: getting nth prime
  • From: Pubkeybreaker
• Re: Complex Theoretical One Way Hash Question
  • From: Jean-Luc Cooke
• Re: SF: Hyperbolic factoring method
  • From: José Carlos Santos
• Re: Goldbach's conjecture and quadratic residues
  • From: jstevh
• Re: SF: Hyperbolic factoring method
  • From: jstevh
• Re: getting nth prime
  • From: Phil Carmody
• Re: getting nth prime
  • From: Joseph Ashwood
• Re: JSH: Hyperbolic factoring method
  • From: Tim Peters
• Re: getting nth prime
  • From: Francois Grieu
• Re: SF: Hyperbolic factoring method
  • From: jshsucks
• Re: Goldbach's conjecture and quadratic residues
  • From: mm
• Re: PK Key exchange scheme involving 3 parties
  • From: David Wagner
• Re: Goldbach's conjecture and quadratic residues
  • From: willo_thewisp
• Re: Goldbach's conjecture and quadratic residues
  • From: mm
• Re: getting nth prime
  • From: Joseph Ashwood
• Re: PK Key exchange scheme involving 3 parties
  • From: fabrice . gautier
• SF: Hyperbolic factoring method
  • From: jstevh
• Re: How to construct such one-way key chain without hash function
  • From: laicko
• Re: How to construct such one-way key chain without hash function
  • From: laicko
• Goldbach's conjecture and quadratic residues
  • From: jstevh
• Re: getting nth prime
  • From: xmath
• Re: EC-IES, authentication and plausible deniability
  • From: xmath
• Re: EC-IES, authentication and plausible deniability
  • From: xmath
• Re: PK Key exchange scheme involving 3 parties
  • From: David Wagner
• Re: EC-IES, authentication and plausible deniability
  • From: fabrice . gautier
• Re: PK Key exchange scheme involving 3 parties
  • From: fabrice . gautier
• Re: getting nth prime
  • From: rossum
• Re: Complex Theoretical One Way Hash Question
  • From: David Wagner
• Re: Complex Theoretical One Way Hash Question
  • From: Jean-Luc Cooke
• Re: EC-IES, authentication and plausible deniability
  • From: fabrice . gautier
• Re: getting nth prime
  • From: tomstdenis
• Re: getting nth prime
  • From: Phil Carmody
• Re: Controversy in Cryptography
  • From: Phil Carmody
• Re: Controversy in Cryptography
  • From: Phil Carmody
• Re: getting nth prime
  • From: tomstdenis
• Re: getting nth prime
  • From: pegguru
• Re: getting nth prime
  • From: Sebastian Gottschalk
• Re: getting nth prime
  • From: Sebastian Gottschalk
• Re: getting nth prime
  • From: Christian Siebert
• Re: getting nth prime
  • From: Ben Rudiak-Gould
• Re: tools for lecture
  • From: nemo_outis
• Re: getting nth prime
  • From: tomstdenis
• tools for lecture
  • From: securenix
• Re: How to construct such one-way key chain without hash function
  • From: David Wagner
• getting nth prime
  • From: Dhairyas
• Re: Controversy in Cryptography
  • From: Roger Schlafly
• Re: Complex Theoretical One Way Hash Question
  • From: David Eather
• Re: Controversy in Cryptography
  • From: David A. Scott
• Re: How to construct such one-way key chain without hash function
  • From: laicko
• Re: Controversy in Cryptography
  • From: tomstdenis
• Re: Can DLP be reduced to fatroing problem or vice versa?
  • From: Pubkeybreaker
• Algebraic Geometric Codes
  • From: aarthi28
• Re: How to construct such one-way key chain without hash function
  • From: David Wagner
• Re: How to construct such one-way key chain without hash function
  • From: laicko
• Re: Controversy in Cryptography
  • From: David Wagner
• Re: Quadratic residue method for finding primes
  • From: Bob Terwilliger
• Controversy in Cryptography
  • From: Terry Ritter
• Re: Can DLP be reduced to fatroing problem or vice versa?
  • From: dan
• Re: How to construct such one-way key chain without hash function
  • From: David Wagner
• How to construct such one-way key chain without hash function
  • From: laicko
• Re: Quadratic residue method for finding primes
  • From: jstevh
• Re: aes
  • From: Tuna Fish
• Re: Quadratic residue method for finding primes
  • From: Bob Terwilliger
• aes
  • From: bob
• Re: Complex Theoretical One Way Hash Question
  • From: Simon Johnson
• Re: Quadratic residue method for finding primes
  • From: none
• Re: Quadratic residue method for finding primes
  • From: jstevh
• Re: Weakness of Feistel ciphers
  • From: duoduolei
• Re: Is there a SHA1PRNG standard?
  • From: Carlos Moreno
• Re: Weakness of Feistel ciphers
  • From: Tuna Fish
• Re: Quadratic residue method for finding primes
  • From: none
• Re: Seeking entropy article by Whatsisname
  • From: Paul Rubin
• Re: Complex Theoretical One Way Hash Question
  • From: Francois Grieu
• Re: Complex Theoretical One Way Hash Question
  • From: David Wagner
• Re: Complex Theoretical One Way Hash Question
  • From: tor
• Re: Is there a SHA1PRNG standard?
  • From: Roger Schlafly
• Re: Is there a SHA1PRNG standard?
  • From: David Wagner
• Re: Is there a SHA1PRNG standard?
  • From: Roger Schlafly
• Re: Quadratic residue method for finding primes
  • From: jstevh
• Re: Quadratic residue method for finding primes
  • From: Arturo Magidin
• Re: Is there a SHA1PRNG standard?
  • From: David Wagner
• Re: Seeking entropy article by Whatsisname
  • From: Roger Schlafly
• Re: Is there a SHA1PRNG standard?
  • From: clark
• Re: Quadratic residue method for finding primes
  • From: jstevh
• Re: Complex Theoretical One Way Hash Question
  • From: David Wagner
• Re: Is there a SHA1PRNG standard?
  • From: David Wagner
• DES für X11
  • From: Thorsten Kiefer
• Re: Quadratic residue method for finding primes
  • From: jshsucks
• Re: Quadratic residue method for finding primes
  • From: jstevh
• Re: Blum Blum Shub
  • From: Kristian Gjøsteen
• Re: Complex Theoretical One Way Hash Question
  • From: Simon Johnson
• Re: Quadratic residue method for finding primes
  • From: Bob Terwilliger
• Re: Quadratic residue method for finding primes
  • From: jstevh
• Re: Quadratic residue method for finding primes
  • From: Arturo Magidin
• Re: Quickly finding large primes
  • From: larryhammick
• Re: Weakness of Feistel ciphers
  • From: tomstdenis
• Re: Tiny table AES implementation
  • From: tomstdenis
• Re: Compression leads to encryption NEW COMPRESSION METHOD!
  • From: sillybanter
• Re: LibTomCrypt ASN.1...
  • From: tomstdenis
• Re: Complex Theoretical One Way Hash Question
  • From: Unruh
• Re: Quickly finding large primes
  • From: mm
• Re: Blum Blum Shub
  • From: Simon Johnson
• Blum Blum Shub
  • From: mike7411
• Re: public-key crypto description from 19th century?!
  • From: Roger Schlafly
• Re: Complex Theoretical One Way Hash Question
  • From: David Wagner
• Re: Is there a SHA1PRNG standard?
  • From: mcltunes
• Re: Is there a SHA1PRNG standard?
  • From: David Wagner
• Re: Is there a SHA1PRNG standard?
  • From: mcltunes
• Re: Complex Theoretical One Way Hash Question
  • From: Jean-Luc Cooke
• Re: Is there a SHA1PRNG standard?
  • From: David Wagner
• Re: EC-IES, authentication and plausible deniability
  • From: Kristian Gjøsteen
• Re: EC-IES, authentication and plausible deniability
  • From: xmath
• Re: Is there a SHA1PRNG standard?
  • From: mcltunes
• Re: Complex Theoretical One Way Hash Question
  • From: Unruh
• Re: EC-IES, authentication and plausible deniability
  • From: xmath
• Re: Complex Theoretical One Way Hash Question
  • From: Francois Grieu
• Re: AES and cache bank tricks
  • From: tomstdenis
• Re: Tiny table AES implementation
  • From: tomstdenis
• Re: EC-IES, authentication and plausible deniability
  • From: xmath
• AES and cache bank tricks
  • From: tomstdenis
• Re: Tiny table AES implementation
  • From: karl malbrain
• Re: Tiny table AES implementation
  • From: karl malbrain
• Re: Tiny table AES implementation
  • From: tomstdenis
• Re: Complex Theoretical One Way Hash Question
  • From: Ben Livengood
• Re: Tiny table AES implementation
  • From: tomstdenis
• Re: Is there a SHA1PRNG standard?
  • From: Kristian Gjøsteen
• Re: EC-IES, authentication and plausible deniability
  • From: Kristian Gjøsteen
• Re: EC-IES, authentication and plausible deniability
  • From: xmath
• Re: Is there a SHA1PRNG standard?
  • From: mcltunes
• Re: Tiny table AES implementation
  • From: karl malbrain
• Re: EC-IES, authentication and plausible deniability
  • From: Kristian Gjøsteen
• Re: Tiny table AES implementation
  • From: tomstdenis
• Re: Tiny table AES implementation
  • From: karl malbrain
• Re: EC-IES, authentication and plausible deniability
  • From: xmath
• Re: Is there a SHA1PRNG standard?
  • From: Carlos Moreno
• Re: EC-IES, authentication and plausible deniability
  • From: xmath
• Re: Is there a SHA1PRNG standard?
  • From: clark
• Re: EC-IES, authentication and plausible deniability
  • From: xmath
• Re: Quickly finding large primes
  • From: Phil Carmody
• Is there a SHA1PRNG standard?
  • From: Mark
• Re: EC-IES, authentication and plausible deniability
  • From: xmath
• Re: EC-IES, authentication and plausible deniability
  • From: xmath
• Re: Compression leads to encryption NEW COMPRESSION METHOD!
  • From: David Eather
• Re: PK Key exchange scheme involving 3 parties
  • From: Henrick Hellström
• Re: Complex Theoretical One Way Hash Question
  • From: Francois Grieu
• Re: Can DLP be reduced to fatroing problem or vice versa?
  • From: Joseph Ashwood
• Re: EC-IES, authentication and plausible deniability
  • From: Kristian Gjøsteen
• Re: Can DLP be reduced to fatroing problem or vice versa?
  • From: Kristian Gjøsteen
• Re: Complex Theoretical One Way Hash Question
  • From: Ben Livengood
• Can DLP be reduced to fatroing problem or vice versa?
  • From: dan
• Re: Quadratic residue method for finding primes
  • From: Bob Terwilliger
• Re: Quadratic residue method for finding primes
  • From: mm
• Re: Quickly finding large primes
  • From: willo_thewisp
• Re: Tiny table AES implementation
  • From: tomstdenis
• Re: Tiny table AES implementation
  • From: tomstdenis
• Re: Tiny table AES implementation
  • From: karl malbrain
• Re: PK Key exchange scheme involving 3 parties
  • From: David Wagner
• Re: Cryptographic strength in Wireless Alarm Systems?
  • From: Paul Rubin
• EC-IES, authentication and plausible deniability
  • From: fabrice . gautier
• Quadratic residue method for finding primes
  • From: jstevh
• Re: Cryptographic strength in Wireless Alarm Systems?
  • From: roger_for_nntp
• Re: Quickly finding large primes
  • From: mm
• Re: PK Key exchange scheme involving 3 parties
  • From: fabrice . gautier
• Re: Tiny table AES implementation
  • From: tomstdenis
• Re: PK Key exchange scheme involving 3 parties
  • From: Henrick Hellström
• Re: Quickly finding large primes
  • From: jstevh
• Re: Tiny table AES implementation
  • From: karl malbrain
• Re: Tiny table AES implementation
  • From: tomstdenis
• Re: Tiny table AES implementation
  • From: tomstdenis
• Re: PK Key exchange scheme involving 3 parties
  • From: fabrice . gautier
• Tiny table AES implementation
  • From: karl malbrain
• Re: PK Key exchange scheme involving 3 parties
  • From: fabrice . gautier
• Re: PK Key exchange scheme involving 3 parties
  • From: David Wagner
• PK Key exchange scheme involving 3 parties
  • From: fabrice . gautier
• Re: public-key crypto description from 19th century?!
  • From: Paul Rubin
• Re: Encrypting Unicode
  • From: Jean-Luc Cooke
• public-key crypto description from 19th century?!
  • From: Paul Rubin
• Re: Weakness of Feistel ciphers
  • From: John Savard
• Re: Weakness of Feistel ciphers
  • From: John Savard
• Re: Encrypting Unicode
  • From: John Savard
• Re: Quickly finding large primes
  • From: David Eather
• Re: Quickly finding large primes
  • From: tomstdenis
• Re: Quickly finding large primes
  • From: mm
• Re: Compression leads to encryption NEW COMPRESSION METHOD!
  • From: tomstdenis
• Re: Compression leads to encryption NEW COMPRESSION METHOD!
  • From: Einstein
• Re: Weakness of Feistel ciphers
  • From: tomstdenis
• Re: Weakness of Feistel ciphers
  • From: noload
• Re: Cryptographic strength in Wireless Alarm Systems?
  • From: David Eather
• Re: AES Timing Attack Implementation & Karl Malbrain code...
  • From: Stefan Tillich
• Re: Quickly finding large primes
  • From: tomstdenis
• Quickly finding large primes
  • From: jstevh
• Re: Weakness of Feistel ciphers
  • From: Kristian Gjøsteen
• Re: Weakness of Feistel ciphers
  • From: Kim G. S. Øyhus
• Re: Weakness of Feistel ciphers
  • From: Kim G. S. Øyhus
• Re: Weakness of Feistel ciphers
  • From: Kim G. S. Øyhus
• Re: Weakness of Feistel ciphers
  • From: Kristian Gjøsteen
• Re: Weakness of Feistel ciphers
  • From: duoduolei
• Re: Weakness of Feistel ciphers
  • From: duoduolei
• Re: Weakness of Feistel ciphers
  • From: duoduolei
• Re: Weakness of Feistel ciphers
  • From: Richard Revis
• Re: Encrypting Unicode
  • From: Gian-Carlo Pascutto
• Re: Weakness of Feistel ciphers
  • From: David Wagner
• Re: Complex Theoretical One Way Hash Question
  • From: David Wagner
• Re: Weakness of Feistel ciphers
  • From: Kim G. S. Øyhus
• Re: Complex Theoretical One Way Hash Question
  • From: David Wagner
• Re: Weakness of Feistel ciphers
  • From: Kristian Gjøsteen
• Re: Weakness of Feistel ciphers
  • From: Paul Rubin
• Re: Weakness of Feistel ciphers
  • From: Kim G. S. Øyhus
• Re: Weakness of Feistel ciphers
  • From: Paul Rubin
• Re: Weakness of Feistel ciphers
  • From: Kim G. S. Øyhus
• Re: Weakness of Feistel ciphers
  • From: Kim G. S. Øyhus
• Re: Weakness of Feistel ciphers
  • From: Kim G. S. Øyhus
• Re: AES Timing Attack Implementation & Karl Malbrain code...
  • From: BRG
• Re: AES Timing Attack Implementation & Karl Malbrain code...
  • From: BRG
• Re: Check if crypto encoding/decoding method can be cracked
  • From: Alex Vinokur
• Rotor crypto devices: 2N+1 vs Reflector ... how does this impact the "flatness"...
  • From: Max Power
• Re: AES Timing Attack Implementation & Karl Malbrain code...
  • From: karl malbrain
• Re: AES Timing Attack Implementation & Karl Malbrain code...
  • From: Mike Amling
• Re: AES Timing Attack Implementation & Karl Malbrain code...
  • From: Mike Amling
• Re: Weakness of Feistel ciphers
  • From: Mike Amling
• Re: Weakness of Feistel ciphers
  • From: Mike Amling
• Re: AES Timing Attack Implementation & Karl Malbrain code...
  • From: karl malbrain
• Re: AES Timing Attack Implementation & Karl Malbrain code...
  • From: karl malbrain
• Re: Weakness of Feistel ciphers
  • From: tomstdenis
• Re: Weakness of Feistel ciphers
  • From: Unruh
• Re: Cryptographic strength in Wireless Alarm Systems?
  • From: Jay C. James
• Re: Weakness of Feistel ciphers
  • From: Kim G. S. Øyhus
• Ephemeral Keys with stunnel
  • From: NeedHelp
• Re: Weakness of Feistel ciphers
  • From: Paul Rubin
• Re: Weakness of Feistel ciphers
  • From: Kristian Gjøsteen
• Re: Weakness of Feistel ciphers
  • From: Kim G. S. Øyhus
• Re: Weakness of Feistel ciphers
  • From: Kim G. S. Øyhus
• Re: Check if crypto encoding/decoding method can be cracked
  • From: Volker Hetzer
• Re: Complex Theoretical One Way Hash Question
  • From: Ben Livengood
• Re: Weakness of Feistel ciphers
  • From: Volker Hetzer
• Re: Check if crypto encoding/decoding method can be cracked
  • From: tomstdenis
• Re: Weakness of Feistel ciphers
  • From: Unruh
• Re: Check if crypto encoding/decoding method can be cracked
  • From: Unruh
• Re: Weakness of Feistel ciphers
  • From: tomstdenis
• Re: AES Timing Attack Implementation & Karl Malbrain code...
  • From: BRG
• Re: Weakness of Feistel ciphers
  • From: tomstdenis
• Re: AES Timing Attack Implementation & Karl Malbrain code...
  • From: karl malbrain
• Re: Weakness of Feistel ciphers
  • From: Kristian Gjøsteen
• Re: Weakness of Feistel ciphers
  • From: Paul Rubin
• Re: AES Timing Attack Implementation & Karl Malbrain code...
  • From: BRG
• Re: Weakness of Feistel ciphers
  • From: Kim G. S. Øyhus
• Re: crypto and the mafia
  • From: MacCrest
• Re: Weakness of Feistel ciphers
  • From: Kim G. S. Øyhus
• Re: Weakness of Feistel ciphers
  • From: Jean-Luc Cooke
• Re: Weakness of Feistel ciphers
  • From: Jean-Luc Cooke
• Re: Weakness of Feistel ciphers
  • From: Paul Rubin
• Re: Weakness of Feistel ciphers
  • From: Kim G. S. Øyhus
• Re: Weakness of Feistel ciphers
  • From: Kim G. S. Øyhus
• Re: Weakness of Feistel ciphers
  • From: Paul Rubin
• Re: AES Timing Attack Implementation & Karl Malbrain code...
  • From: karl malbrain
• Re: Weakness of Feistel ciphers
  • From: Kim G. S. Øyhus
• Re: Weakness of Feistel ciphers
  • From: tomstdenis
• Re: Weakness of Feistel ciphers
  • From: tomstdenis
• Re: AES Timing Attack Implementation & Karl Malbrain code...
  • From: karl malbrain
• Re: Weakness of Feistel ciphers
  • From: Paul Rubin
• Re: Weakness of Feistel ciphers
  • From: Kim G. S. Øyhus
• Re: Weakness of Feistel ciphers
  • From: tomstdenis
• Re: AES Timing Attack Implementation & Karl Malbrain code...
  • From: karl malbrain
• Re: Weakness of Feistel ciphers
  • From: noload
• Re: Compression leads to encryption NEW COMPRESSION METHOD!
  • From: Ed Weir \(ComCast\)
• Re: Weakness of Feistel ciphers
  • From: Paul Rubin
• Re: Weakness of Feistel ciphers
  • From: Kim G. S. Øyhus
• Re: Cryptographic strength in Wireless Alarm Systems?
  • From: Ed Weir \(ComCast\)
• Re: Weakness of Feistel ciphers
  • From: clark
• Check if crypto encoding/decoding method can be cracked
  • From: Alex Vinokur
• Re: Weakness of Feistel ciphers
  • From: tomstdenis
• Re: Compression leads to encryption NEW COMPRESSION METHOD!
  • From: tomstdenis
• Re: Compression leads to encryption NEW COMPRESSION METHOD!
  • From: none
• Re: Weakness of Feistel ciphers
  • From: Francois Grieu
• Re: Weakness of Feistel ciphers
  • From: Paul Rubin
• Re: Weakness of Feistel ciphers
  • From: David Wagner
• Weakness of Feistel ciphers
  • From: Kim G. S. Øyhus
• Re: Electronic RNG not enough secure for OTP?
  • From: David Eather
• Re: Cryptographic strength in Wireless Alarm Systems?
  • From: David Eather
• Re: Compression leads to encryption NEW COMPRESSION METHOD!
  • From: Einstein
• Re: Encrypting Unicode
  • From: David Eather
• Re: Complex Theoretical One Way Hash Question
  • From: John Savard
• Re: AES Timing Attack Implementation & Karl Malbrain code...
  • From: tomstdenis
• Re: Complex Theoretical One Way Hash Question
  • From: Francois Grieu
• Re: Breaking RSA
  • From: contini
• Re: Breaking RSA
  • From: Joseph Ashwood
• Re: Complex Theoretical One Way Hash Question
  • From: Paul Rubin
• Re: Complex Theoretical One Way Hash Question
  • From: Unruh
• Re: Complex Theoretical One Way Hash Question
  • From: Francois Grieu
• Re: Complex Theoretical One Way Hash Question
  • From: Francois Grieu
• Re: Chaffing and deniability in pencil-and-paper ciphers
  • From: Joseph Ashwood
• Re: Complex Theoretical One Way Hash Question
  • From: Joseph Ashwood
• Re: RSA Security Hiring Announcement
  • From: SoP
• Re: Complex Theoretical One Way Hash Question
  • From: roger_for_nntp
• Re: Complex Theoretical One Way Hash Question
  • From: Paul Rubin
• Re: Complex Theoretical One Way Hash Question
  • From: Matthew Harrison
• Re: Complex Theoretical One Way Hash Question
  • From: Matthew Harrison
• Re: AES Timing Attack Implementation & Karl Malbrain code...
  • From: rohit
• Re: Compression leads to encryption NEW COMPRESSION METHOD!
  • From: sillybanter
• Re: Complex Theoretical One Way Hash Question
  • From: Mike Amling
• Re: Encrypting Unicode
  • From: tomstdenis
• Re: Complex Theoretical One Way Hash Question
  • From: David Wagner
• Re: Encrypting Unicode
  • From: lee.reeves@xxxxxxxxx
• Re: ECC template library
  • From: tomstdenis
• Re: ECC template library
  • From: Ben Livengood
• Re: Complex Theoretical One Way Hash Question
  • From: Sebastian Gottschalk
• Re: Complex Theoretical One Way Hash Question
  • From: Bill Unruh
• Re: Complex Theoretical One Way Hash Question
  • From: Ben Livengood
• Re: Complex Theoretical One Way Hash Question
  • From: Matthew Harrison
• Re: Complex Theoretical One Way Hash Question
  • From: Unruh
• Re: Complex Theoretical One Way Hash Question
  • From: Matthew Harrison
• Re: Complex Theoretical One Way Hash Question
  • From: Matthew Harrison
• crypto and the mafia
  • From: Paul Rubin
• Re: Complex Theoretical One Way Hash Question
  • From: Unruh
• Re: Complex Theoretical One Way Hash Question
  • From: Unruh
• Re: Complex Theoretical One Way Hash Question
  • From: Unruh
• Quantum Dot laser in MidInfr ared applications Sources for Bio applications
  • From: liletian
• Re: AES Timing Attack Implementation & Karl Malbrain code...
  • From: Mike Amling
• Chaffing and deniability in pencil-and-paper ciphers
  • From: gschultz
• Re: Complex Theoretical One Way Hash Question
  • From: pegguru
• Re: Complex Theoretical One Way Hash Question
  • From: tor
• Re: Complex Theoretical One Way Hash Question
  • From: Sebastian Gottschalk
• Re: Complex Theoretical One Way Hash Question
  • From: David Wagner
• Re: Electronic RNG not enough secure for OTP?
  • From: Carlos Moreno
• Re: Complex Theoretical One Way Hash Question
  • From: none
• Re: Complex Theoretical One Way Hash Question
  • From: Matthew Harrison
• Re: Complex Theoretical One Way Hash Question
  • From: Matthew Harrison
• Re: Complex Theoretical One Way Hash Question
  • From: Unruh
• Re: Complex Theoretical One Way Hash Question
  • From: none
• Re: Complex Theoretical One Way Hash Question
  • From: Matthew Harrison
• Re: Complex Theoretical One Way Hash Question
  • From: David Wagner
• Re: Complex Theoretical One Way Hash Question
  • From: Unruh
• Re: Complex Theoretical One Way Hash Question
  • From: Matthew Harrison
• Re: Compression leads to encryption NEW COMPRESSION METHOD!
  • From: SoP
• Re: Complex Theoretical One Way Hash Question
  • From: Matthew Harrison
• Re: Complex Theoretical One Way Hash Question
  • From: Matthew Harrison
• Re: Complex Theoretical One Way Hash Question
  • From: none
• Re: Complex Theoretical One Way Hash Question
  • From: David Wagner
• Re: Complex Theoretical One Way Hash Question
  • From: Sebastian Gottschalk
• Re: Complex Theoretical One Way Hash Question
  • From: xmath
• Re: Complex Theoretical One Way Hash Question
  • From: Matthew Harrison
• Re: Complex Theoretical One Way Hash Question
  • From: Matthew Harrison
• Re: Cryptographic strength in Wireless Alarm Systems?
  • From: David Wagner
• Re: Complex Theoretical One Way Hash Question
  • From: Matthew Harrison
• Re: Complex Theoretical One Way Hash Question
  • From: xmath
• Re: Complex Theoretical One Way Hash Question
  • From: Matthew Harrison
• Re: Complex Theoretical One Way Hash Question
  • From: xmath
• Re: Complex Theoretical One Way Hash Question
  • From: none
• Re: Complex Theoretical One Way Hash Question
  • From: Sebastian Gottschalk
• Re: Complex Theoretical One Way Hash Question
  • From: Matthew Harrison
• Re: Electronic RNG not enough secure for OTP?
  • From: Carlos Moreno
• Re: Complex Theoretical One Way Hash Question
  • From: ink
• Re: Cryptographic strength in Wireless Alarm Systems?
  • From: cypher
• Re: Complex Theoretical One Way Hash Question
  • From: Matthew Harrison
• Re: Electronic RNG not enough secure for OTP?
  • From: Paul Rubin
• Re: Complex Theoretical One Way Hash Question
  • From: Sebastian Gottschalk
• Complex Theoretical One Way Hash Question
  • From: Matthew Harrison
• Re: Electronic RNG not enough secure for OTP?
  • From: Carlos Moreno
• Re: Electronic RNG not enough secure for OTP?
  • From: Carlos Moreno
• Re: Cryptographic strength in Wireless Alarm Systems?
  • From: Paul Rubin
• Re: Compression leads to encryption NEW COMPRESSION METHOD!
  • From: tomstdenis
• Re: Compression leads to encryption NEW COMPRESSION METHOD!
  • From: Einstein
• Re: RSA Security Hiring Announcement
  • From: tomstdenis
• Re: AES Timing Attack Implementation & Karl Malbrain code...
  • From: tomstdenis
• Re: AES Timing Attack Implementation & Karl Malbrain code...
  • From: BRG
• Re: AES Timing Attack Implementation & Karl Malbrain code...
  • From: Ed Weir \(ComCast\)
• Re: Cryptographic strength in Wireless Alarm Systems?
  • From: Jan Panteltje
• Re: AES Timing Attack Implementation & Karl Malbrain code...
  • From: Ed Weir \(ComCast\)
• Re: AES Timing Attack Implementation & Karl Malbrain code...
  • From: BRG
• Re: AES Timing Attack Implementation & Karl Malbrain code...
  • From: tomstdenis
• Re: AES Timing Attack Implementation & Karl Malbrain code...
  • From: Ed Weir \(ComCast\)
• Re: Cryptographic strength in Wireless Alarm Systems?
  • From: Ed Weir \(ComCast\)
• Re: AES Timing Attack Implementation & Karl Malbrain code...
  • From: BRG
• Re: Electronic RNG not enough secure for OTP?
  • From: none
• Re: RSA Security Hiring Announcement
  • From: Kim G. S. Øyhus
• Re: Electronic RNG not enough secure for OTP?
  • From: Phil Carmody
• Re: Cryptographic strength in Wireless Alarm Systems?
  • From: Unruh
• Truecrypt 4.2 released
  • From: noload
• Re: Cryptographic strength in Wireless Alarm Systems?
  • From: Ed Weir \(ComCast\)
• Re: Cryptographic strength in Wireless Alarm Systems?
  • From: David Wagner
• Re: Cryptographic strength in Wireless Alarm Systems?
  • From: Ed Weir \(ComCast\)
• Re: Cryptographic strength in Wireless Alarm Systems?
  • From: David Wagner
• Re: Cryptographic strength in Wireless Alarm Systems?
  • From: David Wagner
• Re: Cryptographic strength in Wireless Alarm Systems?
  • From: Ed Weir \(ComCast\)
• Re: Cryptographic strength in Wireless Alarm Systems?
  • From: Ed Weir \(ComCast\)
• Re: Electronic RNG not enough secure for OTP?
  • From: Paul Rubin
• Re: Cryptographic strength in Wireless Alarm Systems?
  • From: Jan Panteltje
• Re: Electronic RNG not enough secure for OTP?
  • From: cryptic99
• Re: Software protection
  • From: Michael Brown
• Re: Cryptographic strength in Wireless Alarm Systems?
  • From: Ed Weir \(ComCast\)
• Re: Electronic RNG not enough secure for OTP?
  • From: Jan Panteltje
• Re: Electronic RNG not enough secure for OTP?
  • From: Andrew Swallow
• Re: Electronic RNG not enough secure for OTP?
  • From: Paul Rubin
• Re: Seeking entropy article by Whatsisname
  • From: Paul Rubin
• Re: Seeking entropy article by Whatsisname
  • From: Paul Rubin
• Re: Electronic RNG not enough secure for OTP?
  • From: cryptic99
• Re: Electronic RNG not enough secure for OTP?
  • From: cryptic99
• Re: Seeking entropy article by Whatsisname
  • From: Mike Amling
• Re: Electronic RNG not enough secure for OTP?
  • From: Unruh
• Re: ECC template library
  • From: tomstdenis
• Re: Electronic RNG not enough secure for OTP?
  • From: Unruh
• Re: ECC template library
  • From: Ben Livengood
• Re: Seeking entropy article by Whatsisname
  • From: imthewakk0
• Re: Electronic RNG not enough secure for OTP?
  • From: panteltje
• Re: Electronic RNG not enough secure for OTP?
  • From: Paul Rubin
• Re: Cryptographic strength in Wireless Alarm Systems?
  • From: panteltje
• Re: Electronic RNG not enough secure for OTP?
  • From: cryptic99
• Re: Cryptographic strength in Wireless Alarm Systems?
  • From: laura fairhead
• Seeking entropy article by Whatsisname
  • From: Paul Rubin
• Re: Electronic RNG not enough secure for OTP?
  • From: Paul Rubin
• Re: Electronic RNG not enough secure for OTP?
  • From: cryptic99
• Re: Electronic RNG not enough secure for OTP?
  • From: Paul Rubin
• Electronic RNG not enough secure for OTP?
  • From: cryptic99
• Re: Proving to a 3rd party youve recommended their product without showing them the msg
  • From: xmath
• Re: Software protection
  • From: clark
• Re: Software protection
  • From: Michael Brown
• Re: Software protection
  • From: clark
• Re: Software protection
  • From: clark
• Re: Software protection
  • From: Joseph Ashwood
• Re: Software protection
  • From: Sebastian Gottschalk
• Re: Software protection
  • From: crasmarum
• Re: Encryption device
  • From: none
• Re: Cryptographic strength in Wireless Alarm Systems?
  • From: pegguru
• Re: Yet another crackpot idea
  • From: Ed Weir \(ComCast\)
• Re: Yet another crackpot idea
  • From: tomstdenis
• Re: Yet another crackpot idea
  • From: Ed Weir \(ComCast\)
• Cryptographic strength in Wireless Alarm Systems?
  • From: Carlos Moreno
• Re: Encryption device
  • From: John Bailey
• Re: Encryption device
  • From: cryptic99
• Re: Yet another crackpot idea
  • From: tomstdenis
• Re: Yet another crackpot idea
  • From: cascares
• Re: Proving to a 3rd party youve recommended their product without showing them the msg
  • From: William L. Bahn
• Re: authentication (SRP*, DH, TLS)
  • From: gmu2006
• Re: Open source secure browser-based storage, with a $1000 challenge
  • From: Mike Amling
• Re: Yet another crackpot idea
  • From: Mike Amling
• Re: Encryption device
  • From: Mike Amling
• Re: Secure browser-based storage on an untrusted server?
  • From: Sebastian Gottschalk
• Re: authentication (SRP*, DH, TLS)
  • From: Paul Rubin
• Re: authentication (SRP*, DH, TLS)
  • From: gmu2006
• Re: Secure browser-based storage on an untrusted server?
  • From: Watson Ladd
• Re: Software protection
  • From: Michael Brown
• Re: authentication (SRP*, DH, TLS)
  • From: xmath
• Re: authentication (SRP*, DH, TLS)
  • From: Paul Rubin
• Re: Encrypting Unicode
  • From: Chris Barts
• Re: authentication (SRP*, DH, TLS)
  • From: gmu2006
• Re: LibTomCrypt ASN.1...
  • From: tomstdenis
• Re: authentication (SRP*, DH, TLS)
  • From: gmu2006
• Re: authentication (SRP*, DH, TLS)
  • From: Paul Rubin
• Re: authentication (SRP*, DH, TLS)
  • From: Henrick Hellström
• Re: Software protection
  • From: clark
• Re: LibTomCrypt ASN.1...
  • From: Phil Carmody
• Re: Software protection
  • From: Mxsmanic
• Re: Software protection
  • From: Mxsmanic
• Re: Software protection
  • From: Mxsmanic
• Re: Software protection
  • From: Ed Weir \(ComCast\)
• Re: Software protection
  • From: SoP
• Re: Yet another crackpot idea
  • From: tomstdenis
• Re: Software protection
  • From: tomstdenis
• Re: Software protection
  • From: tomstdenis
• Re: ECC template library
  • From: tomstdenis
• Re: Software protection
  • From: Michael Brown
• Re: Encryption device
  • From: ashish . sharma . ait
• Re: authentication (SRP*, DH, TLS)
  • From: Paul Rubin
• Re: LibTomCrypt ASN.1...
  • From: tomstdenis
• Re: RSA Security Hiring Announcement
  • From: Moe Trin
• Yet another crackpot idea
  • From: cascares
• Re: Software protection
  • From: Ed Weir \(ComCast\)
• Re: Open source secure browser-based storage, with a $1000 challenge
  • From: iwhisper . info
• Re: Software protection
  • From: clark
• Re: Compression leads to encryption NEW COMPRESSION METHOD!
  • From: sillybanter
• Re: Open source secure browser-based storage, with a $1000 challenge
  • From: David Wagner
• Re: Open source secure browser-based storage, with a $1000 challenge
  • From: iwhisper . info
• Re: Open source secure browser-based storage, with a $1000 challenge
  • From: David Wagner
• ECC template library
  • From: gregofiesh
• Encryption device
  • From: cryptic99
• Re: authentication (SRP*, DH, TLS)
  • From: gmu2006
• Re: LibTomCrypt ASN.1...
  • From: Phil Carmody
• Re: authentication (SRP*, DH, TLS)
  • From: Paul Rubin
• Re: authentication (SRP*, DH, TLS)
  • From: gmu2006
• Re: authentication (SRP*, DH, TLS)
  • From: Paul Rubin
• Re: Software protection
  • From: Carlos Moreno
• Re: Software protection
  • From: tomstdenis
• Software protection
  • From: johnrthomas756
• Re: authentication (SRP*, DH, TLS)
  • From: gmu2006
• Re: Rotor crypto devices: 2N+1 vs Reflector ... how does this impact the "flatness" of the enciphered output?
  • From: Stefan Krah
• Re: RSA Security Hiring Announcement
  • From: tomstdenis
• Re: RSA Security Hiring Announcement
  • From: tomstdenis
• Re: authentication (SRP*, DH, TLS)
  • From: Paul Rubin
• Re: authentication (SRP*, DH, TLS)
  • From: gmu2006
• Re: Compression leads to encryption NEW COMPRESSION METHOD!
  • From: framarks
• Re: Compression leads to encryption NEW COMPRESSION METHOD!
  • From: framarks
• Re: authentication (SRP*, DH, TLS)
  • From: Paul Rubin
• Re: authentication (SRP*, DH, TLS)
  • From: gmu2006
• Re: RSA Security Hiring Announcement
  • From: ashish . sharma . ait
• Re: authentication (SRP*, DH, TLS)
  • From: xmath
• Re: RSA Security Hiring Announcement
  • From: Henrick Hellström
• Re: authentication (SRP*, DH, TLS)
  • From: xmath
• AES Timing Attack Implementation & Karl Malbrain code...
  • From: rohit
• Re: Compression leads to encryption NEW COMPRESSION METHOD!
  • From: mike3
• Re: Compression leads to encryption NEW COMPRESSION METHOD!
  • From: mike3
• Re: Compression leads to encryption NEW COMPRESSION METHOD!
  • From: David Eather
• Re: Compression leads to encryption NEW COMPRESSION METHOD!
  • From: mike3
• Re: RSA Security Hiring Announcement
  • From: David Eather
• Re: RSA Security Hiring Announcement
  • From: sandyinchina
• Re: Secure browser-based storage on an untrusted server?
  • From: lee . reeves
• Re: authentication (SRP*, DH, TLS)
  • From: Joseph Ashwood
• Re: Secure browser-based storage on an untrusted server?
  • From: lee . reeves
• Re: RSA Security Hiring Announcement
  • From: tomstdenis
• Re: RSA Security Hiring Announcement
  • From: pegguru
• Re: Encrypting Unicode
  • From: lee . reeves
• Re: Secure browser-based storage on an untrusted server?
  • From: Joseph Ashwood
• Re: LibTomCrypt ASN.1...
  • From: tomstdenis
• Secure browser-based storage on an untrusted server?
  • From: lee . reeves
• Re: authentication (SRP*, DH, TLS)
  • From: Paul Rubin
• Re: authentication (SRP*, DH, TLS)
  • From: gmu2006
• Re: authentication (SRP*, DH, TLS)
  • From: xmath
• Re: Blum vs. Isaac
  • From: tomstdenis
• Re: Blum vs. Isaac
  • From: Mike - EMAIL IGNORED
• Re: Compression leads to encryption NEW COMPRESSION METHOD!
  • From: Einstein
• Re: RSA Security Hiring Announcement
  • From: pegguru
• Re: RSA Security Hiring Announcement
  • From: tomstdenis
• Re: Blum vs. Isaac
  • From: tomstdenis
• Blum vs. Isaac
  • From: Mike - EMAIL IGNORED
• [bug] LibTomCrypt ASN.1...
  • From: tomstdenis
• Re: Encrypting Unicode
  • From: Kristian Gjøsteen
• Re: RSA Security Hiring Announcement
  • From: David Wagner
• Re: authentication (SRP*, DH, TLS)
  • From: Paul Rubin
• Re: authentication (SRP*, DH, TLS)
  • From: gmu2006
• Re: authentication (SRP*, DH, TLS)
  • From: gmu2006
• Re: RSA Security Hiring Announcement
  • From: panteltje
• Re: authentication (SRP*, DH, TLS)
  • From: karl malbrain
• Re: authentication (SRP*, DH, TLS)
  • From: gmu2006
• Re: authentication (SRP*, DH, TLS)
  • From: Paul Rubin
• Re: authentication (SRP*, DH, TLS)
  • From: gmu2006
• Re: authentication (SRP*, DH, TLS)
  • From: Paul Rubin
• Re: authentication (SRP*, DH, TLS)
  • From: karl malbrain
• Re: Rotor crypto devices: 2N+1 vs Reflector ... how does this impact the "flatness" of the enciphered output?
  • From: joes
• authentication (SRP*, DH, TLS)
  • From: gmu2006
• Re: RSA Security Hiring Announcement
  • From: ashish . sharma . ait
• Re: RSA Security Hiring Announcement
  • From: karl malbrain
• Re: RSA Security Hiring Announcement
  • From: tomstdenis
• RSA Security Hiring Announcement
  • From: Pubkeybreaker
• Re: Encrypting Unicode
  • From: David Eather
• Re: Compression leads to encryption NEW COMPRESSION METHOD!
  • From: sillybanter
• TIRIS S2000 readers - ascii supplement
  • From: Jean Easter
• Re: MT5 as a replacement for MD5
  • From: SoP
• Re: Funding to Attend SAM 06, LV, US
  • From: clark
• Re: MT5 as a replacement for MD5
  • From: John Smith
• Re: MT5 as a replacement for MD5
  • From: John Smith
• Re: Encrypting Unicode
  • From: David Wagner
• Re: Question about RSA encrypt/decrypt
  • From: Joseph Ashwood
• Rotor crypto devices: 2N+1 vs Reflector ... how does this impact the "flatness" of the enciphered output?
  • From: Max Power
• Encrypting Unicode
  • From: lee . reeves
• Re: Symmetric encryption scheme
  • From: bobic
• Re: Funding to Attend SAM 06, LV, US
  • From: noload
• Re: Funding to Attend SAM 06, LV, US
  • From: tomstdenis
• Re: Funding to Attend SAM 06, LV, US
  • From: clark
• Re: Question about RSA encrypt/decrypt
  • From: kevin.tambascio@xxxxxxxxx
• Re: Compression leads to encryption NEW COMPRESSION METHOD!
  • From: Jean-Luc Cooke
• How bout another number, Joe?
  • From: david . florman
• Re: Compression leads to encryption NEW COMPRESSION METHOD!
  • From: tomstdenis
• Re: Compression leads to encryption NEW COMPRESSION METHOD!
  • From: Jean-Luc Cooke
• Re: Question about RSA encrypt/decrypt
  • From: Unruh
• Re: Compression leads to encryption NEW COMPRESSION METHOD!
  • From: John Savard
• Re: Symmetric encryption scheme
  • From: Paul Rubin
• Re: Symmetric encryption scheme
  • From: tomstdenis
• Re: MT5 as a replacement for MD5
  • From: tomstdenis
• Re: MT5 as a replacement for MD5
  • From: Carlos Moreno
• Re: The Blum-Blum-Shub generator and a guessable seed
  • From: Joseph Ashwood
• Re: Compression leads to encryption NEW COMPRESSION METHOD!
  • From: David Eather
• Re: Compression leads to encryption NEW COMPRESSION METHOD!
  • From: none
• Re: Compression leads to encryption NEW COMPRESSION METHOD!
  • From: giorgio.tani
• Re: Compression leads to encryption NEW COMPRESSION METHOD!
  • From: Einstein
• Re: Symmetric encryption scheme
  • From: bobic
• Re: MT5 as a replacement for MD5
  • From: Ed Weir \(ComCast\)
• Re: Question about RSA encrypt/decrypt
  • From: Joseph Ashwood
• Re: The Blum-Blum-Shub generator and a guessable seed
  • From: Paul Rubin
• Re: Funding to Attend SAM 06, LV, US
  • From: D. J. Bernstein
• Re: Funding to Attend SAM 06, LV, US
  • From: tomstdenis
• Re: The Blum-Blum-Shub generator and a guessable seed
  • From: Joseph Ashwood
• Re: Funding to Attend SAM 06, LV, US
  • From: D. J. Bernstein
• Re: IBM Touts Integrated Encryption
  • From: vin . mclellan
• Re: Funding to Attend SAM 06, LV, US
  • From: contini
• Re: MT5 as a replacement for MD5
  • From: MacCrest
• Re: IBM Touts Integrated Encryption
  • From: David Wagner
• Re: MT5 as a replacement for MD5
  • From: contini
• Re: IBM Touts Integrated Encryption
  • From: vin . mclellan
• Re: MT5 as a replacement for MD5
  • From: mm
• Re: Question about RSA encrypt/decrypt
  • From: Paul Rubin
• Question about RSA encrypt/decrypt
  • From: kevin.tambascio@xxxxxxxxx
• Re: MT5 as a replacement for MD5
  • From: Tuna Fish
• Re: Funding to Attend SAM 06, LV, US
  • From: ashish . sharma . ait
• Some questions about BB84
  • From: ergun
• Re: Symmetric encryption scheme
  • From: Kristian Gjøsteen
• Re: Symmetric encryption scheme
  • From: Unruh
• Re: MT5 as a replacement for MD5
  • From: SoP
• Re: MT5 as a replacement for MD5
  • From: Henrick Hellström
• Re: MT5 as a replacement for MD5
  • From: Sebastian Gottschalk
• Re: Symmetric encryption scheme
  • From: bobic
• Re: The Blum-Blum-Shub generator and a guessable seed
  • From: David Eather
• Re: MT5 as a replacement for MD5
  • From: Carlos Moreno
• MT5 as a replacement for MD5
  • From: John Smith
• Re: Reducing hashing collision
  • From: Jack
• Re: The Blum-Blum-Shub generator and a guessable seed
  • From: Joseph Ashwood
• Re: Funding to Attend SAM 06, LV, US
  • From: D. J. Bernstein
• Re: JSH: Surrogate factoring, corrected equations
  • From: Tim Peters
• Re: Symmetric encryption scheme
  • From: Paul Rubin
• Re: Symmetric encryption scheme
  • From: Peng Wang
• Re: Symmetric encryption scheme
  • From: contini
• Symmetric encryption scheme
  • From: bobic
• Re: Funding to Attend SAM 06, LV, US
  • From: contini
• Re: Funding to Attend SAM 06, LV, US
  • From: contini
• Re: DSA encryption
  • From: tomstdenis
• Re: DSA encryption
  • From: Mike Nelson
• Re: Reducing hashing collision
  • From: Unruh
• DSA encryption
  • From: benlucas99
• Re: Need Help With Digraphic Cipher
  • From: Mike Amling
• Re: Need Help With Digraphic Cipher
  • From: Gregory G Rose
• Re: The Blum-Blum-Shub generator and a guessable seed
  • From: David Eather
• Re: Reducing hashing collision
  • From: Gregory G Rose
• Re: Surrogate factoring, corrected equations
  • From: odin
• Re: Funding to Attend SAM 06, LV, US
  • From: David Wagner
• Re: Funding to Attend SAM 06, LV, US
  • From: ashish . sharma . ait
• Re: IBM Touts Integrated Encryption
  • From: Vernon Schryver
• Re: Surrogate factoring, corrected equations
  • From: Felix Rawlings
• Re: Reducing hashing collision
  • From: Unruh
• Re: Reducing hashing collision
  • From: Unruh
• Re: IBM Touts Integrated Encryption
  • From: David Wagner
• Re: IBM Touts Integrated Encryption
  • From: Carlos Moreno
• Re: IBM Touts Integrated Encryption
  • From: David Wagner
• Re: Funding to Attend SAM 06, LV, US
  • From: David Wagner
• Re: Reducing hashing collision
  • From: Risto Lankinen
• Re: Reducing hashing collision
  • From: Phil Carmody
• Re: Reducing hashing collision
  • From: Risto Lankinen
• Re: IBM Touts Integrated Encryption
  • From: Ed Weir \(ComCast\)
• Re: Need Help With Digraphic Cipher
  • From: roger_for_nntp
• Re: The Blum-Blum-Shub generator and a guessable seed
  • From: Joseph Ashwood
• Need Help With Digraphic Cipher
  • From: supertbone
• Re: Software protection solution
  • From: Ed Weir \(ComCast\)
• Re: IBM Touts Integrated Encryption
  • From: Carlos Moreno
• Re: Software protection solution
  • From: Joseph Ashwood
• Surrogate factoring, corrected equations
  • From: jstevh
• Re: see how clever you are?(decrypt)
  • From: mike3
• Re: Braid groups
  • From: contini
• Re: Funding to Attend SAM 06, LV, US
  • From: contini
• Braid groups
  • From: jarubiob
• Re: Reducing hashing collision
  • From: pegguru
• IBM Touts Integrated Encryption
  • From: Ed Weir \(ComCast\)
• Re: Funding to Attend SAM 06, LV, US
  • From: ashish . sharma . ait
• Re: Funding to Attend SAM 06, LV, US
  • From: ashish . sharma . ait
• Re: Reducing hashing collision
  • From: Gregory G Rose
• Re: Reducing hashing collision
  • From: Unruh
• Re: Help Needed with Cryptanalysis
  • From: ashish . sharma . ait
• Re: Compression leads to encryption NEW COMPRESSION METHOD!
  • From: pegguru
• Re: Help Needed with Cryptanalysis
  • From: ashish . sharma . ait
• Re: The Blum-Blum-Shub generator and a guessable seed
  • From: Steven Jones
• Re: The Blum-Blum-Shub generator and a guessable seed
  • From: Steven Jones
• Re: Reducing hashing collision
  • From: Paul Rubin
• Reducing hashing collision
  • From: Jack
• Re: Compression leads to encryption NEW COMPRESSION METHOD!
  • From: David Eather
• Re: The Blum-Blum-Shub generator and a guessable seed
  • From: David Eather
• Synchronization of SSL/TLS alerts
  • From: Henrick Hellström
• Compression leads to encryption NEW COMPRESSION METHOD!
  • From: Einstein
• Re: Funding to Attend SAM 06, LV, US
  • From: contini
• Re: Help Needed with Cryptanalysis
  • From: contini
• Re: Software protection solution
  • From: SoP
• Re: Funding to Attend SAM 06, LV, US
  • From: Phil Carmody
• Re: Funding to Attend SAM 06, LV, US
  • From: contini
• Re: Funding to Attend SAM 06, LV, US
  • From: tomstdenis
• Re: CTR and disk sector encryption
  • From: Paul Rubin
• Re: CTR and disk sector encryption
  • From: David Wagner
• Re: The Blum-Blum-Shub generator and a guessable seed
  • From: Joseph Ashwood
• Re: The Blum-Blum-Shub generator and a guessable seed
  • From: Kristian Gjøsteen
• Re: Multiplicative method and hash collisions
  • From: ozgune
• Re: Multiplicative method and hash collisions
  • From: Phil Carmody
• Re: The Blum-Blum-Shub generator and a guessable seed
  • From: Steven Jones
• Re: The Blum-Blum-Shub generator and a guessable seed
  • From: Steven Jones
• Re: CTR and disk sector encryption
  • From: Kristian Gjøsteen
• Re: Funding to Attend SAM 06, LV, US
  • From: ashish . sharma . ait
• Re: see how clever you are?(decrypt)
  • From: Kevin Buhr
• Re: CTR and disk sector encryption
  • From: David Wagner
• Re: Funding to Attend SAM 06, LV, US
  • From: ashish . sharma . ait
• Re: Funding to Attend SAM 06, LV, US
  • From: tomstdenis
• Funding to Attend SAM 06, LV, US
  • From: ashish . sharma . ait
• Re: CTR and disk sector encryption
  • From: Paul Rubin
• Re: CTR and disk sector encryption
  • From: Kristian Gjøsteen
• Re: Looking for a very fast key agreement system
  • From: Kristian Gjøsteen
• Re: CTR and disk sector encryption
  • From: noogie
• Re: Multiplicative method and hash collisions
  • From: Christian Siebert
• Re: Multiplicative method and hash collisions
  • From: David Wagner
• Re: Looking for a very fast key agreement system
  • From: Joseph Ashwood
• Help Needed with Cryptanalysis
  • From: ashish . sharma . ait
• Re: Looking for a very fast key agreement system
  • From: fabrice . gautier
• Multiplicative method and hash collisions
  • From: ozgune
• Re: Looking for a very fast key agreement system
  • From: tomstdenis
• Re: Looking for a very fast key agreement system
  • From: tomstdenis
• Re: Looking for a very fast key agreement system
  • From: fabrice . gautier
• Re: Looking for a very fast key agreement system
  • From: fabrice . gautier
• Re: Looking for a very fast key agreement system
  • From: Paul Rubin
• Re: Looking for a very fast key agreement system
  • From: fabrice . gautier
• Re: Looking for a very fast key agreement system
  • From: fabrice . gautier
• Re: The Blum-Blum-Shub generator and a guessable seed
  • From: Joseph Ashwood
• Re: Looking for a very fast key agreement system
  • From: tomstdenis
• Re: Looking for a very fast key agreement system
  • From: xmath
• Re: Looking for a very fast key agreement system
  • From: xmath
• Re: The Blum-Blum-Shub generator and a guessable seed
  • From: Kristian Gjøsteen
• Re: Looking for a very fast key agreement system
  • From: Kristian Gjøsteen
• Re: The Blum-Blum-Shub generator and a guessable seed
  • From: Steven Jones
• Looking for a very fast key agreement system
  • From: fabrice . gautier
• Re: CTR and disk sector encryption
  • From: Kristian Gjøsteen
• Re: The Blum-Blum-Shub generator and a guessable seed
  • From: Kristian Gjøsteen
• Re: Datatype-preserving encryption
  • From: Phil Carmody
• Re: CTR and disk sector encryption
  • From: clark
• Re: Datatype-preserving encryption
  • From: xmath
• Re: Datatype-preserving encryption
  • From: xmath
• Re: The Blum-Blum-Shub generator and a guessable seed
  • From: Steven Jones
• Re: LRW's tweak values
  • From: BRG
• Re: Diffie Hellman sessions
  • From: Joseph Ashwood
• Re: Datatype-preserving encryption
  • From: rossum
• Re: CTR and disk sector encryption
  • From: Joseph Ashwood
• Re: CTR and disk sector encryption
  • From: Kristian Gjøsteen
• Re: CTR and disk sector encryption
  • From: Kristian Gjøsteen
• Re: LRW's tweak values
  • From: Kristian Gjøsteen
• Re: Datatype-preserving encryption
  • From: David Wagner
• Re: Datatype-preserving encryption
  • From: Mike Amling
• Re: Diffie Hellman sessions
  • From: Kristian Gjøsteen
• Re: Datatype-preserving encryption
  • From: David Wagner
• Re: The Blum-Blum-Shub generator and a guessable seed
  • From: Kristian Gjøsteen
• Re: 64-bit AES
  • From: BRG
• Re: Datatype-preserving encryption
  • From: Mike Amling
• Re: Datatype-preserving encryption
  • From: Mike Amling
• Re: Datatype-preserving encryption
  • From: Mike Amling
• Re: CTR and disk sector encryption
  • From: clark
• Re: Datatype-preserving encryption
  • From: xmath
• Re: CTR and disk sector encryption
  • From: Pawel Jakub Dawidek
• Re: CTR and disk sector encryption
  • From: David Wagner
• Re: Datatype-preserving encryption
  • From: David Wagner
• Re: Datatype-preserving encryption
  • From: Dilbertarian
• Re: The Blum-Blum-Shub generator and a guessable seed
  • From: Steven Jones
• Re: 64-bit AES
  • From: Eric Young
• Re: LRW's tweak values
  • From: BRG
• Re: Datatype-preserving encryption
  • From: xmath
• LRW's tweak values
  • From: axellec
• Re: Datatype-preserving encryption
  • From: xmath
• Re: CTR and disk sector encryption
  • From: axellec
• Re: CTR and disk sector encryption
  • From: Pawel Jakub Dawidek
• Re: Diffie Hellman sessions
  • From: fabrice . gautier
• Re: Datatype-preserving encryption
  • From: Dilbertarian
• Re: Diffie Hellman sessions
  • From: Kristian Gjøsteen
• Diffie Hellman sessions
  • From: fabrice . gautier
• Re: Datatype-preserving encryption
  • From: Kristian Gjøsteen
• Re: Datatype-preserving encryption
  • From: David Wagner
• Datatype-preserving encryption
  • From: Dilbertarian
• Re: The Blum-Blum-Shub generator and a guessable seed
  • From: Kristian Gjøsteen
• Re: The Blum-Blum-Shub generator and a guessable seed
  • From: Steven Jones
• Re: The Blum-Blum-Shub generator and a guessable seed
  • From: Steven Jones
• Re: CTR and disk sector encryption
  • From: Kristian Gjøsteen
• Re: CTR and disk sector encryption
  • From: Mike Amling
• Re: The Blum-Blum-Shub generator and a guessable seed
  • From: Joseph Ashwood
• Re: CTR and disk sector encryption
  • From: Joseph Ashwood
• Re: The Blum-Blum-Shub generator and a guessable seed
  • From: Unruh
• Re: The Blum-Blum-Shub generator and a guessable seed
  • From: Kristian Gjøsteen
• Re: The Blum-Blum-Shub generator and a guessable seed
  • From: Steven Jones
• Re: CTR and disk sector encryption
  • From: axellec
• Re: Software protection solution
  • From: SoP
• Re: CTR and disk sector encryption
  • From: Kristian Gjøsteen
• Re: CTR and disk sector encryption
  • From: axellec
• Re: CTR and disk sector encryption
  • From: axellec
• Re: 64-bit AES
  • From: tomstdenis
• Re: 64-bit AES
  • From: Stian Karlsen
• Re: 64-bit AES
  • From: BRG
• Re: 64-bit AES
  • From: BRG
• Re: 64-bit AES
  • From: Stian Karlsen
• Re: CTR and disk sector encryption
  • From: Kristian Gjøsteen
• Re: 64-bit AES
  • From: BRG
• Re: CTR and disk sector encryption
  • From: Francois Grieu
• Re: 64-bit AES
  • From: tomstdenis
• Re: 64-bit AES
  • From: Stian Karlsen
• Re: 64-bit AES
  • From: tomstdenis
• Re: CTR and disk sector encryption
  • From: Henrick Hellström
• Re: 64-bit AES
  • From: BRG
• Re: CTR and disk sector encryption
  • From: tomstdenis
• Re: 64-bit AES
  • From: tomstdenis
• CTR and disk sector encryption
  • From: axellec
• Re: 64-bit AES
  • From: tomstdenis
• Re: 64-bit AES
  • From: Paul Rubin
• Re: 64-bit AES
  • From: BRG
• Re: 64-bit AES
  • From: tomstdenis
• Re: 64-bit AES
  • From: BRG
• Re-authentication using the session key generated by SRP.
  • From: calum
• Re: Google groups ref
  • From: Stian Karlsen
• Google groups ref
  • From: Stian Karlsen
• Re: 64-bit AES
  • From: Stian Karlsen
• Re: 64-bit AES
  • From: Paul Rubin
• Re: 64-bit AES
  • From: Stian Karlsen
• Re: 64-bit AES
  • From: Stian Karlsen
• Re: 64-bit AES
  • From: Stian Karlsen
• Re: see how clever you are?(decrypt)
  • From: Civitas Fenniae
• Re: see how clever you are?(decrypt)
  • From: bluekylin
• Re: 64-bit AES
  • From: Elisabeth Oswald
• Re: see how clever you are?(decrypt)
  • From: Civitas Fenniae
• Re: 3DES
  • From: Francois Grieu
• Re: How to be co-prime?
  • From: Francois Grieu
• Re: 64-bit AES
  • From: BRG
• Re: PKCS 7 Test Vectors
  • From: james
• Re: 64-bit AES
  • From: tomstdenis
• Re: 64-bit AES
  • From: BRG
• Re: see how clever you are?(decrypt)
  • From: rossum
• Re: 64-bit AES
  • From: tomstdenis
• Re: 3DES
  • From: Unruh
• Re: 64-bit AES
  • From: BRG
• Re: 64-bit AES
  • From: tomstdenis
• 3DES
  • From: Ann
• Re: Epi-Cipher
  • From: Will Dickson
• Re: 64-bit AES
  • From: BRG
• Re: 64-bit AES
  • From: tomstdenis
• Re: 64-bit AES
  • From: Stian Karlsen
• Re: PKCS 7 Test Vectors
  • From: Jeff Jacoby
• Re: 64-bit AES
  • From: tomstdenis
• Re: 64-bit AES
  • From: Stian Karlsen
• Re: 64-bit AES
  • From: Stian Karlsen
• Re: see how clever you are?(decrypt)
  • From: Ed Weir \(ComCast\)
• Re: New newsgroup Cryptography updated daily visit
  • From: tomstdenis
• Re: 64-bit AES
  • From: tomstdenis
• Re: 64-bit AES
  • From: Elisabeth Oswald
• Re: 64-bit AES
  • From: Stian Karlsen
• Re: New newsgroup Cryptography updated daily visit
  • From: Tuna Fish
• Re: see how clever you are?(decrypt)
  • From: giorgio.tani
• Re: How to be co-prime?
  • From: bobic
• Re: PKCS 7 Test Vectors
  • From: tomstdenis
• Re: 64-bit AES
  • From: tomstdenis
• Re: How to be co-prime?
  • From: tomstdenis
• New newsgroup Cryptography updated daily visit
  • From: leeran
• Re: see how clever you are?(decrypt)
  • From: bluekylin
• see how clever you are?(decrypt)
  • From: bluekylin
• 64-bit AES
  • From: Stian Karlsen
• How to be co-prime?
  • From: bobic
• PKCS 7 Test Vectors
  • From: james
• Re: attacking a re-used OTP // is it possible if it is changed with a random key each time ?
  • From: Phil Carmody
• Re: trusted certificates and trusted repositories
  • From: Anne & Lynn Wheeler
• trusted repositories and trusted transactions
  • From: Anne & Lynn Wheeler
• trusted certificates and trusted repositories
  • From: Anne & Lynn Wheeler
• Schneiers autotutorial: solutions to some of the problems he proposed
  • From: akircanski
• Re: attacking a re-used OTP // is it possible if it is changed with a random key each time ?
  • From: Kristian Gjøsteen
• Re: Puzzled (4^162 mod 100)
  • From: mm
• Re: Factoring large composite numbers
  • From: Unruh
• Re: attacking a re-used OTP // is it possible if it is changed with a random key each time ?
  • From: Terry Ritter
• Re: Factoring large composite numbers
  • From: SplinterCell
• Re: attacking a re-used OTP // is it possible if it is changed with a random key each time ?
  • From: Terry Ritter
• Re: Factoring large composite numbers
  • From: rossum
• Re: attacking a re-used OTP // is it possible if it is changed with a random key each time ?
  • From: vedaal
• Re: Puzzled (4^162 mod 100)
  • From: Arturo Magidin
• Re: The Blum-Blum-Shub generator and a guessable seed
  • From: Kristian Gjøsteen
• Re: The Blum-Blum-Shub generator and a guessable seed
  • From: Joseph Ashwood
• The Blum-Blum-Shub generator and a guessable seed
  • From: Thomas B.
• Re: Puzzled (4^162 mod 100)
  • From: mm
• Re: attacking a re-used OTP // is it possible if it is changed with a random key each time ?
  • From: Kristian Gjøsteen
• Re: attacking a re-used OTP // is it possible if it is changed with a random key each time ?
  • From: Phil Carmody
• Re: attacking a re-used OTP // is it possible if it is changed with a random key each time ?
  • From: Terry Ritter
• International Conference on Cryptology in Vietnam (VietCrypt) 2006!!!
  • From: Lan Nguyen
• Re: Puzzled (4^162 mod 100)
  • From: Arturo Magidin
• Re: Puzzled (4^162 mod 100)
  • From: Arturo Magidin
• Re: Puzzled (4^162 mod 100)
  • From: Arturo Magidin
• Re: Puzzled (4^162 mod 100)
  • From: Sebastian Gottschalk
• Re: Puzzled (4^162 mod 100)
  • From: Arturo Magidin
• Re: Puzzled (4^162 mod 100)
  • From: Arturo Magidin
• Re: Factoring large composite numbers
  • From: SplinterCell
• Re: Puzzled (4^162 mod 100)
  • From: Paul Rubin
• Re: Puzzled (4^162 mod 100)
  • From: Sebastian Gottschalk
• Re: Puzzled (4^162 mod 100)
  • From: Arturo Magidin
• Re: Puzzled (4^162 mod 100)
  • From: Carlos Moreno
• Re: Puzzled (4^162 mod 100)
  • From: mm
• Re: Puzzled (4^162 mod 100)
  • From: Arturo Magidin
• Re: Bruce Schneier Gets It Wrong
  • From: Unruh
• Re: Software protection solution
  • From: SoP
• Re: Bruce Schneier Gets It Wrong
  • From: Dr. Who
• Re: Puzzled (4^162 mod 100)
  • From: Sebastian Gottschalk
• Re: Puzzled (4^162 mod 100)
  • From: tomstdenis
• Re: Puzzled (4^162 mod 100)
  • From: mm
• Re: Factoring large composite numbers
  • From: rossum
• Re: Puzzled (4^162 mod 100)
  • From: mm
• Re: Puzzled (4^162 mod 100)
  • From: tomstdenis
• Re: Puzzled (4^162 mod 100)
  • From: tomstdenis
• Re: Puzzled (4^162 mod 100)
  • From: Paul Rubin
• Puzzled (4^162 mod 100)
  • From: Carlos Moreno
• Re: small and portable library for pke
  • From: Joseph Ashwood
• Re: Subtract-and-carry PRNGs
  • From: George Marsaglia
• Re: Sigma protocol for this relation
  • From: cryptonewbie
• Sigma protocol for this relation
  • From: cryptonewbie
• Re: Explaining One-time pads?
  • From: Ilya the Recusant
• small and portable library for pke
  • From: Al
• Re: Explaining One-time pads?
  • From: Unruh
• Re: Bruce Schneier Gets It Wrong
  • From: Unruh
• Re: Explaining One-time pads?
  • From: Ilya the Recusant
• Re: Spoofed Messages In sci.crypt
  • From: Ilya the Recusant
• Re: Bruce Schneier Gets It Wrong
  • From: Ed Weir \(ComCast\)
• Re: Bruce Schneier Gets It Wrong
  • From: John Savard
• Re: Bruce Schneier Gets It Wrong
  • From: Daniel James
• Re: Factoring large composite numbers
  • From: Phil Carmody
• Re: Factoring large composite numbers
  • From: Unruh
• Re: Factoring large composite numbers
  • From: contini
• Re: Factoring large composite numbers
  • From: contini
• Re: WPA/WEP key discovery time
  • From: Joseph Ashwood

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