CVE-2007-6340

Geert Moernaut LSrunasE 1.0 and Supercrypt 1.0 use the RC4 stream cipher without constructing a unique initialization vector IV, which makes it easier for local users to obtain cleartext passwords...

Default credentials

Geert Moernaut LSrunasE 1.0 and Supercrypt 1.0 use the RC4 stream cipher without constructing a unique initialization vector IV, which makes it easier for local users to obtain cleartext passwords...

CVE-2007-6340

The connected advisory confirms CVE-2007-6340 affects LSrunasE 1.0 and Supercrypt 1.0 and explains the root cause: RC4 is used without a unique initialization vector, deriving a constant keystream across all passwords. This insecure design allows an attacker with local access to break encryption ...

CVE-2007-6340

Geert Moernaut LSrunasE 1.0 and Supercrypt 1.0 use the RC4 stream cipher without constructing a unique initialization vector IV, which makes it easier for local users to obtain cleartext passwords...

SuSE 10 Security Update : PHP5 (ZYPP Patch Number 3980)

This update fixes multiple bugs in php : - predictable generaton of an initialization vector IV in the mcrypt extension - additional cookie attributes could be injected via a session id - specially crafted files could cause integer overflows in gd and leverage them to at least crash gd based...

openSUSE 10 Security Update : apache2-mod_php5 (apache2-mod_php5-3979)

This update fixes multiple bugs in php : - predictable generaton of an initialization vector IV in the mcrypt extension - additional cookie attributes could be injected via a session id - specially crafted files could cause integer overflows in gd and leverage them to at least crash gd based...

CVE-2007-2727

The mcryptcreateiv function in ext/mcrypt/mcrypt.c in PHP before 4.4.7, 5.2.1, and possibly 5.0.x and other PHP 5 versions, calls phprandr with an uninitialized seed variable and therefore always generates the same initialization vector IV, which might allow context-dependent attackers to decrypt...

CVE-2007-2727

The mcryptcreateiv function in ext/mcrypt/mcrypt.c in PHP before 4.4.7, 5.2.1, and possibly 5.0.x and other PHP 5 versions, calls phprandr with an uninitialized seed variable and therefore always generates the same initialization vector IV, which might allow context-dependent attackers to decrypt...

CVE-2007-2727

The mcryptcreateiv function in ext/mcrypt/mcrypt.c in PHP before 4.4.7, 5.2.1, and possibly 5.0.x and other PHP 5 versions, calls phprandr with an uninitialized seed variable and therefore always generates the same initialization vector IV, which might allow context-dependent attackers to decrypt...

PT-2007-4043 · Php · Php

Name of the Vulnerable Software and Affected Versions: PHP versions prior to 4.4.7 PHP versions 5.0.x and earlier PHP versions prior to 5.2.1 Description: The issue affects the encryption process, making it easier for attackers to decrypt certain data due to guessable encryption keys. This is...

Code injection

Secure Elements Class 5 AVR aka C5 EVM 2.8.1 and earlier, and possibly later 2.8.x releases, uses the same initialization vector and key for each message session, which allows remote attackers to obtain potentially sensitive information about messages...

CVE-2006-2711

Secure Elements Class 5 AVR aka C5 EVM 2.8.1 and earlier, and possibly later 2.8.x releases, uses the same initialization vector and key for each message session, which allows remote attackers to obtain potentially sensitive information about messages...

CVE-2006-2711

CVE-2006-2711 affects Secure Elements Class 5 AVR (C5 EVM) version 2.8.1 and earlier (and possibly later 2.8.x), where the same initialization vector (IV) and key are reused for each message session. This is the underlying root cause stated in the CVE description, enabling remote attackers over a...

Secure Elements Class 5 AVR uses the same encryption key and initialization vector for every message session

Overview Secure Elements Class 5 AVR uses the same encryption key and initialization vector for every message session. This may allow an attacker to discover some information about encrypted messages. Description Class 5 AVR Secure Elements Class 5 AVR Automated Vulnerability Remediation is a...

GLSA-200603-15 : Crypt::CBC: Insecure initialization vector

The remote host is affected by the vulnerability described in GLSA-200603-15 Crypt::CBC: Insecure initialization vector Lincoln Stein discovered that Crypt::CBC fails to handle 16 bytes long initializiation vectors correctly when running in the RandomIV mode, resulting in a weaker encryption...

CVE-2006-1116

The CBC-MAC integrity functions in the nCipher nCore API before 2.18 transmit the initialization vector IV as part of a message when the implementation uses a non-zero IV, which allows remote attackers to bypass integrity checks and modify messages without being detected...

CVE-2006-1116

The CBC-MAC integrity functions in the nCipher nCore API before 2.18 transmit the initialization vector IV as part of a message when the implementation uses a non-zero IV, which allows remote attackers to bypass integrity checks and modify messages without being detected...

CVE-2006-0898

Crypt::CBC Perl module 2.16 and earlier, when running in RandomIV mode, uses an initialization vector IV of 8 bytes, which results in weaker encryption when used with a cipher that requires a larger block size than 8 bytes, such as Rijndael...

CVE-2006-0898

Crypt::CBC Perl module 2.16 and earlier, when running in RandomIV mode, uses an initialization vector IV of 8 bytes, which results in weaker encryption when used with a cipher that requires a larger block size than 8 bytes, such as Rijndael...

Code injection

Crypt::CBC Perl module 2.16 and earlier, when running in RandomIV mode, uses an initialization vector IV of 8 bytes, which results in weaker encryption when used with a cipher that requires a larger block size than 8 bytes, such as Rijndael...