Design/Logic Flaw

Android before 4.4 does not properly arrange for seeding of the OpenSSL PRNG, which makes it easier for attackers to defeat cryptographic protection mechanisms by leveraging use of the PRNG within multiple applications...

Design/Logic Flaw

The engineNextBytes function in classlib/modules/security/src/main/java/common/org/apache/harmony/security/provider/crypto/SHA1PRNGSecureRandomImpl.java in the SecureRandom implementation in Apache Harmony through 6.0M3, as used in the Java Cryptography Architecture JCA in Android before 4.4 and...

CVE-2013-7372

The engineNextBytes function in classlib/modules/security/src/main/java/common/org/apache/harmony/security/provider/crypto/SHA1PRNGSecureRandomImpl.java in the SecureRandom implementation in Apache Harmony through 6.0M3, as used in the Java Cryptography Architecture JCA in Android before 4.4 and...

CVE-2013-7373

CVE-2013-7373 affects Android versions before 4.4, where the OpenSSL PRNG seeding is inadequate. This weakens cryptographic protections because the PRNG may be reused across multiple applications, potentially reducing confidentiality, integrity, and availability. The vulnerability is documented a...

CVE-2013-7373

Android before 4.4 does not properly arrange for seeding of the OpenSSL PRNG, which makes it easier for attackers to defeat cryptographic protection mechanisms by leveraging use of the PRNG within multiple applications...

PT-2014-3402

Name of the Vulnerable Software and Affected Versions Android versions prior to 4.4 Description The issue arises from the improper seeding of the OpenSSL PRNG in Android, making it easier for attackers to defeat cryptographic protection mechanisms. This is particularly concerning when the PRNG is...

CVE-2013-7373: Exposure of Sensitive Information to an Unauthorized Actor

Android before 4.4 does not properly arrange for seeding of the OpenSSL PRNG, which makes it easier for attackers to defeat cryptographic protection mechanisms by leveraging use of the PRNG within multiple applications...

PT-2014-3401

Name of the Vulnerable Software and Affected Versions Apache Harmony versions through 6.0M3 Android versions prior to 4.4 Description The issue concerns the SecureRandom implementation, specifically the engineNextBytes function in the SHA1PRNG SecureRandomImpl class. When no seed is provided, it...

CVE-2013-7372: Undefined Security Weakness

The engineNextBytes function in classlib/modules/security/src/main/java/common/org/apache/harmony/security/provider/crypto/SHA1PRNGSecureRandomImpl.java in the SecureRandom implementation in Apache Harmony through 6.0M3, as used in the Java Cryptography Architecture JCA in Android before 4.4 and...

Updated stunnel package fixes security vulnerability

A flaw was found in the way stunnel, a socket wrapper which can provide SSL support to ordinary applications, performed reinitialization of PRNG after fork. When accepting a new connection, the server forks and the child process handles the request. The RANDbytes function of openssl doesn't reset...

Linux kernel security vulnerabilities

ptrace information leakage, debug functions privilege escalation, cprng weak PRNG, networking dissector DoS, multiple integer overflows, buffer overlows in WiMax, USB and different devices drivers, UDP fragmentation offload uninitialized memory, privilege escalations. NAT conntrack information...

Multiple Vulnerabilities in Firefox for Android Leak Sensitive Information

The Android operating system has hardened its security with application Sandboxing features to ensure that no application can access sensitive information held by another without proper privileges. Android applications communicate with each other through Intents and these intents can be abused by...

stunnel < 5.00 PRNG State Security Weakness

The version of stunnel installed on the remote host is prior to version 5.00. It is, therefore, affected by a security weakness due to the PRNG state not being reset for new connections where the server forks. A remote attacker can exploit this issue to disclose sensitive information, such as the...

CVE-2014-0016

stunnel before 5.00, when using fork threading, does not properly update the state of the OpenSSL pseudo-random number generator PRNG, which causes subsequent children with the same process ID to use the same entropy pool and allows remote attackers to obtain private keys for EC ECDSA or DSA...

CVE-2014-0016

stunnel before 5.00, when using fork threading, does not properly update the state of the OpenSSL pseudo-random number generator PRNG, which causes subsequent children with the same process ID to use the same entropy pool and allows remote attackers to obtain private keys for EC ECDSA or DSA...

Code injection

stunnel before 5.00, when using fork threading, does not properly update the state of the OpenSSL pseudo-random number generator PRNG, which causes subsequent children with the same process ID to use the same entropy pool and allows remote attackers to obtain private keys for EC ECDSA or DSA...

CVE-2014-0016

CVE-2014-0016 affects stunnel prior to 5.00 where PRNG state is not properly updated after fork-threading. This can cause subsequent child processes (sharing the same PID) to reuse the same entropy pool, enabling attackers to potentially obtain private keys for EC (ECDSA) or DSA certificates when...

CVE-2014-0016

stunnel before 5.00, when using fork threading, does not properly update the state of the OpenSSL pseudo-random number generator PRNG, which causes subsequent children with the same process ID to use the same entropy pool and allows remote attackers to obtain private keys for EC ECDSA or DSA...

CVE-2014-0016

stunnel before 5.00, when using fork threading, does not properly update the state of the OpenSSL pseudo-random number generator PRNG, which causes subsequent children with the same process ID to use the same entropy pool and allows remote attackers to obtain private keys for EC ECDSA or DSA...

CVE-2014-0016

stunnel before 5.00, when using fork threading, does not properly update the state of the OpenSSL pseudo-random number generator PRNG, which causes subsequent children with the same process ID to use the same entropy pool and allows remote attackers to obtain private keys for EC ECDSA or DSA...