The vulnerability of SINEC INS network infrastructure management software lies in the use of one-way hashing with predictable random data. This allows attackers to perform brute-force attacks and gain unauthorized access to protected information.

The vulnerability of the SINEC INS network infrastructure management software is related to the use of one-way hashing with predictable random data. Exploiting this vulnerability could allow an attacker to perform a brute-force attack and gain unauthorized access to protected information...

The vulnerability of TP-Link Omada network gateways’ microprogramming software relates to the use of one-way hashing with predictable random data. This allows attackers to gain unauthorized access to confidential information.

The vulnerability of TP-Link Omada network gateways’ microprogramming software is related to the use of one-way hashing with predictable random data. Exploiting this vulnerability could allow an attacker operating remotely to gain unauthorized access to confidential information...

The vulnerability of InHand Networks InRouter 302 and InRouter 615 microprogrammed software lies in the use of one-way hashing with predictable random data. This allows attackers to gain unauthorized access to protected information.

The vulnerability of InHand Networks InRouter 302 and InRouter 615 microprogrammed software lies in the use of one-way hashing with predictable random data. Exploiting this vulnerability allows an attacker, operating remotely, to gain unauthorized access to protected information by sending...

SOL8331 - OpenSSL FIPS Object Module 1.1 vulnerability - CVE-2007-5502

The PRNG implementation for the OpenSSL FIPS Object Module 1.1.1 does not perform auto-seeding during the FIPS self-test, which generates random data that is more predictable than expected and makes it easier for attackers to bypass protection mechanisms that rely on the randomness. Information...

CVE-2007-5502: Undefined Security Weakness

The PRNG implementation for the OpenSSL FIPS Object Module 1.1.1 does not perform auto-seeding during the FIPS self-test, which generates random data that is more predictable than expected and makes it easier for attackers to bypass protection mechanisms that rely on the randomness...