HPESBNW04010 rev.3 - HPE and Aruba L2/L3 Switches, Ripple20 Multiple Vulnerabilities

🗓️ 01 Jul 2020 00:00:00Reported by hpeType

HPE and Aruba switches exposed to Ripple20 flaws enabling remote code execution, DoS, and data disclosure.

Reporter	Title	Published	Views	Family All 116
GithubExploit	Exploit for Improper Restriction of Operations within the Bounds of a Memory Buffer in Treck Tcp\/Ip	30 Nov 202218:44	–	githubexploit
GithubExploit	Exploit for Improper Restriction of Operations within the Bounds of a Memory Buffer in Treck Tcp\/Ip	21 Jul 202003:38	–	githubexploit
GithubExploit	Exploit for Improper Restriction of Operations within the Bounds of a Memory Buffer in Treck Tcp\/Ip	15 Jun 202611:11	–	githubexploit
ATTACKERKB	Ripple20 Treck TCP/IP Stack Vulnerabilities	21 Dec 202000:00	–	attackerkb
Tenable Nessus	ArubaOS-Switch Ripple20 Multiple Vulnerabilities (ARUBA-PSA-2020-006)	30 Jun 202100:00	–	nessus
Tenable Nessus	Multiple Vulnerabilities in Treck IP Stack Affecting Cisco Products: June 2020 (cisco-sa-treck-ip-stack-JyBQ5GyC)	12 Aug 202000:00	–	nessus
Tenable Nessus	HP iLO 3 < 1.93 / HP iLO 4 < 2.75 / HP iLO Superdome 4 < 1.64 / HP iLO 5 < 2.18 / HP Moonshot/Edgeline iLO 5 < 2.30 Ripple20 Multiple vulnerabilities	24 Sep 202000:00	–	nessus
Tenable Nessus	Treck TCP/IP stack multiple vulnerabilities. (Ripple20)	22 Jun 202000:00	–	nessus
BDU FSTEC	The vulnerability of the IPv4 tunneling implementation in the Trace TCP/IP protocol stack, related to the repeated memory release, allows a attacker to cause a service failure.	16 Apr 202100:00	–	bdu_fstec
BDU FSTEC	The vulnerability of the IPv4 tunneling implementation in the Trace TCP/IP protocol stack arises from insufficient validation of input data, allowing a perpetrator to execute arbitrary code.	16 Apr 202100:00	–	bdu_fstec