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CVEs in KEV CVEs with EPSS >= 80% Crit. Microsoft High Apache SQL Injection (CWE-89) Linux Kernel High (CVSS 3.1) Apache Struts RCE (Remote Code Execution) XSS (CWE-79) Critical (CVSS 4.0) CVEs to check

Search Results (7 CVEs found)

CVE Vendors Products Updated CVSS v3.1
CVE-2022-40633 1 Rittal 2 Cmc Iii, Cmc Iii Firmware 2025-01-17 4.6 Medium
A malicious actor can clone access cards used to open control cabinets secured with Rittal CMC III locks.
CVE-2020-11956 1 Rittal 9 Cmc Iii Pu 7030.000, Cmc Iii Pu 7030.000 Firmware, Cmciii-pu-9333e0fb and 6 more 2024-11-21 9.8 Critical
An issue was discovered on Rittal PDU-3C002DEC through 5.17.10 and CMCIII-PU-9333E0FB through 3.17.10 devices. There is a least privilege violation.
CVE-2020-11955 1 Rittal 9 Cmc Iii Pu 7030.000, Cmc Iii Pu 7030.000 Firmware, Cmciii-pu-9333e0fb and 6 more 2024-11-21 8.8 High
An issue was discovered on Rittal PDU-3C002DEC through 5.15.70 and CMCIII-PU-9333E0FB through 3.15.70 devices. There are insecure permissions.
CVE-2020-11953 1 Rittal 9 Cmc Iii Pu 7030.000, Cmc Iii Pu 7030.000 Firmware, Cmciii-pu-9333e0fb and 6 more 2024-11-21 8.8 High
An issue was discovered on Rittal PDU-3C002DEC through 5.15.40 and CMCIII-PU-9333E0FB through 3.15.70_4 devices. Attackers can execute code.
CVE-2020-11952 1 Rittal 9 Cmc Iii Pu 7030.000, Cmc Iii Pu 7030.000 Firmware, Cmciii-pu-9333e0fb and 6 more 2024-11-21 6.2 Medium
An issue was discovered on Rittal PDU-3C002DEC through 5.17.10 and CMCIII-PU-9333E0FB through 3.17.10 devices. Attackers can bypass the CLI menu.
CVE-2020-11951 1 Rittal 9 Cmc Iii Pu 7030.000, Cmc Iii Pu 7030.000 Firmware, Cmciii-pu-9333e0fb and 6 more 2024-11-21 9.8 Critical
An issue was discovered on Rittal PDU-3C002DEC through 5.17.10 and CMCIII-PU-9333E0FB through 3.17.10 devices. There is a Backdoor root account.
CVE-2024-47945 2 Rittal, Rittal Gmbh And Co.kg 5 Cmc Iii Processing Units, Cmc Iii Processing Units Firmware, Iot Interface and 2 more 2024-10-21 9.1 Critical
The devices are vulnerable to session hijacking due to insufficient entropy in its session ID generation algorithm. The session IDs are predictable, with only 32,768 possible values per user, which allows attackers to pre-generate valid session IDs, leading to unauthorized access to user sessions. This is not only due to the use of an (insecure) rand() function call but also because of missing initialization via srand(). As a result only the PIDs are effectively used as seed.