#ssl

This Metasploit modules exploits the VMware Server Directory Traversal vulnerability in VMware Server 1.x before 1.0.10 build 203137 and 2.x before 2.0.2 build 203138 on Linux, VMware ESXi 3.5, and VMware ESX 3.0.3 and 3.5 allows remote attackers to read arbitrary files. Common VMware server ports 80/8222 and 443/8333 SSL. If you want to download the entire VM, check out the gueststealer tool.

This Metasploit module attempts to authenticate to the VMWare HTTP service for VmWare Server, ESX, and ESXI.

This Metasploit module will log into the Web API of VMWare and try to enumerate all the user accounts. If the VMware instance is connected to one or more domains, it will try to enumerate domain users as well.

This Metasploit module attempts to bruteforce authentication credentials for AFP.

This Metasploit module exploits an improper access control vulnerability (CVE-2023-6329) in Control iD iDSecure less than or equal to v4.7.43.0. It allows an unauthenticated remote attacker to compute valid credentials and to add a new administrative user to the web interface of the product.

Cambium cnPilot r200/r201 device software versions 4.2.3-R4 to 4.3.3-R4, contain an undocumented, backdoor root shell. This shell is accessible via a specific url, to any authenticated user. The module uses this shell to execute arbitrary system commands as root.

ManageEngine Password Manager Pro (PMP) has an authenticated blind SQL injection vulnerability in SQLAdvancedALSearchResult.cc that can be abused to escalate privileges and obtain Super Administrator access. A Super Administrator can then use his privileges to dump the whole password database in CSV format. PMP can use both MySQL and PostgreSQL databases but this module only exploits the latter as MySQL does not support stacked queries with Java. PostgreSQL is the default database in v6.8 and above, but older PMP versions can be upgraded and continue using MySQL, so a higher version does not guarantee exploitability. This Metasploit module has been tested on v6.8 to v7.1 build 7104 on both Windows and Linux. The vulnerability is fixed in v7.1 build 7105 and above.

Nexpose v5.7.2 and prior is vulnerable to a XML External Entity attack via a number of vectors. This vulnerability can allow an attacker to a craft special XML that could read arbitrary files from the filesystem. This Metasploit module exploits the vulnerability via the XML API.

A flaw was found in Kroxylicious. When establishing the connection with the upstream Kafka server using a TLS secured connection, Kroxylicious fails to properly verify the server's hostname, resulting in an insecure connection. For a successful attack to be performed, the attacker needs to perform a Man-in-the-Middle attack or compromise any external systems, such as DNS or network routing configuration. This issue is considered a high complexity attack, with additional high privileges required, as the attack would need access to the Kroxylicious configuration or a peer system. The result of a successful attack impacts both data integrity and confidentiality.

Red Hat OpenShift sandboxed containers, built on Kata Containers, now provide the additional capability to run confidential containers (CoCo). Confidential Containers are containers deployed within an isolated hardware enclave protecting data and code from privileged users such as cloud or cluster administrators. The CNCF Confidential Containers project is the foundation for the OpenShift CoCo solution. You can read more about the CNCF CoCo project in our previous blog What is the Confidential Containers project?Confidential Containers are available from OpenShift sandboxed containers release