Malware  Capabilities  WINDSHIELD   Command and control (C2) communications via TCP raw sockets Four configured C2s and six configured ports – randomly-chosen C2/port for communications Registry manipulation Get the current module's file name Gather system information including registry values, user name, computer name, and current code page File system interaction including directory creation, file deletion, reading, and writing files Load additional modules and execute code Terminate processes Anti-disassembly   KOMPROGO   Fully-featured backdoor capable of process, file, and registry management Creating a reverse shell File transfers Running WMI queries Retrieving information about the infected system   SOUNDBITE   C2 communications via DNS Process creation File upload Shell command execution File and directory enumeration/manipulation Window enumeration Registry manipulation System information gathering   PHOREAL   C2 communications via ICMP Reverse shell creation Filesystem manipulation Registry manipulation Process creation File upload   BEACON (Cobalt Strike)   Publicly available payload that can inject and execute arbitrary code into processes Impersonating the security context of users Importing Kerberos tickets Uploading and downloading files Executing shell commands Configured with malleable C2 profiles to blend in with normal network traffic Co-deployment and interoperability with Metasploit framework SMB Named Pipe in-memory backdoor payload that enables peer-to-peer C2 and pivoting over SMB    Table 3: APT32 Malware and Capabilities APT32 operators appear to be well-resourced and supported as they use a large set of domains and IP addresses as command and control infrastructure
Below is an instruction that describes a task, paired with an input that provides further context. Write a response that appropriately completes the request. ### Instruction: List the MITRE techniques contained in the text. ### Input: Malware  Capabilities  WINDSHIELD   Command and control (C2) communications via TCP raw sockets Four configured C2s and six configured ports – randomly-chosen C2/port for communications Registry manipulation Get the current module's file name Gather system information including registry values, user name, computer name, and current code page File system interaction including directory creation, file deletion, reading, and writing files Load additional modules and execute code Terminate processes Anti-disassembly   KOMPROGO   Fully-featured backdoor capable of process, file, and registry management Creating a reverse shell File transfers Running WMI queries Retrieving information about the infected system   SOUNDBITE   C2 communications via DNS Process creation File upload Shell command execution File and directory enumeration/manipulation Window enumeration Registry manipulation System information gathering   PHOREAL   C2 communications via ICMP Reverse shell creation Filesystem manipulation Registry manipulation Process creation File upload   BEACON (Cobalt Strike)   Publicly available payload that can inject and execute arbitrary code into processes Impersonating the security context of users Importing Kerberos tickets Uploading and downloading files Executing shell commands Configured with malleable C2 profiles to blend in with normal network traffic Co-deployment and interoperability with Metasploit framework SMB Named Pipe in-memory backdoor payload that enables peer-to-peer C2 and pivoting over SMB    Table 3: APT32 Malware and Capabilities APT32 operators appear to be well-resourced and supported as they use a large set of domains and IP addresses as command and control infrastructure ### Response: T1041.