tumeteor/Security-TTP-Mapping · Datasets at Hugging Face

text1 stringlengths 7 2.5k	labels stringlengths 9 100
XAgentOSX contains the getFirefoxPassword function to attempt to locate Firefox passwords.	['T1555.003']
jRAT can capture passwords from common web browsers such as Internet Explorer, Google Chrome, and Firefox.	['T1555.003']
njRAT has a module that steals passwords saved in victim web browsers.	['T1555.003']
OilRig has used credential dumping tool named VALUEVAULT to steal credentials from the Windows Credential Manager.	['T1555.004']
ROKRAT can steal credentials by leveraging the Windows Vault mechanism.	['T1555.004']
RainyDay can use the QuarksPwDump tool to obtain local passwords and domain cached credentials.	['T1555.004']
Turla has gathered credentials from the Windows Credential Manager tool.	['T1555.004']
Valak can use a .NET compiled module named exchgrabber to enumerate credentials from the Credential Manager.	['T1555.004']
During Operation Wocao, threat actors accessed and collected credentials from password managers.	['T1555.005']
MarkiRAT can gather information from the Keepass password manager.	['T1555.005']
Operation Wocao has accessed and collected credentials from password managers.	['T1555.005']
Proton gathers credentials in files for 1password.	['T1555.005']
Threat Group-3390 obtained a KeePass database from a compromised host.	['T1555.005']
TrickBot can steal passwords from the KeePass open source password manager.	['T1555.005']
Kessel has trojanized the <sode>ssh_login" and "user-auth_pubkey" functions to steal plaintext credentials.	['T1556']
SILENTTRINITY can create a backdoor in KeePass using a malicious config file and in TortoiseSVN using a registry hook.	['T1556']
Chimera's malware has altered the NTLM authentication program on domain controllers to allow Chimera to login without a valid credential.	['T1556.001']
Remsec harvests plain-text credentials as a password filter registered on domain controllers.	['T1556.002']
Strider has registered its persistence module on domain controllers as a Windows LSA (Local System Authority) password filter to acquire credentials any time a domain, local user, or administrator logs in or changes a password.	['T1556.002']
Ebury can deactivate PAM modules to tamper with the sshd configuration.	['T1556.003']
Skidmap has the ability to replace the pam_unix.so file on an infected machine with its own malicious version that accepts a specific backdoor password for all users.	['T1556.003']
SYNful Knock has the capability to add its own custom backdoor password when it modifies the operating system of the affected network device.	['T1556.004']
APT29 has edited the `Microsoft.IdentityServer.Servicehost.exe.config` file to load a malicious DLL into the AD FS process, thereby enabling persistent access to any service federated with AD FS for a user with a specified User Principal Name.	['T1556.007']
Dok proxies web traffic to potentially monitor and alter victim HTTP(S) traffic.	['T1557']
Impacket modules like ntlmrelayx and smbrelayx can be used in conjunction with Network Sniffing and LLMNR/NBT-NS Poisoning and SMB Relay to gather NetNTLM credentials for Brute Force or relay attacks that can gain code execution.	['T1557.001']
Lazarus Group executed Responder using the command "[Responder file path] -i [IP address] -rPv" on a compromised host to harvest credentials and move laterally.	['T1557.001']
Pupy can sniff plaintext network credentials and use NBNS Spoofing to poison name services.	['T1557.001']
Wizard Spider has used the Invoke-Inveigh PowerShell cmdlets, likely for name service poisoning.	['T1557.001']
Empire can leverage its implementation of Mimikatz to obtain and use golden tickets.	['T1558.001']
Ke3chang has used Mimikatz to generate Kerberos golden tickets.	['T1558.001']
Mimikatz's kerberos module can create golden tickets.	['T1558.001']
AADInternals can be used to forge Kerberos tickets using the password hash of the AZUREADSSOACC account.	['T1558.002']
Empire can leverage its implementation of Mimikatz to obtain and use silver tickets.	['T1558.002']
APT29 obtained Ticket Granting Service (TGS) tickets for Active Directory Service Principle Names to crack offline.	['T1558.003']
FIN7 has used Kerberoasting for credential access and to enable lateral movement.	['T1558.003']
Operation Wocao has used PowerSploit's Invoke-Kerberoast module to request encrypted service tickets and bruteforce the passwords of Windows service accounts offline.	['T1558.003']
PowerSploit's "Invoke-Kerberoast" module can request service tickets and return crackable ticket hashes.	['T1558.003']
UNC2452 obtained Ticket Granting Service (TGS) tickets for Active Directory Service Principle Names to crack offline.	['T1558.003']
Cyclops Blink has the ability to create a pipe to enable inter-process communication.	['T1559']
HyperStack can connect to the IPC$ share on remote machines.	['T1559']
FunnyDream can use com objects identified with `CLSID_ShellLink`(`IShellLink` and `IPersistFile`) and `WScript.Shell`(`RegWrite` method) to enable persistence mechanisms.	['T1559.001']
Gamaredon Group malware can insert malicious macros into documents using a "Microsoft.Office.Interop" object.	['T1559.001']
Gelsemium can use the `IARPUinstallerStringLauncher` COM interface are part of its UAC bypass process.	['T1559.001']
InvisiMole can use the "ITaskService", "ITaskDefinition" and "ITaskSettings" COM interfaces to schedule a task.	['T1559.001']
MuddyWater has used malware that has the capability to execute malicious code via COM, DCOM, and Outlook.	['T1559.001']
Neoichor can use the Internet Explorer (IE) COM interface to connect and receive commands from C2.	['T1559.001']
Ramsay can use the Windows COM API to schedule tasks and maintain persistence.	['T1559.001']
APT28 has delivered JHUHUGIT and Koadic by executing PowerShell commands through DDE in Word documents.	['T1559.002']
APT37 has used Windows DDE for execution of commands and a malicious VBS.	['T1559.002']
BITTER has executed OLE objects using Microsoft Equation Editor to download and run malicious payloads.	['T1559.002']
Cobalt Group has sent malicious Word OLE compound documents to victims.	['T1559.002']
FIN7 spear phishing campaigns have included malicious Word documents with DDE execution.	['T1559.002']
Gallmaker attempted to exploit Microsoft’s DDE protocol in order to gain access to victim machines and for execution.	['T1559.002']
HAWKBALL has used an OLE object that uses Equation Editor to drop the embedded shellcode.	['T1559.002']
KeyBoy uses the Dynamic Data Exchange (DDE) protocol to download remote payloads.	['T1559.002']
POWERSTATS can use DDE to execute additional payloads on compromised hosts.	['T1559.002']
Patchwork leveraged the DDE protocol to deliver their malware.	['T1559.002']
PoetRAT was delivered with documents using DDE to execute malicious code.	['T1559.002']
RTM can search for specific strings within browser tabs using a Dynamic Data Exchange mechanism.	['T1559.002']
TA505 has leveraged malicious Word documents that abused DDE.	['T1559.002']
Valak can execute tasks via OLE.	['T1559.002']
ADVSTORESHELL encrypts with the 3DES algorithm and a hardcoded key prior to exfiltration.	['T1560']
APT32's backdoor has used LZMA compression and RC4 encryption before exfiltration.	['T1560']
AppleSeed has compressed collected data before exfiltration.	['T1560']
Aria-body has used ZIP to compress data gathered on a compromised host.	['T1560']
BLUELIGHT can zip files before exfiltration.	['T1560']
Backdoor.Oldrea writes collected data to a temporary file in an encrypted form before exfiltration to a C2 server.	['T1560']
BloodHound can compress data collected by its SharpHound ingestor into a ZIP file to be written to disk.	['T1560']
Bumblebee can compress data stolen from the Registry and volume shadow copies prior to exfiltration.	['T1560']
Cadelspy has the ability to compress stolen data into a .cab file.	['T1560']
Chrommme can encrypt and store on disk collected data before exfiltration.	['T1560']
Daserf hides collected data in password-protected .rar archives.	['T1560', 'T1560.001']
Dragonfly 2.0 compressed data into .zip files prior to exfiltrating it.	['T1560']
Dragonfly has compressed data into .zip files prior to exfiltration.	['T1560']
Emotet has been observed encrypting the data it collects before sending it to the C2 server.	['T1560']
Empire can ZIP directories on the target system.	['T1560']
Epic encrypts collected data using a public key framework before sending it over the C2 channel. Some variants encrypt the collected data with AES and encode it with base64 before transmitting it to the C2 server.	['T1560']
FELIXROOT encrypts collected data with AES and Base64 and then sends it to the C2 server.	['T1560']
Following data collection, FIN6 has compressed log files into a ZIP archive prior to staging and exfiltration.	['T1560']
Gold Dragon encrypts data using Base64 before being sent to the command and control server.	['T1560']
KONNI has encrypted data and files prior to exfiltration.	['T1560']
Kessel can RC4-encrypt credentials before sending to the C2.	['T1560']
Lazarus Group has compressed exfiltrated data with RAR and used RomeoDelta malware to archive specified directories in .zip format, encrypt the .zip file, and upload it to C2.	['T1560']
LightNeuron contains a function to encrypt and store emails that it collects.	['T1560']
Lizar has encrypted data before sending it to the server.	['T1560']
Lurid can compress data before sending it.	['T1560']
NETWIRE has the ability to compress archived screenshots.	['T1560']
Patchwork encrypted the collected files' path with AES and then encoded them with base64.	['T1560']
PowerLess can encrypt browser database files prior to exfiltration.	['T1560']
Proton zips up files before exfiltrating them.	['T1560']
ShimRatReporter used LZ compression to compress initial reconnaissance reports before sending to the C2.	['T1560']
TAINTEDSCRIBE has used "FileReadZipSend" to compress a file and send to C2.	['T1560']
VERMIN encrypts the collected files using 3-DES.	['T1560']
WellMail can archive files on the compromised host.	['T1560']
XCSSET will compress entire "~/Desktop" folders excluding all ".git" folders, but only if the total data size is under 200MB.	['T1560']
Zebrocy has used a method similar to RC4 as well as AES for encryption and hexadecimal for encoding data before exfiltration.	['T1560']
menuPass has encrypted files and information before exfiltration.	['T1560']
APT1 has used RAR to compress files before moving them outside of the victim network.	['T1560.001']
APT3 has used tools to compress data before exfilling it.	['T1560.001']
APT39 has used WinRAR and 7-Zip to compress an archive stolen data.	['T1560.001']

XAgentOSX contains the getFirefoxPassword function to attempt to locate Firefox passwords.

['T1555.003']

jRAT can capture passwords from common web browsers such as Internet Explorer, Google Chrome, and Firefox.

['T1555.003']

njRAT has a module that steals passwords saved in victim web browsers.

['T1555.003']

OilRig has used credential dumping tool named VALUEVAULT to steal credentials from the Windows Credential Manager.

['T1555.004']

ROKRAT can steal credentials by leveraging the Windows Vault mechanism.

['T1555.004']

RainyDay can use the QuarksPwDump tool to obtain local passwords and domain cached credentials.

['T1555.004']

Turla has gathered credentials from the Windows Credential Manager tool.

['T1555.004']

Valak can use a .NET compiled module named exchgrabber to enumerate credentials from the Credential Manager.

['T1555.004']

During Operation Wocao, threat actors accessed and collected credentials from password managers.

['T1555.005']

MarkiRAT can gather information from the Keepass password manager.

['T1555.005']

Operation Wocao has accessed and collected credentials from password managers.

['T1555.005']

Proton gathers credentials in files for 1password.

['T1555.005']

Threat Group-3390 obtained a KeePass database from a compromised host.

['T1555.005']

TrickBot can steal passwords from the KeePass open source password manager.

['T1555.005']

Kessel has trojanized the <sode>ssh_login" and "user-auth_pubkey" functions to steal plaintext credentials.

['T1556']

SILENTTRINITY can create a backdoor in KeePass using a malicious config file and in TortoiseSVN using a registry hook.

['T1556']

Chimera's malware has altered the NTLM authentication program on domain controllers to allow Chimera to login without a valid credential.

['T1556.001']

Remsec harvests plain-text credentials as a password filter registered on domain controllers.

['T1556.002']

Strider has registered its persistence module on domain controllers as a Windows LSA (Local System Authority) password filter to acquire credentials any time a domain, local user, or administrator logs in or changes a password.

['T1556.002']

Ebury can deactivate PAM modules to tamper with the sshd configuration.

['T1556.003']

Skidmap has the ability to replace the pam_unix.so file on an infected machine with its own malicious version that accepts a specific backdoor password for all users.

['T1556.003']

SYNful Knock has the capability to add its own custom backdoor password when it modifies the operating system of the affected network device.

['T1556.004']

APT29 has edited the `Microsoft.IdentityServer.Servicehost.exe.config` file to load a malicious DLL into the AD FS process, thereby enabling persistent access to any service federated with AD FS for a user with a specified User Principal Name.

['T1556.007']

Dok proxies web traffic to potentially monitor and alter victim HTTP(S) traffic.

['T1557']

Impacket modules like ntlmrelayx and smbrelayx can be used in conjunction with Network Sniffing and LLMNR/NBT-NS Poisoning and SMB Relay to gather NetNTLM credentials for Brute Force or relay attacks that can gain code execution.

['T1557.001']

Lazarus Group executed Responder using the command "[Responder file path] -i [IP address] -rPv" on a compromised host to harvest credentials and move laterally.

['T1557.001']

Pupy can sniff plaintext network credentials and use NBNS Spoofing to poison name services.

['T1557.001']

Wizard Spider has used the Invoke-Inveigh PowerShell cmdlets, likely for name service poisoning.

['T1557.001']

Empire can leverage its implementation of Mimikatz to obtain and use golden tickets.

['T1558.001']

Ke3chang has used Mimikatz to generate Kerberos golden tickets.

['T1558.001']

Mimikatz's kerberos module can create golden tickets.

['T1558.001']

AADInternals can be used to forge Kerberos tickets using the password hash of the AZUREADSSOACC account.

['T1558.002']

Empire can leverage its implementation of Mimikatz to obtain and use silver tickets.

['T1558.002']

APT29 obtained Ticket Granting Service (TGS) tickets for Active Directory Service Principle Names to crack offline.

['T1558.003']

FIN7 has used Kerberoasting for credential access and to enable lateral movement.

['T1558.003']

Operation Wocao has used PowerSploit's Invoke-Kerberoast module to request encrypted service tickets and bruteforce the passwords of Windows service accounts offline.

['T1558.003']

PowerSploit's "Invoke-Kerberoast" module can request service tickets and return crackable ticket hashes.

['T1558.003']

UNC2452 obtained Ticket Granting Service (TGS) tickets for Active Directory Service Principle Names to crack offline.

['T1558.003']

Cyclops Blink has the ability to create a pipe to enable inter-process communication.

['T1559']

HyperStack can connect to the IPC$ share on remote machines.

['T1559']

FunnyDream can use com objects identified with `CLSID_ShellLink`(`IShellLink` and `IPersistFile`) and `WScript.Shell`(`RegWrite` method) to enable persistence mechanisms.

['T1559.001']

Gamaredon Group malware can insert malicious macros into documents using a "Microsoft.Office.Interop" object.

['T1559.001']

Gelsemium can use the `IARPUinstallerStringLauncher` COM interface are part of its UAC bypass process.

['T1559.001']

InvisiMole can use the "ITaskService", "ITaskDefinition" and "ITaskSettings" COM interfaces to schedule a task.

['T1559.001']

MuddyWater has used malware that has the capability to execute malicious code via COM, DCOM, and Outlook.

['T1559.001']

Neoichor can use the Internet Explorer (IE) COM interface to connect and receive commands from C2.

['T1559.001']

Ramsay can use the Windows COM API to schedule tasks and maintain persistence.

['T1559.001']

APT28 has delivered JHUHUGIT and Koadic by executing PowerShell commands through DDE in Word documents.

['T1559.002']

APT37 has used Windows DDE for execution of commands and a malicious VBS.

['T1559.002']

BITTER has executed OLE objects using Microsoft Equation Editor to download and run malicious payloads.

['T1559.002']

Cobalt Group has sent malicious Word OLE compound documents to victims.

['T1559.002']

FIN7 spear phishing campaigns have included malicious Word documents with DDE execution.

['T1559.002']

Gallmaker attempted to exploit Microsoft’s DDE protocol in order to gain access to victim machines and for execution.

['T1559.002']

HAWKBALL has used an OLE object that uses Equation Editor to drop the embedded shellcode.

['T1559.002']

KeyBoy uses the Dynamic Data Exchange (DDE) protocol to download remote payloads.

['T1559.002']

POWERSTATS can use DDE to execute additional payloads on compromised hosts.

['T1559.002']

Patchwork leveraged the DDE protocol to deliver their malware.

['T1559.002']

PoetRAT was delivered with documents using DDE to execute malicious code.

['T1559.002']

RTM can search for specific strings within browser tabs using a Dynamic Data Exchange mechanism.

['T1559.002']

TA505 has leveraged malicious Word documents that abused DDE.

['T1559.002']

Valak can execute tasks via OLE.

['T1559.002']

ADVSTORESHELL encrypts with the 3DES algorithm and a hardcoded key prior to exfiltration.

['T1560']

APT32's backdoor has used LZMA compression and RC4 encryption before exfiltration.

['T1560']

AppleSeed has compressed collected data before exfiltration.

['T1560']

Aria-body has used ZIP to compress data gathered on a compromised host.

['T1560']

BLUELIGHT can zip files before exfiltration.

['T1560']

Backdoor.Oldrea writes collected data to a temporary file in an encrypted form before exfiltration to a C2 server.

['T1560']

BloodHound can compress data collected by its SharpHound ingestor into a ZIP file to be written to disk.

['T1560']

Bumblebee can compress data stolen from the Registry and volume shadow copies prior to exfiltration.

['T1560']

Cadelspy has the ability to compress stolen data into a .cab file.

['T1560']

Chrommme can encrypt and store on disk collected data before exfiltration.

['T1560']

Daserf hides collected data in password-protected .rar archives.

['T1560', 'T1560.001']

Dragonfly 2.0 compressed data into .zip files prior to exfiltrating it.

['T1560']

Dragonfly has compressed data into .zip files prior to exfiltration.

['T1560']

Emotet has been observed encrypting the data it collects before sending it to the C2 server.

['T1560']

Empire can ZIP directories on the target system.

['T1560']

Epic encrypts collected data using a public key framework before sending it over the C2 channel. Some variants encrypt the collected data with AES and encode it with base64 before transmitting it to the C2 server.

['T1560']

FELIXROOT encrypts collected data with AES and Base64 and then sends it to the C2 server.

['T1560']

Following data collection, FIN6 has compressed log files into a ZIP archive prior to staging and exfiltration.

['T1560']

Gold Dragon encrypts data using Base64 before being sent to the command and control server.

['T1560']

KONNI has encrypted data and files prior to exfiltration.

['T1560']

Kessel can RC4-encrypt credentials before sending to the C2.

['T1560']

Lazarus Group has compressed exfiltrated data with RAR and used RomeoDelta malware to archive specified directories in .zip format, encrypt the .zip file, and upload it to C2.

['T1560']

LightNeuron contains a function to encrypt and store emails that it collects.

['T1560']

Lizar has encrypted data before sending it to the server.

['T1560']

Lurid can compress data before sending it.

['T1560']

NETWIRE has the ability to compress archived screenshots.

['T1560']

Patchwork encrypted the collected files' path with AES and then encoded them with base64.

['T1560']

PowerLess can encrypt browser database files prior to exfiltration.

['T1560']

Proton zips up files before exfiltrating them.

['T1560']

ShimRatReporter used LZ compression to compress initial reconnaissance reports before sending to the C2.

['T1560']

TAINTEDSCRIBE has used "FileReadZipSend" to compress a file and send to C2.

['T1560']

VERMIN encrypts the collected files using 3-DES.

['T1560']

WellMail can archive files on the compromised host.

['T1560']

XCSSET will compress entire "~/Desktop" folders excluding all ".git" folders, but only if the total data size is under 200MB.

['T1560']

Zebrocy has used a method similar to RC4 as well as AES for encryption and hexadecimal for encoding data before exfiltration.

['T1560']

menuPass has encrypted files and information before exfiltration.

['T1560']

APT1 has used RAR to compress files before moving them outside of the victim network.

['T1560.001']

APT3 has used tools to compress data before exfilling it.

['T1560.001']

APT39 has used WinRAR and 7-Zip to compress an archive stolen data.

['T1560.001']