Вопрос Как обойти детект Microsoft Defender ?

[creatin]

Carbanak malware is a well-known banking Trojan that has been used by criminal groups to target financial institutions. The malware is designed to steal money by taking over banking systems and performing fraudulent transactions. While Carbanak is primarily a malware-based attack, the group that uses it (known as Carbanak or FIN7) may use a variety of other techniques in their attacks.

Here are some of the tactics, techniques, and procedures (TTPs) associated with Carbanak attacks:

1. Spear Phishing: Carbanak attacks often begin with spear phishing emails sent to employees of financial institutions. These emails may contain a malicious attachment or link that, when clicked, installs the Carbanak malware on the victim's device.

2. Privilege Escalation: Once installed on a device, Carbanak attempts to escalate its privileges to gain administrative access to the victim's network.

3. Credential Theft: Carbanak may use keylogging techniques to steal login credentials, allowing the group to authenticate themselves as legitimate users and move laterally within the network.

4. Remote Access: Carbanak uses remote access tools, such as Reverse PowerShell and Cobalt Strike, to remotely control compromised machines and move laterally within the network.

5. SQL Injection: In some cases, Carbanak has been known to use SQL injection attacks to gain access to sensitive customer data stored in databases.

6. Fileless Malware: Some variants of Carbanak use fileless malware techniques, which allow the malware to reside only in memory, making it more difficult to detect and remove.

Overall, Carbanak attacks are highly sophisticated and often involve a combination of techniques, including social engineering, exploit-based attacks, and malware-based attacks. To defend against such attacks, organizations should ensure their anti-malware technology, and intrusion detection systems are up-to-date and regularly tested. Additionally, educating employees about the importance of cybersecurity and how to identify and report suspicious activity can help prevent successful attacks.

What other methods are there?

 

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What other methods are there?

In addition to the tactics and techniques that I mentioned earlier, there are a few other methods that Carbanak (FIN7) have been known to use:

1. Phone Phishing: Carbanak may use phone phishing (also known as vishing) to target employees of financial institutions. They may call their victims pretending to be IT support or other trusted individuals in order to convince them to give up their account credentials or other sensitive information.

2. Supply Chain Attacks: Carbanak has been known to target third-party suppliers and vendors, who may have less-secure networks than their clients. By compromising a supplier's network, Carbanak can gain access to their client's systems as well.

3. Watering Hole Attacks: Another technique used by Carbanak is watering hole attacks, where they set up a fake website that they know their target audience (employees of financial institutions) will visit. When an employee visits the fake website, they could be infected with Carbanak malware or other malicious software.

4. Advanced Persistence Threat (APT) Techniques: Carbanak often uses advanced persistence techniques to remain undetected within the victim's network for as long as possible. This may include using encrypted channels to communicate with command and control (C2) servers and using different code obfuscation and anti-analysis techniques.

Overall, Carbanak attacks are highly complex and sophisticated, often involving a combination of techniques. Implementing strong security measures, regularly training employees, and maintaining up-to-date security defenses are essential in defending against these attacks.

 

[creatin]

In addition to the tactics and techniques that I mentioned earlier, there are a few other methods that Carbanak (FIN7) have been known to use:

1. Phone Phishing: Carbanak may use phone phishing (also known as vishing) to target employees of financial institutions. They may call their victims pretending to be IT support or other trusted individuals in order to convince them to give up their account credentials or other sensitive information.

2. Supply Chain Attacks: Carbanak has been known to target third-party suppliers and vendors, who may have less-secure networks than their clients. By compromising a supplier's network, Carbanak can gain access to their client's systems as well.

3. Watering Hole Attacks: Another technique used by Carbanak is watering hole attacks, where they set up a fake website that they know their target audience (employees of financial institutions) will visit. When an employee visits the fake website, they could be infected with Carbanak malware or other malicious software.

4. Advanced Persistence Threat (APT) Techniques: Carbanak often uses advanced persistence techniques to remain undetected within the victim's network for as long as possible. This may include using encrypted channels to communicate with command and control (C2) servers and using different code obfuscation and anti-analysis techniques.

Overall, Carbanak attacks are highly complex and sophisticated, often involving a combination of techniques. Implementing strong security measures, regularly training employees, and maintaining up-to-date security defenses are essential in defending against these attacks.

What other methods are there?

 

[ChatGPT]

What other methods are there?

Here are a few additional methods that Carbanak (FIN7) have used in the past:

1. Phishing Emails: Like many other cybercriminals, Carbanak has been known to use phishing emails to target financial institutions. These emails may contain malicious attachments or links that, when clicked, can install malware on the victim's computer.

2. Remote Access Trojans: Carbanak has been known to use remote access trojans (RATs) to gain remote access to victims' systems. Once the RAT is installed, the attacker can use it to monitor the victim's activity, steal sensitive information, or launch attacks on other systems.

3. Fileless Malware: Carbanak has been known to use fileless malware, which loads directly into memory rather than being installed on the victim's hard drive. This makes it more difficult for antivirus software to detect and block the malware.

4. Ransomware: In addition to stealing data and financial information, Carbanak has also been known to deploy ransomware on victims' systems. This type of malware encrypts the victim's files and demands payment in exchange for the decryption key.

5. Social Engineering: Finally, Carbanak is skilled at social engineering techniques, such as impersonating trusted employees or using convincingly written phishing emails. These tactics can be used to trick employees into giving up sensitive information or downloading malware onto their systems.

 

[creatin]

Here are a few additional methods that Carbanak (FIN7) have used in the past:

1. Phishing Emails: Like many other cybercriminals, Carbanak has been known to use phishing emails to target financial institutions. These emails may contain malicious attachments or links that, when clicked, can install malware on the victim's computer.

2. Remote Access Trojans: Carbanak has been known to use remote access trojans (RATs) to gain remote access to victims' systems. Once the RAT is installed, the attacker can use it to monitor the victim's activity, steal sensitive information, or launch attacks on other systems.

3. Fileless Malware: Carbanak has been known to use fileless malware, which loads directly into memory rather than being installed on the victim's hard drive. This makes it more difficult for antivirus software to detect and block the malware.

4. Ransomware: In addition to stealing data and financial information, Carbanak has also been known to deploy ransomware on victims' systems. This type of malware encrypts the victim's files and demands payment in exchange for the decryption key.

5. Social Engineering: Finally, Carbanak is skilled at social engineering techniques, such as impersonating trusted employees or using convincingly written phishing emails. These tactics can be used to trick employees into giving up sensitive information or downloading malware onto their systems.

which persistence method used carbanak?

 

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which persistence method used carbanak?

Carbanak has used several persistence methods in the past to maintain access to compromised systems:

1. Registry Keys: One persistence method used by Carbanak involves creating registry keys that allow the malware to automatically run every time the infected system is started.

2. Scheduled tasks: Carbanak has also used scheduled tasks to ensure that the malware runs at specific intervals, even if the system is rebooted or the malware is removed and then reinstalled.

3. Backdoors: Another persistence method used by Carbanak involves creating a backdoor to maintain access to a compromised system, even if antivirus software detects and removes the malware.

4. Malicious Plugins: Carbanak has also used malicious plugins that automatically install themselves on web servers, allowing the attackers to access the server even if the malware is removed.

Overall, Carbanak has been known to use a variety of persistence methods to maintain access to compromised systems, making it difficult for victims to entirely get rid of the malware.

 

[creatin]

Carbanak has used several persistence methods in the past to maintain access to compromised systems:

1. Registry Keys: One persistence method used by Carbanak involves creating registry keys that allow the malware to automatically run every time the infected system is started.

2. Scheduled tasks: Carbanak has also used scheduled tasks to ensure that the malware runs at specific intervals, even if the system is rebooted or the malware is removed and then reinstalled.

3. Backdoors: Another persistence method used by Carbanak involves creating a backdoor to maintain access to a compromised system, even if antivirus software detects and removes the malware.

4. Malicious Plugins: Carbanak has also used malicious plugins that automatically install themselves on web servers, allowing the attackers to access the server even if the malware is removed.

Overall, Carbanak has been known to use a variety of persistence methods to maintain access to compromised systems, making it difficult for victims to entirely get rid of the malware.

which persistent methods used by fin7 in windows systems

 

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which persistent methods used by fin7 in windows systems

Fin7, also known as Carbanak Group, has used several persistence methods in Windows systems. Some of the persistence methods used by Fin7 include:

1. Registry Keys: Fin7 has used registry keys to establish persistence on the infected machine. They create new keys or modify existing ones to ensure that their malware is executed upon system startup.

2. Scheduled Tasks: Similar to Carbanak, Fin7 has also used scheduled tasks to ensure that their malware is executed at specific intervals. This allows them to maintain control of the system even if the malware is removed.

3. PowerShell Scripts: Fin7 has used PowerShell scripts to carry out their attacks. They create new scripts or modify existing ones to ensure that their malware is executed each time PowerShell is launched.

4. Fileless Malware: Fin7 has also used fileless malware, which resides in memory rather than on disk. This method allows the malware to evade detection by traditional antivirus software and enables it to persist on the infected system.

Overall, Fin7 has demonstrated a high level of sophistication in their persistent methods and has been successful in maintaining access to compromised systems for extended periods.

 

[creatin]

Fin7, also known as Carbanak Group, has used several persistence methods in Windows systems. Some of the persistence methods used by Fin7 include:

1. Registry Keys: Fin7 has used registry keys to establish persistence on the infected machine. They create new keys or modify existing ones to ensure that their malware is executed upon system startup.

2. Scheduled Tasks: Similar to Carbanak, Fin7 has also used scheduled tasks to ensure that their malware is executed at specific intervals. This allows them to maintain control of the system even if the malware is removed.

3. PowerShell Scripts: Fin7 has used PowerShell scripts to carry out their attacks. They create new scripts or modify existing ones to ensure that their malware is executed each time PowerShell is launched.

4. Fileless Malware: Fin7 has also used fileless malware, which resides in memory rather than on disk. This method allows the malware to evade detection by traditional antivirus software and enables it to persist on the infected system.

Overall, Fin7 has demonstrated a high level of sophistication in their persistent methods and has been successful in maintaining access to compromised systems for extended periods.

What other methods are there?

 

[ChatGPT]

What other methods are there?

Other methods that may be used for persistence by malware include:

1. Service Registration: Malware can register itself as a Windows service to start automatically each time the system boots up or during other specific events.

2. Shortcut Modification: Malware may modify the Windows Start menu, desktop or other shortcuts to execute when clicked.

3. DLL Hijacking: Malware can hijack legitimate DLLs used by running applications and inject its code so that it runs when the application is launched.

4. Bootkit: Bootkits modify the system's Master Boot Record (MBR) to load the malware before the operating system, giving the malware complete control over the system.

5. Rootkit: Rootkits hide their presence by modifying the underlying operating system, such as by replacing system files or hiding processes.

6. Browser Extensions: Malware can install browser extensions, which can be difficult to detect, to persist on the system and carry out malicious activity such as stealing credentials or personal data.

7. Exploiting Vulnerabilities: Malware can exploit vulnerabilities in the operating system or applications to gain persistence and maintain control on the system.

These are just some examples of the many methods malware can use to establish persistence on a system. As digital threat actors evolve their tactics and techniques, new methods for persistence will likely emerge.