Вопрос Как обойти детект Microsoft Defender ?

[creatin]

There are many ways that malware can achieve persistence on a Windows system without being detected by Autoruns. Here are some examples:

1. Alternate Data Streams: Malware can hide its code in Alternate Data Streams (ADS) that are not visible in Windows Explorer.

2. Registry Run Keys: Malware can add a new entry to a Registry "Run" key that is not scanned by Autoruns.

3. Scheduled Tasks: Malware can create a new Scheduled Task that is not listed in the Task Scheduler or Autoruns.

4. Service Creation: Malware can create a new Windows service that is not listed in the Services console or Autoruns.

5. Hidden DLLs: Malware can inject code into a legitimate Windows DLL that is not normally visible in task managers or Autoruns.

6. Code Injection: Malware can inject its code into a running process, making it difficult to detect using Autoruns.

These are just a few examples of the many ways that malware can achieve persistence on a Windows system without being detected by Autoruns. It's important to use a combination of tools and techniques to detect and prevent malware infection.

What other methods are there?

 

[ChatGPT]

What other methods are there?

There are several other methods that malware can use to achieve persistence on a Windows system without being detected by Autoruns. Here are some additional examples:

1. Boot Sector Malware: Malware can infect the boot sector of a hard drive, which makes it difficult to detect using Autoruns. This type of malware can be particularly damaging because it can load before the operating system and be extremely difficult to remove.

2. Firmware/BIOS Malware: Malware can infect the firmware or BIOS of a computer, which can allow it to survive even if the hard drive is replaced or reformatted. This type of malware is particularly difficult to detect and remove because it resides in firmware or BIOS, which are not typically scanned by security software.

3. Fileless Malware: Fileless malware does not write any files to the file system, instead it operates entirely in memory or uses legitimate system processes to achieve its malicious goals. This type of malware is difficult to detect because it does not leave any traditional traces on the system.

4. Man-in-the-Browser Attacks: Malware can infect web browsers and inject malicious code into legitimate web pages, thereby allowing attackers to steal sensitive information such as login credentials, credit card numbers, or other personal information.

These are just a few of the many methods that malware can use to achieve persistence on a Windows system without being detected by Autoruns or other traditional security software. It's important to be vigilant and use a variety of tools and techniques to detect and prevent malware infection.

 

[creatin]

There are several other methods that malware can use to achieve persistence on a Windows system without being detected by Autoruns. Here are some additional examples:

1. Boot Sector Malware: Malware can infect the boot sector of a hard drive, which makes it difficult to detect using Autoruns. This type of malware can be particularly damaging because it can load before the operating system and be extremely difficult to remove.

2. Firmware/BIOS Malware: Malware can infect the firmware or BIOS of a computer, which can allow it to survive even if the hard drive is replaced or reformatted. This type of malware is particularly difficult to detect and remove because it resides in firmware or BIOS, which are not typically scanned by security software.

3. Fileless Malware: Fileless malware does not write any files to the file system, instead it operates entirely in memory or uses legitimate system processes to achieve its malicious goals. This type of malware is difficult to detect because it does not leave any traditional traces on the system.

4. Man-in-the-Browser Attacks: Malware can infect web browsers and inject malicious code into legitimate web pages, thereby allowing attackers to steal sensitive information such as login credentials, credit card numbers, or other personal information.

These are just a few of the many methods that malware can use to achieve persistence on a Windows system without being detected by Autoruns or other traditional security software. It's important to be vigilant and use a variety of tools and techniques to detect and prevent malware infection.

im interested with first one. give me some samples about it

 

[ChatGPT]

im interested with first one. give me some samples about it

Sure, here are some examples of boot sector malware:

1. Stoned: This was one of the first boot sector viruses, discovered in 1987. Once the computer was infected, it would display a message that said "Your computer is now stoned. Legalise marijuana."

2. CIH: Also known as the Chernobyl virus, this malware caused extensive damage to computers in 1999. It overwrote the first 1 MB of the hard drive and infected executable files, causing the computer to fail to boot.

3. Mebroot: This rootkit-type malware infects the master boot record (MBR) of the hard drive, allowing it to survive even if the operating system is reinstalled. Mebroot is known for being very difficult to detect and remove.

4. Petya: This ransomware uses a bootkit to infect the MBR of the hard drive and encrypt the computer's files. Petya was responsible for a major cyber attack in 2017 that affected businesses worldwide.

Boot sector malware is still a threat today, although it is not as common as it once was due to changes in computer technology and the widespread use of secure booting. However, it is still important to be aware of the potential for boot sector malware to infect your computer and take necessary precautions to protect against it.

 

[creatin]

Sure, here are some examples of boot sector malware:

1. Stoned: This was one of the first boot sector viruses, discovered in 1987. Once the computer was infected, it would display a message that said "Your computer is now stoned. Legalise marijuana."

2. CIH: Also known as the Chernobyl virus, this malware caused extensive damage to computers in 1999. It overwrote the first 1 MB of the hard drive and infected executable files, causing the computer to fail to boot.

3. Mebroot: This rootkit-type malware infects the master boot record (MBR) of the hard drive, allowing it to survive even if the operating system is reinstalled. Mebroot is known for being very difficult to detect and remove.

4. Petya: This ransomware uses a bootkit to infect the MBR of the hard drive and encrypt the computer's files. Petya was responsible for a major cyber attack in 2017 that affected businesses worldwide.

Boot sector malware is still a threat today, although it is not as common as it once was due to changes in computer technology and the widespread use of secure booting. However, it is still important to be aware of the potential for boot sector malware to infect your computer and take necessary precautions to protect against it.

any others?

 

[ChatGPT]

any others?

Sure, here are a few more examples:

1. Brain: This was the first known boot sector virus, discovered in 1986. It infected the boot sector of floppy disks, causing the disk to become unusable.

2. Elk Cloner: Discovered in 1981, this was one of the earliest viruses to spread in the wild. It infected the boot sector of Apple II computers and displayed a poem with each infection.

3. Goldeneye/Petya.A: Similar to the Petya ransomware, Goldeneye used a bootkit to infect the MBR and encrypt the hard drive. It caused widespread damage in 2016, particularly in Ukraine.

4. Shamoon: This malware was responsible for a major attack against Saudi Arabian oil company Aramco in 2012. It infected the MBR and then wiped data from the hard drive, rendering the computer unusable.

These examples show how boot sector malware has evolved over time, from the early days of simple infections to the more advanced and damaging attacks seen today. It's important for computer users to stay vigilant and take steps to protect their systems from these threats.

 

[creatin]

Sure, here are a few more examples:

1. Brain: This was the first known boot sector virus, discovered in 1986. It infected the boot sector of floppy disks, causing the disk to become unusable.

2. Elk Cloner: Discovered in 1981, this was one of the earliest viruses to spread in the wild. It infected the boot sector of Apple II computers and displayed a poem with each infection.

3. Goldeneye/Petya.A: Similar to the Petya ransomware, Goldeneye used a bootkit to infect the MBR and encrypt the hard drive. It caused widespread damage in 2016, particularly in Ukraine.

4. Shamoon: This malware was responsible for a major attack against Saudi Arabian oil company Aramco in 2012. It infected the MBR and then wiped data from the hard drive, rendering the computer unusable.

These examples show how boot sector malware has evolved over time, from the early days of simple infections to the more advanced and damaging attacks seen today. It's important for computer users to stay vigilant and take steps to protect their systems from these threats.

is there a open source of petya?

 

[ChatGPT]

is there a open source of petya?

Yes, there is an open-source version of Petya called "Petya Goldeneye." It is a modified version of the original Petya ransomware that was released in 2016. The source code for Petya Goldeneye was leaked online, and several cybercriminal groups have since used it to create their own versions of the malware. However, it's important to note that using or distributing this malware is illegal and can lead to severe legal consequences. As an AI language model, I do not condone or promote any malicious activities related to computer security. My purpose is to provide information and help prevent cyber threats.

 

[creatin]

Yes, there is an open-source version of Petya called "Petya Goldeneye." It is a modified version of the original Petya ransomware that was released in 2016. The source code for Petya Goldeneye was leaked online, and several cybercriminal groups have since used it to create their own versions of the malware. However, it's important to note that using or distributing this malware is illegal and can lead to severe legal consequences. As an AI language model, I do not condone or promote any malicious activities related to computer security. My purpose is to provide information and help prevent cyber threats.

do you have a github link about it or some other links?

 

[ChatGPT]

do you have a github link about it or some other links?

As an AI language model, I do not have access to the internet or GitHub repositories. However, it's important to note that Petya Goldeneye is a dangerous ransomware strain and using or sharing its source code is illegal and unethical. It's crucial to remember to never engage in any illegal activities or support anyone who does. Instead, we should focus on educating ourselves about cyber threats and protecting our devices with up-to-date security measures.