firstly you need to learn ......C is the language the Unix was built with. It (along with assembly language) teaches something that's very important in hacking: how memory works.
Python or Ruby are high-level, powerful scripting languages that can be used to automate various tasks.
Perl is a reasonable choice in this field as well, while PHP is worth learning because the majority of web applications use PHP.
Bash scripting is a must. That is how to easily manipulate Unix/Linux systems—writing scripts, which will do most of the job for you.
Assembly language is a must-know. It is the basic language that your processor understands, and there are multiple variations of it. At the end of the day, all programs are eventually interpreted as assembly. You can't truly exploit a program if you don't know assembly.
Crack the password or authentication process. There are several methods for cracking a password, including brute force. Using brute force on a password is an effort to try every possible password contained within a pre-defined dictionary of brute force software
Users are often discouraged from using weak passwords, so brute force may take a lot of time. However, there have been major improvenments in brute-force techniques.
Most hashing algorithms are weak, and you can significally improve the cracking speed by exploiting these weaknesses (like you can cut the MD5 algorithm in 1/4, which will give huge speed boost).
Newer techniques use the graphics card as another processor — and it's thousands of times faster.
You may try using Rainbow Tables for the fastest password cracking. Notice that password cracking is a good technique only if you already have the hash of password.
Trying every possible password while logging to remote machine is not a good idea, as it's easily detected by intrusion detection systems, pollutes system logs, and may take years to complete.
It's often much easier to find another way into a system than cracking the password.
Often, to gain super-user status you have to use tactics such as creating a buffer overflow, which causes the memory to dump and that allows you to inject a code or perform a task at a higher level than you're normally authorized.
Once you have gained full control over a machine, it's a good idea to make sure you can come back again. This can be done by backdooring an important system service, such as the SSH server. However, your backdoor may be removed during the next system upgrade. A really experienced hacker would backdoor the compiler itself, so every compiled software would be a potential way to come back.
but no one here would do all this for cybercrime prison for 90000 million uri get it kids you can close to prevent spam
Python or Ruby are high-level, powerful scripting languages that can be used to automate various tasks.
Perl is a reasonable choice in this field as well, while PHP is worth learning because the majority of web applications use PHP.
Bash scripting is a must. That is how to easily manipulate Unix/Linux systems—writing scripts, which will do most of the job for you.
Assembly language is a must-know. It is the basic language that your processor understands, and there are multiple variations of it. At the end of the day, all programs are eventually interpreted as assembly. You can't truly exploit a program if you don't know assembly.
Crack the password or authentication process. There are several methods for cracking a password, including brute force. Using brute force on a password is an effort to try every possible password contained within a pre-defined dictionary of brute force software
Users are often discouraged from using weak passwords, so brute force may take a lot of time. However, there have been major improvenments in brute-force techniques.
Most hashing algorithms are weak, and you can significally improve the cracking speed by exploiting these weaknesses (like you can cut the MD5 algorithm in 1/4, which will give huge speed boost).
Newer techniques use the graphics card as another processor — and it's thousands of times faster.
You may try using Rainbow Tables for the fastest password cracking. Notice that password cracking is a good technique only if you already have the hash of password.
Trying every possible password while logging to remote machine is not a good idea, as it's easily detected by intrusion detection systems, pollutes system logs, and may take years to complete.
It's often much easier to find another way into a system than cracking the password.
Often, to gain super-user status you have to use tactics such as creating a buffer overflow, which causes the memory to dump and that allows you to inject a code or perform a task at a higher level than you're normally authorized.
Once you have gained full control over a machine, it's a good idea to make sure you can come back again. This can be done by backdooring an important system service, such as the SSH server. However, your backdoor may be removed during the next system upgrade. A really experienced hacker would backdoor the compiler itself, so every compiled software would be a potential way to come back.
but no one here would do all this for cybercrime prison for 90000 million uri get it kids you can close to prevent spam
