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System/Computer hacking is a mischievous process that utilizes the loopholes of a system to achieve effects, usually unintended. System hacking courses teach beginners how to get their hands on the insides of a computer. They give an overview of the fundamentals of computer architecture and system hacking.

Currently, in the digital world, there are so many security hacks that you can find out  by doing system hacking training. It is also possible to get access to sensitive information and data that can be used for personal gain. As such, it is important for people who don’t know much about this topic to learn more about it because they will be able to protect themselves by following these guidelines and tips.

A number of big companies have started offering a system hacking course as part of their subscription packages in order to stay ahead of today’s security threats.

The system hackers not only get away with it but also make IT service providers realize their mistakes and put in security measures that they have yet to take. They release system hacking software or hardware vulnerabilities and create new methods of attacks.

The first use case of System Hacking Training is when the hackers find and fix vulnerabilities on the client’s website such as cross site scripting (XSS), SQL injection, privilege escalation, etc. Second use case is when they try to crack an access password by building an automated attack tool which can brute force the password in a matter of seconds or minutes. 

Third use case of  system hacking in ethical hacking is when they try to hack into a closed network which can be tough for even human hackers. System hacking is an act of unauthorized access to user data on a computer system or network. Many large organizations, in particular those in the United States and many other countries, have been targeted by hackers who have learn ethical hacking & use these systems to conduct cyber espionage. Hackers might also use them for personal financial gain by committing fraud and stealing confidential information.

System hacking in ethical hacking is a very common term in the cybersecurity and information security sector. It is basically the process of extracting unstructured data from target systems for various purposes.

1. Scan/Walk-through – In this phase, the hackers look for vulnerabilities in the system in order to determine which parts of it can be exploited. With this method, they also identify what are their targets and where to look for data on these targets.

2. Exploitation – After they have scanned through different components of a system, they use an exploit tool or something similar to take advantage of any flaws that have been found and then locate targeted data structures within these components that are vulnerable to exploitation.

3. Stealing Data – They now collect as much data as possible before exploiting any vulnerability(s).

There are multiple ways through which hackers can perform system hacking.  We’ll start by looking at how system hacking could be performed using BIOS, BIOS flashing, extensible firmware interface (EFI) and UEFI.

There are the traditional methods like social engineering, exploiting remote services and vulnerabilities in products and services, brute forcing passwords or figuring out what a database is storing; this is called “database enumeration.” The next method is to exploit a vulnerability in an application by exploiting the software’s network service or code level vulnerabilities; we call this “network services exploitation” or “code level vulnerability exploitation.” Lastly, there are traditional physical intrusions that focus on engaging with people on site to get access to sensitive information or information they have access to.

Curriculum of module 

Windows Hacking

•Linux Hacking

•Ubuntu Hacking

•Exploitation(Hacking Systems)

•Usage of Metasploit





Windows Hacking

Windows Hacking is a system hacking software tool that enables users to easily and efficiently hack their Windows machines.

Windows Hacking helps users connect with the operating system in a different way – from the command line or from the interface. It is an open source tool capable of performing various tasks like manipulating files, editing registry values, installing applications and it can even hack into another machine.

It can be used by security analysts, penetration testers and hackers to learn hacking skill sets without needing to know low-level computer programming languages like C/C++ or Java.

In most cases, this system hacking software comes in different versions for specific Windows OS versions such as Windows 7 and Windows 8. Hackers are always trying to get into a computer system, and Windows Operating System is one of their favorite targets.

Windows hacks happen when hackers find a way to access the computer without being authorized. This may happen via keyloggers or remote hacking tools, but it can also be accomplished with input from malicious software. They often look for backdoors in websites like banking sites, email services, and social media networks.

Hackers are always looking for a way to exploit vulnerabilities in Windows systems. They do this by using the same methods that Microsoft uses to test their software.

In the past, hackers would use vulnerabilities in Windows systems to steal information and commit financial fraud. But with the advancement of AI and machine learning, hackers are now using these vulnerabilities as a way to hack into Windows systems and take control of them remotely.

This is especially problematic because these types of hacks can lead to identity theft, financial fraud, and other forms of cybercrime.

Linux Hacking

Linux is considered a very secure operating system and it does not get a lot of attention from hackers. However, there are still people who want to use Linux for their hacking needs. This is because Linux provides the right architecture and framework that hackers need to do their work.

Most hacking tools are already available in the Linux ecosystem. People just need to understand the platform which makes it easy to find potential ways to exploit it.

Linux has been getting attention from many security companies such as Google, HP, and Cisco Systems due to its open-source support and large number of Linux users worldwide.

Linux is an open source operating system that has many features that make it more attractive for Linux hacking.

  • Linux distro: Every Linux distro comes with its own unique features such as organizations, usage rights, and staff. These characteristics differ from OS to OS but it is crucial to know what they are like before you start using Linux.
  • Hacking tool: With this system hacking software, you can easily be able to edit your system files and change the look of your computer through its graphical interface. It also allows data recovery from most popular file systems such as ext2/3/4/5 and FAT.

The process of Linux hacking is a process that helps to find and exploit vulnerabilities in the Linux operating system, allowing an attacker to cause damage to the target machine.

Process of Linux hacking: The process of Linux hacking is a three-step process, where step 1 involves connecting your computer to a target machine and making sure that you have SSH access. You then proceed on to step 2 by running netcat on your own computer, which will send instructions from your computer to the target machine via TCP port 22. Step 3 involves taking advantage of the vulnerability found in step 2 with any one of the following methods:

1) By exploiting buffer overflow

Buffer overflow attacks exploit a vulnerability in the way computers handle data by tricking the computer into believing that it has received more data than it actually has. Buffer overflow attacks are very common in system hacking software, and can be a serious threat to any computer system.

2) By installing rootkit software

Many companies are replacing their outdated software with more modern, efficient and user-friendly applications. The most common example of system hacking software replacements is the need to update outdated Windows OSes to newer versions of Windows 10. By updating their OSes, many companies have gained a lot of benefits, such as increased productivity, improved security and reduced downtime.

3) Other options for exploitation include uploading files onto remote server or downloading

Using a remote server to upload files can be time-consuming. Downloading files from the internet can sometimes be unreliable.

Ubuntu Hacking

Ubuntu is an open source operating system. It is a Linux distro, which means it has the ability to run on different types of hardware and architectures.

Ubuntu hacking is the process of modifying Ubuntu to suit personal needs or preferences. As an open source operating system, it allows users to modify the system hacking software and add new features or customizations.

The most common way to customize Ubuntu is by using a terminal called LX Terminal Emulator (LXterm). The hackable part of Ubuntu is the kernel, which means that all you need for this project is a Linux installation.

Ubuntu hacking can be done with any type of Linux distro like Fedora, Debian, Arch and Kali Linux too. This hack will show you how to install a terminal emulator on Ubuntu 18.04 L. Ubuntu Hacking is an open-source live CD that both beginners and advanced hackers can try. It uses Debian linux as the base, and has a number of features like wireless monitoring, text-to-speech, ARP spoofing, DDoS attack scripts, netcat listener

Ubuntu Hacking is a hacking live CD with a ton of useful features for both beginners and advanced hackers. It is based around Debian linux and comes loaded with plenty of scripts that could be used in various attacks like DDoS attacks and ARP spoofing.

Ubuntu is the most popular Linux distribution used in the public and private sectors of countries such as India.

Ubuntu provides an open source platform for developing apps, managing servers and networks, deploying system hacking software updates, and much more. Ubuntu is an open-source operating system that offers a lot of useful features. It is developed by Canonical and its goal is to be free to use and easy to customize.

In order to understand how hacking Ubuntu works, it is important first to understand its structure and information flow. The process starts with searching for the system hacking software package that you are looking for in the right folders on the hard drive. This step can be done through a variety of methods including running a search or scanning through binlists provided by websites such as ubuntukylin.com. Next, you will need to install this program after downloading it from the internet or locally from storage media like USB drives or DVDs.

To do this, you will need to enter some commands which include either using a graphical interface of typing everything manually.

Exploitation(Hacking Systems)

As the world has changed, hackers have adapted to the changing information ecosystem by hacking systems and taking advantage of vulnerabilities in system hacking software or hardware.

In recent years, there has been a surge of interest in threat intelligence particularly among businesses. The main reason why organizations are paying close attention to threat intelligence is because they want to be better prepared for possible future attacks against their systems and networks.

There are many ways which hackers can exploit systems that an organization may consider as a potential weakness such as through phishing scams and social engineering attacks. These include taking advantage of common security practices that most organizations follow such as strong passwords and two-factor authentication methods. Exploitation is the utilization of a system without permission for personal gain. Hacking your way into an online account is illegal in most places.

To ensure that these harmful activities don’t happen, IT infrastructure administrators should update their systems and methods regularly.

Exploitation can be used when you need to break into an online account to achieve something you lack the skills to do or have legal access to do yourself.

Although, most of the time it’s just a fun thing people do to see what they can get away with. With the advancement in technology, more and more cyber attacks are being launched. Some of these attacks are performed in order to steal data, while others might be aimed to cause unnecessary damage or destruction.

As the world goes digital, it becomes easier for cyber attackers to stay anonymous and also easier for them to avoid detection as they can launch their attack from different computers and locations.

Hackers exploit a system’s vulnerabilities by trying to manipulate data without permission or bypassing security measures in order to gain unauthorized access into a system.

Usage of Metasploit

Metasploit is an open-source framework that offers a number of exploits, such as those for different vulnerabilities in the Microsoft Windows, Apple iOS, and other operating system.

Metasploit is a framework designed to help penetration testers and security analysts assess the security of their targets by performing specific actions and executing code.

Metasploit Framework is used in the following ways:

– Analyzing a remote network’s security to determine vulnerabilities that can be exploited

– Ensuring that the target has no existing defense mechanisms by conducting “mock attacks”

– Scoring attack success with Metasploit modules.

Metasploit is a security tool that was released in 2003. It was developed by HD Moore, the author of Moore’s Law. It was created for penetration testing, and most of its functionality revolves around exploit development.

At its core, Metasploit is a framework for developing and executing exploit code against a remote target system over a network connection. This framework consists of three components: an engine (written in Perl), modules (written in C or Python), and auxiliary programs (written in Perl). 

Metasploit is a popular choice for penetration testers, ethical hackers and security researchers who are looking for a solution that can provide them with the needed information to carry out their specific tasks in less time. Metasploit has been used by companies like Google, Microsoft, Cisco and others who rely on the technology to improve their security posture at enterprise level.

Metasploit is a powerful open-source framework used by security professionals and penetration testers to exploit vulnerabilities in a target network or application.

Metasploit is an established framework that has been around for more than 20 years. It allows the security professionals, penetration testers and other system hacking software developers to exploit vulnerabilities in the target system.

Metasploit uses its own advanced scripting language called MSFlex – Metasploit Framework Extension Language which helps automate various tasks as well as data extraction from the compromised network.

It also provides three different methods of exploitation: injection, evasion, and pivoting. Additionally, it has a variety of options for post-exploitation actions such as credential collection and lateral movement on the targeted system. The Metasploit framework can be used by anyone to exploit vulnerabilities and gain access to a machine remotely. It also offers a variety of tools for proxy services which helps in executing different kinds of attacks.

It is very common in penetration testing as well as data forensics to integrate Metasploit into their workflows.

In this step by step guide, you will learn to use metasploit for web application penetration testing

Step 1: Install the Metasploitable virtual machine.

Step 2: Open notepad and write down your target URL.

Step 3: Open a browser and navigate to the target URL.

Step 4: Click on “View Source” on the web page and copy the HTML source code from where it says “” to “”.

Step 5: Paste this code into notepad (Ctrl+V) and save it as a text document.

Step 6: Open Metasploit, select “web” as the type of payloads, search for “reverse shell”, select port 80 in both fields, and click on run.


A payload is a file that is sent to the target device. It is typically used in remote control as it contains information about the device and/or what command should be executed. In order to make use of payloads, there are different tools that can be used like AirBnB’s SSRF tool and Burp Suite. One of these tools, which has been popular among hackers, is Ourshark.

This tool provides a simple way for hackers to generate their own payloads by using a buffer overflow attack. This allows them to gain access without having to know anything about the target device or what commands are executed by it when they send a payload. A payload is an “object” that can be passed to a function in programming. A payload can represent data or code.

A payload is not just a value that you would pass to a function like other values such as strings and integers, rather it holds a piece of data or code which is then processed by the function.

A good example of payload would be the output text when you print() on JavaScript: “`

console.log(“Hello World!”);

“` When the outcome of this value finding its way into the console is “Hello World!” it was passed into the console ‘s print() method, as seen in its first argument which contains what gets printed.

Programmers can use payloads for various purposes. Sometimes, they are used in order to take control of the software that the attackers are running and access data on the system. When hackers get access to a weakness in software, they start using payloads as a way to exploit it and make use of the vulnerability.

A payload is a piece of code that runs automatically when an application or program is launched or executed by a person. It can be used as an external function that interacts with other parts of the application, like a function within another file or one in another application altogether.

A payload is a set of bytes that is transferred to the victim’s computer. Hackers use such tools as keyloggers, web shells, and automated malware tools to steal passwords, credit card numbers and other sensitive data.

A payload can be used in a lot of ways which includes malicious computer software programs which are placed on the user’s device without their knowledge or consent. It also includes ransomware or viruses that can encrypt information on an infected device.

A payload is defined by the programming language being used. In C programming language for example, a payload consists of several instructions that are called when the program starts running. The instructions run in the context where they have been programmed for and then perform their functions based on those instructions.


Encoders are functions that are used to convert a stream of data into a sequence of bits. This is done automatically by the computer program when it reads in the data and it is the first step in any program.

Encoding happens for many reasons, such as converting text from one encoding to another, or encoding binary files with a standard format (like web pages) so that they can be safely viewed on other devices without extra hardware requirements.

In programming, at its most basic level encoders are used as part of a compiler or interpreter. They take input from source code and produce output which gets compiled or run afterwards. Encodings is a mechanism in programming that converts binary data into text. For example, consider the following program:

This will output “Hello World!” to standard output and also to the screen. This has encoded data as 0xE5, which is then handled by a platform-specific character encoding scheme (UTF-8 in this case).

Encoders are used in various programs and applications such as BinaryData or System.AppDomain.UnhandledExceptionHandler() depending on the platform. Encoders are one of the most important programming concepts for hackers. They are used for encryption and encoding.

An encoder is a data transformation process that takes input data and then encrypts it. It will also encode that data, which is also called replacing every symbol with a different one, such as a letter with a number or letter’s name with its definition; this makes it harder to crack the code using algorithms.

These are the most popular among the types of encoding for system hacking in ethical hacking. Encoding can be thought of as a way to convert data from one format for another format. These are also used for encryption, compression and more.

The idea of an encoder was introduced by Alan Turing for system hacking in ethical hacking, who proposed that an effective way to encrypt messages would be by writing them on paper and then encoding them. This is what he did with his famous encrypted message to Bletchley Park from the cryptologist John Tiltman, which posed as a random walk according to Turing’s paper “On Computable Numbers”. Encoders are used to encrypt data so that it cannot be read by malicious actors or unauthorized users.

A computer program which encodes data using a key and a cipher is known as an encoder. It can be implemented in any programming language and often in C++. Its main purpose is to encrypt/decrypt the input data before it is saved or transmitted over a network.


Auxillaries are a small programming library that allows chunking code. Auxillaries can also be used to make feel-good bits of code – they are often used to make concise and elegant functions, or to make a function optional. They also help maintainers in making their code more readable.

The term “auxillaries” is used in computer programming and web development to describe a range of tools that help generate text, graphics, code, and much more.

An auxillary is an automated tool that can be used to accomplish a task that may be tedious and time-consuming for the user. In these tools, the user will use their mouse or keyboard inputs to trigger scripts which produce text or other outputs.

Among the different types of auxiliary scripts are:

– Text generators

– Font generators

– Image generators

– Audio generators

In programming, a software construct is also known as an auxiliary or helper. It might be used to implement a function that is not available in the program’s original programming language.

An auxiliary is actually a computer program that can be used to assist other programs. It can also be used for implementing functions that are not available in the original programming language.

Some of the common examples you might encounter are:

– Scripting languages like Python and Ruby use an auxiliary called Ruby’s built-in script system to run simple scripts via command line input and output; it provides interactive editing and debugging capabilities while limiting execution time, so as not to impact system performance negatively.

– A compiler may use an auxillary when compiling source code into machine instructions for execution on a computer. Auxillaries are special instructions that can be added to a program, typically as just-in-time (JIT) compilation. Auxillaries add functionality without overwriting existing code. When auxillaries are compiled and executed at runtime, they can change the behavior of the program under certain conditions.


Exploits are malicious actions that can be used in a computer system to take advantage of security vulnerabilities. These types of exploits often involve taking advantage of security features in software programs to gain access to data, change the behavior of the system, or carry out unauthorized actions.

These exploits are gaining popularity not just because they can be used for malicious purposes, but also because they can make it easier for researchers to find vulnerabilities in systems and make it more difficult for attackers to exploit these loopholes. Exploits are a class of bugs in computer software that allow attackers to bypass security mechanisms. They can be found in web server software, email servers, operating systems, computer libraries or hypervisors. These vulnerabilities are typically the result of errors in coding that is introduced by developers while they are writing programs or through code libraries

In order to avoid exploitation of vulnerabilities, software developers make themselves use security tools like penetration testing tools and vulnerability scanners to make sure that their source code will not have any exploits.

Exploits are a type of vulnerability in software programming that allows attackers to execute unauthorized actions. The vulnerability may allow access to privileged data and system resources, bypassing normal authentication mechanisms or bypassing protection mechanisms such as access control lists.

Exploits can be found in any form of software program including web browsers, operating systems, and even apps developed for mobile devices.

Exploiting is usually achieved by finding a logic flaw or information omission in the software code and then exploiting that weakness to achieve the desired goal. An exploit is any method used to gain access to software, computer systems, computer networks, etc. Techniques for exploiting software include stack-based buffer overflow attacks and format string attacks.

In the context of computer security, hacking is sometimes used as a synonym for exploit, but typically refers to unauthorized access via any means rather than just exploiting software vulnerabilities.

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