
As the teaser title suggests, the lesson demonstrates spoofing file extensions from .exe to .pdf, .png, or .mp4 within ethical hacking using Python3.
Build a virtual hacking lab and create python-based backdoors and ransomware tools from scratch, exploring socket programming, cryptography, and ethical hacking.
Install all course libraries on a Windows machine (virtual machine) by first installing Python, then using pip to install from the requirements file, navigating to the desktop as needed.
Learn how to run a command from Python, capture its output in a variable, decode bytes to utf-8 text, and compare call versus output methods for transmission.
Learn to design a Python-based backdoor with directory traversal capabilities, using cd to navigate a host and establish client-server communication across Windows and galley linux.
Explore debugging and testing of an upload feature within a backdoor scenario, analyzing how payloads and ransomware notes transfer between client and server, and how network latency affects reliability.
Explore building ethical hacking tools with python to interact with windows operating systems, including sending a lock command via a backdoor and discussing payload persistence and safety on virtual machines.
explores how to implement persistence for a backdoor in a client-server setup, ensuring the payload reconnects after server or system restart, with discussion on packaging and disguising the tool.
Explore cryptography as the science of transforming plaintext into ciphertext to secure messages from hackers. Learn core terms—plaintext, ciphertext, cipher, encryption, and decryption—and how algorithms protect communication.
Explore how plaintext becomes ciphertext through encryption and how decryption unlocks messages with a key. Compare symmetric key cryptography and asymmetric key cryptography, and review ciphers like the Caesar cipher.
Explore symmetric encryption with a shared password and asymmetric encryption with public and private keys, including RSA, to encrypt and decrypt messages securely.
Explore building a Python script to encrypt multiple files and directories, including traversing a system, filtering by extensions, and integrating encryption with decryption and ransomware backdoor concepts.
Decrypt the fornet key using a private RSA key on Kali Linux and explore RSA-based decryption within a ransomware workflow, including building a decryptor and ransom note for test scenarios.
Welcome to this most exciting course on Ethical Hacking: Learn The Art of Hacking Using Python3. Hacking is not always a rewarding activity but it is one of the most fun profession where you can use your knowledge to make yours and others system secured.
This course will try to turn you into a person who can check for the vulnerability in the system and make your own payload to pen-test that system and evaluate proper security measures that needs to be adopted. We'll try to make payloads and test systems from section one, Thus this course is highly practical. We (Bit4Stack Tech Inc.) assumes that you have no prior knowledge in these topics, So we will provide some theory related to networking at the beginning and hands on examples with it.
We will cover three modules in this course. Every module will have rich contents related to Hacking. Firstly, we start by creating Backdoor which will provide access to entire file system of victim computer. Then, we use same backdoor to upload the Ransomware that we create from scratch. We will also learn how to bind our payload with other files along with spoofing the file extension.
Things you will learn at this Course:
1. Python subprocess module: How to execute commands in the shell (like upload, download files, Lock Computer)
2. Socket programming: How to make two computer system communicate with each other.
3. Cryptography: Use concept of encryption and decryption to create CryptoLocker ransomware
4. Payload Delivery: How to make virus/malware that we create less suspicious and deliver to Victim's computer
DISCLAIMER:
All tutorials and videos have been made using our own routers, servers, websites and other resources, they do not contain any illegal activity. We do not promote, encourage, support or excite any illegal activity or hacking without written permission in general. We want to raise security awareness and inform our readers on how to prevent themselves from being a victim of hackers. If you plan to use the information for illegal purposes, we highly condemn it. We cannot be held responsible for any misuse of the given information.