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Cyberhacker Series: Malware Development
Rating: 3.6 out of 5(48 ratings)
2,812 students

Cyberhacker Series: Malware Development

Cyberhacker Series: Malware Development
Created byChad Russell
Last updated 11/2017
English
English [Auto],

What you'll learn

  • Upon completion of this course you will be able to create your own malware such as custom Trojans, viruses and defend against malware using sandboxing and malware analysis tools.

Course content

1 section • 8 lectures • 55m total length

  • Introduction14:25

    Classify malware by propagation, concealment, and payload, then outline host and network countermeasures and threat intelligence used to detect advanced threats.

  • Internet Worm Maker3:19

    Explore how an internet worm maker tool configures a worm that spreads via multiple vectors, sets its name and version, and enables staged, educational malware simulations.

  • JPS Virus Maker3:36

    Explore how the Jay P.S. worm maker demonstrates malware features, from disabling system tools and renaming to system executables, to self-copying and command-and-control hooks for educational purposes.

  • Ghost Eye2:43

    Explore malware development with the ghost worm toolkit, examining how social media worms spread, deploy stubs, and simulate malicious behavior with fake error messages.

  • Custom Trojan2:56

    Learn how a custom trojan payload is created with the social engineering toolkit to establish a reverse shell and remote control via a listener on a Windows target.

  • Static Malware Analysis13:55

    Perform static malware analysis on Windows in a sandboxed VM, using backups, dependencies, and signatures to identify ransomware behavior before restoring to a known good snapshot.

  • Sandboxing and Malware Analysis5:12

    Learn sandboxing and malware analysis to capture, study, and reverse engineer threats with diverse sandboxes (jails, virtual machines, secure computing environments) and tools for behavior, memory, and network analysis.

  • MSFVenom and Malware Payload Generation9:13

    Explore MSF venom payload generation for a Windows reverse TCP session. It covers polymorphic encoding with Shikata Ga Nai, Hyperion encryption, and opcode obfuscation, plus antivirus evasion and backdoor creation.

Requirements

  • Students should have a working understanding of TCP/IP and networking concepts.

Description

Complete Ethical Hacking Series:  Malware Development

This course is for beginners and IT pros looking to learn more about Malware Development.     Each chapter closes with exercises putting your new learned skills into practical use immediately.   

What are the pre-requisites for this course?

  1. Students should have a working understanding of TCP/IP and networking concepts. 

What will you be able to do after taking this course?

  • Internet Worm Maker - Internet Worm Maker Thing is a free tool by which you can make many types of viruses and worms. Through this tool, you can make viruses and worms that can infect victim's drives, files, shows message, disable Anti-Virus Software and much more. It comes along with a compiler by which you can easily convert your batch virus into executable to evade Anti-Virus or any other purpose.


  • Ghost Eye - Ghost Eye is a nasty trojan infection which enters to the target system with peer to peer file sharing process, removable storage device, downloading audio and video files from unsecured sites and many others. It slow down the system running process and also leads to issue like system crash, data loss or hamper of important hardware components. The main aim of this virus is to steal privacy details like credit card number, online banking login details and others. It access user PC information with the use of key loggers which record the online and activities and send to the remote hackers.


  • JPS Virus Maker - JPS Virus Maker has less features than Internet Worm Maker Thing and DelMe Virus Maker. However it has some features that are not available in Internet Worm Maker Thing and DelMe Virus Maker.


  • Custom Trojans - While the original Trojan Horse was used to sneak Greeks into Troy, the common meaning today actually refers to the payload that gets deposited on your computer. Trojans typically grant a hacker remote access to your computer.


  • Static Malware Analysis - Basic static analysis examines malware without viewing the actual code or instructions. It employs different tools and techniques to quickly determine whether a file is malicious or not, provide information about its functionality and collect technical indicators to produce simple signatures. Technical indicators gathered with basic static analysis can include file name, MD5 checksums or hashes, file type, file size and recognition by antivirus detection tools.


  • Dynamic Malware Analysis - Basic dynamic analysis actually runs malware to observe its behavior, understand its functionality and identify technical indicators which can be used in detection signatures. Technical indicators revealed with basic dynamic analysis can include domain names, IP addresses, file path locations, registry keys, additional files located on the system or network.


  • Sandboxing  - Automation of malware analysis.  

Who this course is for:

  • This course is for beginners and IT pros looking to get certified and land an entry level Cyber Security position paying upwards of six figures! There are currently over a million Cyber Security job openings global and demand is greatly outpacing supply which means more opportunity, job security and higher pay for you! Each chapter closes with exercises putting your new learned skills into practical use immediately.

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