Cybercrime forensic Paid Course Free

What is Cybercrime forensic 

Cybercrime Forensic computing is the application of investigation and analysis techniques to collect and preserve evidence of a particular computing device in a manner suitable for presentation in a court of law. The Cybercrime Forensic computing investigation while maintaining and documented evidence to find out exactly what happened on a computer or device responsible for it.

Cybercrime Forensic investigators often follow a standard set of procedures: After physically isolating the device in question to ensure that it cannot be accidentally contaminated and investigators make a digital copy of the device’s storage and media. It is locked in a secure installation or other safe installation to maintain its impeccable condition.

Who Should Take this course?

Any person whose work requires that they respond to cyber incidents, or anyone interested in Cybercrime forensic and must take the training course. This course will help you provide quick solutions to the following emergencies:

Corporate risk/security – Case of theft of intellectual property: its director of research and development resigns and works for a competitor.

  • Can you determine if he copied your company’s secrets into a USB drive to take with him?

Police investigations – Kidnapping case: a child taken out of his house at night, and the family receives an email with a photo of proof of life and a ransom demand.

  • Can you extract IP addresses from email headers to track the offender to their location, and extract the lat / long coordinates of the EXIF ​​data from the image to determine the exact location where the picture was taken?

IT security team: the case of malicious malware discover malware on an internal corporate computer but does not know what it does or why it is there.

  • Can you analyze the malware, determine its capabilities, identify your target data, and destroy your data exfiltration file before your corporate property information is lost?

Federal cyber agent: botnet investigation case: you have tracked botnet malware to a specific set of command and control servers, but what is the next step?

  • Can you determine the physical location of the server in the world and investigate current and historical whois information? Can you investigate other malicious domains associated with the same IP address and track Command and Control proxy servers to specific malicious actors?

E-Discovery Analyst – File access case: You have recovered and indexed thousands of PDF files on a computer.

  • Can you examine the Windows registry and link files to determine the exact time and date when specific users accessed individual data?

Course Outline 

Cybercrime forensic Core Concepts
  • The World of Cybercrime and Investigation
  • Subfields of Computer Forensics
  • Roles and Responsibilities of the Cybercrime Investigator
  • Computer Forensic Tools and Testing
  • Sources of Digital Evidence
  • Home Computer Setup Labs

Forensic Acquisitions: Theory & Practice

  • Incident Response Triage and Forensic Acquisitions
  • Hashes – Digital Fingerprints
  • Lab1 – Hashing
  • Incident Responder’s Forensic Acquisition Process
  • Different Approaches to Forensic Acquisition
  • Volatile Memory Acquisition
  • Lab2 – Forensic Acquisition Lab

File Systems, Data Structures, and File Deletion Recovery

  • Introduction to File Systems and Operating Systems
  • Data Structures
  • Slack Space and Deleted Files
  • File System Limitations
  • FAT File Systems
  • NTFS File Systems
  • File Carving and File Fragmentation
  • Lab 3 Deleted File Recovery

Email & Internet History Analysis

  • Email Analysis
  • Host and Web-Based Email Extraction
  • Email Header Analysis and Base64 Encoding
  • LAB 4 – Email Analysis
  • Internet Activity Analysis Introduction
  • Chrome and Firefox Analysis
  • Internet Explorer Analysis
  • Cookies, Cache, and IE Artifacts
  • URL Obfuscation
  • LAB 5 – Internet Activity Analysis

Windows System Forensic Artifacts – Part 1

  • Timeline Analysis
  • Time Zone Issues
  • Time Stamps
  • Non-Standard Timestamps and Timeline Anti forensics
  • MAC Time Triangulation
  • User Attribution and Analysis
  • Recycle Bin Analysis
  • Lab 6 – Recycle Bin Analysis
  • Link File Analysis
  • Other Locations of Interest
  • Lab 7 – Link File Analysis

Windows System Forensic Artifacts Part 2 and File Signature Analysis

  • Thumbs.db and Thumbcache Analysis
  • Prefetch File Analysis
  • Lab 8 – Prefetch File Analysis
  • Persistent RAM Files and System Restore Functions
  • File Signature Analysis
  • Lab 9 – File Signature Analysis
  • Metadata Analysis
  • Exif Data Analysis
  • Lab 10 – Exif Data Analysis

Cybercrime forensic Windows System Logs & Registry Analysis

  • Windows Log Analysis
  • System and Application Event Log Analysis
  • Security Event Log Analysis
  • Dr. Watson Logs
  • Lab 11 – Event Log Analysis
  • Introduction to the Windows Registry
  • USB devises Analysis
  •  NTUser.dat  Analysis – Part 1
  •  NTUser.dat Analysis – Part 2
  • Registry Analysis – Autostarts
  • Lab 12 – Registry Analysis

Introduction to Malware and Network Intrusions

  • The Hacking Process
  • Hacker Motivations
  • Hacker Strategies
  • Botnet Investigations
  • Drive-by Downloads
  • Malware Propagation
  • Polymorphism and Packers
  • Social Engineering
  • Rootkits

Network Data Analysis

  • Network Data Evidence and IP Addressing
  • TCP and UDP Communication Protocols
  • Network Communication and Ports
  • HTTP Analysis and DNS Poisoning
  • Network Scanners and Sniffers

Cybercrime, Cyber Terror, & Cyber Espionage Investigations

  • The Blurred Lines Between Cybercrime, Cyberwar, and Cyberespionage
  • The Intersection of Cybercrime and Cyberwar
  • Russian Organized Cybercrime
  • Supply Chain Interdiction
  • Criminal Domain Investigations
  • Domain and IP Address Investigation Tools
  • Lab 13 – Criminal Domain Investigations
  • Stuxnet
  • Attacks
  • Malware
  • Exfiltration
  • Advanced Investigative Techniques

Volatile Memory Analysis

  • Volatile Memory Analysis Introduction
  • Volatility Introduction
  • Analyzing ZeuS Malware with Volatility
  • Malware Analysis Using Volatility – Part 1
  • Malware Analysis Using Volatility – Part 2
  • Volatility – Advanced Capabilities
  • Lab 14_1 Volatile Memory Analysis of IRC Malware and VNC Attack
  • Lab 14_2 Volatile Memory Analysis of SilentBanker Malware

Dynamic Malware Analysis

  • Introduction to Dynamic Malware Analysis
  • Virtual Malware Analysis Environment Setup – Part 1
  • Virtual Malware Analysis Environment Setup – Part 2
  • IRC Malware Analysis – Part 1
  • IRC Malware Analysis – Part 2
  • Basic Malware Analysis – IRC Bot
  • Advanced Malware Analysis – Rootkits

Course – Wrapup

  • Course Review

Cybercrime forensic  course

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