Cyber Forensics Masterclass with Hands on learning > Email Forensics & Analysis

Mail Server

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The examination of the source and content of email as evidence to identify the real sender and receiver of a message, as well as certain other information such as the date/time of transmission and the sender's intention, is known as email forensics. It entails looking through metadata, port scanning, and keyword searches.

E-mail forensics is the analysis of an e-mail message's source and content as evidence, as well as the identification of the true sender, recipient, date and time of transmission, and so on. The goal of forensic analysis of an e-mail message is to learn about the message's history and the identities of all parties involved.

An E-mail investigation is a way of finding out the information you need to find out about another person or an organization. It is important to understand the roles of the client and server in these investigations as it will help you make your decision on whether or not to proceed with your case.

Mail servers are used to send and receive email messages. They operate based on the TCP/IP protocol and can be either a part of an internet service provider's infrastructure or a separate entity. The function of a mail server is to provide an interface for users to send and receive email messages. In order to do so, it needs storage space for account information, accounts for each user, access control lists, routing policies that define how messages should be sent or delivered to their intended destination, etc.

Mail servers are software applications that use SMTP (Simple Mail Transfer Protocol) to deliver, receive, and process incoming and outgoing email messages. They generally work with client programs such as Microsoft Outlook or Apple Mail. The two most common types of mail servers are the MTA (Message Transfer Agent) and the MUA (Mail User Agent). The MTA is a mail server that is content-aware, meaning it can automatically categorize messages into different folders, based on which folder(s) they were sent to or received from. The MUA is a mail server that does not have this kind of capability.

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Reviews

A
Atul tanotra
5

nice learning here

N
Nitin Padariya
5

Great Course

M
Md Tanjimul Islam Sifat
5

This is the great course for a fresher. If you fresher let try this course.

A
Aman
5

hello Students i had join that course its is very help for me end very easy the Understand i thanks to all faculty End learnvan team also

I
Ishan
4

nice but as written on the course that it was in hindi language , the instructor mostly times speaks in english i think that one should be fixed

A
Ashish Pal
5

its a good , any one please tell how to download assignment.

V
Vivek
5

Amazing , i can't explain

G
Goripatidar patidar
4

that is a good platform for guideline and skill development

V
Vikas Dwivedi
5

Its a good course that will clear fundamentals and take learner close to being expert in the field. Complete this course and read some books and you will be very good at cyber forensics.

K
kurban
5

hello

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Course Content

  1. Introduction to Cyber Forensics Investigation
    4m 28s
  2. Emerging Trends and Techniques in Cyber crime An Overview
    17m 15s
  3. Cyber Crime Classification
    18m 7s
  4. Various types of cyber crimes
    10m 37s
  5. Introduction of Digital Forensics and Forensic Process Life Cycle
    12m 41s

  1. First Responder Responsibilities And Duties
    12m 53s
  2. Forensic Process Model
    24m 11s
  3. Digital Evidences
    13m 48s
  4. Authentication of Digital Evidence
    15m 52s
  5. Forensics Duplication Process
    8m 52s
  6. Types Of Forensics Duplication Process with Example
    11m 10s
  7. Case Study For First Responder
    6m 48s
  8. Assignment : Search and Seizure of Digital Evidences and first Responder Responsibilities Part 1
    7m 8s
  9. Assignment : Search and Seizure of Digital Evidences and first Responder Responsibilities Part 2
    15m 47s

  1. Introduction to Computer Forensics
    15m 18s
  2. Introduction & Basic Of Storage Media 2021
    29m 47s
  3. Disk Partition
    15m 35s
  4. Operating System
    5m 56s
  5. File System
    9m 42s
  6. Master File Table
    6m 48s
  7. Types of Potential Evidence
    20m 36s
  8. File Deletion Fundamental
    12m 39s
  9. How can we perform Data Recovery
    16m 9s
  10. File Signature
    14m 15s
  11. File Carving
    10m 46s
  12. Fundamentals of Registry
    28m 12s
  13. Registry Fundamentals
    19m 1s
  14. Web Browser Artifacts
    15m 9s
  15. Automated Analysis Technique Part 1
    21m 35s
  16. Automated Analysis Technique Part 2
    30m 27s
  17. Memory Acquisition
    7m 20s
  18. Log Interpretation
    17m 6s
  19. Assignment : Computer Forensics Part 1
    11m 17s
  20. Assignment : Computer Forensics Part 2
    7m 31s
  21. Assignment : Computer Forensics Part 3
    7m 47s

  1. Introduction & Smart Phone Connectors & Identifiers
    11m 37s
  2. Phone Connectors and Identifiers
    25m 43s
  3. Mobile Forensics Process models
    5m 17s
  4. Mobile Device Artifacts
    5m 42s
  5. Mobile Device Acquisition
    21m 48s
  6. Mobile Phone Extraction Techniques Logical Extraction
    17m 38s
  7. Fundamentals Of Android Forensics
    17m 28s
  8. Application Rev Engg and Rooting
    7m 56s
  9. Android Data Extraction Part 1
    25m 52s
  10. Android Data Extraction Part-2
    27m 45s
  11. Android xtraction Mobile Edit
    23m
  12. iOS Fundamentals
    25m 32s
  13. IOS Extraction Techniques
    18m 54s
  14. Assignment : Mobile Forensics
    6m 34s

  1. Types Of Email
    8m 3s
  2. Web mail Vs Email Client
    6m 51s
  3. Mail Server
    7m 32s
  4. Email Header Acquisition
    5m 57s
  5. Email Header Analysis
    14m 16s
  6. Email Client Configuration
    18m 9s
  7. Email Client Analysis
    15m 40s
  8. IP Tracking Tracing
    19m 57s
  9. Email Analysis & Role Of Service Providers
    24m
  10. Email Dos & dont
    11m 36s
  11. Password Management
    12m 18s
  12. Assignment : Email Forensics & Analysis Part 1
    7m 39s
  13. Assignment : Email Forensics & Analysis Part 2
    3m 30s

  1. OSINT Introduction
    10m 28s
  2. What is OSINT
    12m 12s
  3. Information Gathering Part 1
    20m 16s
  4. Information Gathering Part 2
    18m 25s
  5. Wayback Machine
    6m 51s
  6. Anonymous Communication Overview
    22m 54s
  7. Private Browsing Fundamentals part 1
    14m 41s
  8. Private Browsing Fundamentals part 2
    6m 50s
  9. TOR Browsing Introduction
    9m 41s
  10. TOR Markets and Intro OSINT Framework
    23m 42s
  11. Assignment : Fundamentals of OSINT
    3m 19s

  1. Network & Its Types
    10m 23s
  2. Inter Network
    5m 15s
  3. OSI Model
    15m 32s
  4. Logical Address
    28m 46s
  5. Physical Address
    3m 55s
  6. Ports & Protocols
    23m 59s
  7. Networking Devices & Firewalls
    27m 18s
  8. Network Security Threats
    24m 18s
  9. Network Forensics Acquisition Technique
    21m 15s
  10. PCAP Analysis Techniques
    22m 12s
  11. Assignment : Network Forensics
    3m 5s

  1. Course Summary
    8m 33s

  1. Project
    20m

  1. Career Guideline
    41s
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