Hacking in Practice: Certified Ethical Hacking MEGA Course


Hacking in Practice: Certified Ethical Hacking MEGA Course



Practical Ethical Hacking Techniques. The most extensive ethical hacking on-line course. Over 27+ HOURS OF VIDEO
Created by IT Security Academy, Hacking School
Last updated 11/2018
 English
 English [Auto-generated]

Requirements
  • General IT knowledge
  • No programming skills needed on IT Sec Beginner course


Course content

IT Security Trends

Introduction to Current Cyber Threats
IT Prehistory
Let’s look a few years back
Cybercrimes - an evolution not revolution
Current Cyber Threats - notes for the examination
Popular myths about IT security - origins
Myths #1 - you’ll never be hacked
Myths #2 - you don’t need any protection software or hardware
Myths #3 - IT security is always a priority
Popular Myths About Computer System Security - notes for the examination
Trends in IT Security
The birth of technology society
EXERCISE: How much info can you gather?
Fake identity
Online privacy
Analyzing sniffing software
Cyber War
Changing IT Security Trends - notes for the examination
Objective #1 - Data security - Introduction
Confidentiality of data
EXERCISE: Finding confidential data with search engines
Integrity of data
Data security - notes for the examination

Computer Network Security

Network security - introduction
OSI MODEL #1 - Physical layer
OSI MODEL #2 - Data link layer
Threats: MAC spoofing
Threats: ARP Poisoning
EXERCISE: Data Link Layer Attack
OSI MODEL #3 - Network layer
TCP Tunnelling over ICMP
Network Protocols - notes for the examination
OSI MODEL #4 - Transport Layer
Threats: Enumerating Remote Computers
EXERCISE: Transport Layer Attack using METASPLOIT part 1
EXERCISE: Transport Layer Attack using METASPLOIT part 2
OSI MODEL #5 - Session Layer
Transport Protocols - notes for the examination
OSI MODEL #6 - Presentation Layer
OSI MODEL #7 - Application Layer
EXERCISE: Application Layer Attacks
Backtrack: Attack Demonstration
Man-in-the-Middle and Denial of Service Attacks
Modifying Transmitted Packets
Unencrypted protocols
Application Protocols - notes for the examination

Designing Secure Computer Networks

Designing Computer Networks - introduction
Subnetting IPv4
Subnetting IPv6
Subnetting - notes for the examination
IPv6 address notation
DMZ: demilitarized Zone
Protocols and services: IP SEC
IP SEC: Phase 1
Network Address translation
Network access control: RADIUS
Protocols and Services - notes for the examination

Network administration

Introduction to Monitoring Transmitted Data
Monitoring Transmitted Data - Basic informations
Intrusion detection systems
Why are firewalls and NDIS not enough?
Wireshark - Introduction to network analysis
How to use Wireshark?
Analyzing Captured data
How to analyze telnet protocol?
Intrusion detection
Scanning computers
Monitoring transmitted data - notes for the examination

Wireless Networks Security

Wireless Networks
WIFI security solutions - introduction
WIFI - working principles
Other wireless technologies
Threats and risks
Ineffective solutions
Authentication methods
802.11 WEP
802.11I WPA
Standards and Security Solutions - notes for the examination
Threats of WIFI networks
Client Attacks: Launching a rogue access point
Client Attacks: Evil twin
Client Attacks: Denial of service
EXERCISE: WPA attack
Wi-Fi Security Threats - notes for the examination

Operating Systems Security

Operating systems security - introduction
Security boundaries
Three core
EXERCISE: OS boundaries
Process isolation
Kernel Mode Code Signing
Java Virtual Machine and code access security
OS Security Boundaries - notes for the examination
Malware
EXERCISE: Vulnerability attacks
EXERCISE: Identifying suspicious processes
Demonstration: Process Explorer
EXERCISE: Removing malware
Rootkits
EXERCISE: Detecting rootkits
EXERCISE: Security evaluation
Malware - notes for the examination

Access Control

Authentication and authorization - Introduction
Authentication users
How secure is your password?
Authentication protocols and services
Authentication - notes for the examination
LM Hash
Cached Credentials
KERBEROS
Identity Theft
EXERCISE: Offline attacks
Using online cracking services
Identity Theft - notes for the examination

Windows Security

Windows Security - what you’ll learn
User Account Control
UAC configuration
Additional Security Features - ASLR and DEP
PatchGuard
Techniques and Methods - notes for the examination
Encryption - key protection
Drive encryption
BitLocker
BitLocker To Go Reader
File and folder encryption - EFS
EXERCISE: EFS
Encryption - notes for the examination

Security Policies

Security policies – introduction
What is security?
Information security
Information security - level up
Security issues
Why are security solutions fallible?
Security policy issues
Introduction to threat modelling and classification
Threat modelling - STRIDE
STRIDE: Spoofing identity
STRIDE: Tampering with Data
STRIDE: Denial of Service

Risk Management

Introduction to Risk Management
Attack methods
Local attacks
Target scanning and enumeration techniques #1
Target scanning and enumeration techniques #2
Passive scanning
Attack Methodologies - notes for the examination
Introduction to risk assessment
DREAD: Risk assessment model
DREAD: Exploitability
EXERCISE: Risk Assessment
Risk Assessment - notes for the examination
Introduction to Social Engineering and rogue software
Manipulation tactics
EXERCISE: Social Engineering attacks
SE with KALI / BackTrack
Rogue Software
Fraud tools #1
Fraud tools #2
Social Engineering and Rogue Software - notes for the examination

Defense in Depth

Introduction to Defence in Depth
How to use Defence in Depth model?
DiD: OS and LAN Layers
DiD: Perimeter and Physical Access Layers
DiD: Demonstration
Automated attack targeting a service
Automated user-targeting attack
The Defence in Depth Model - notes for the examination
Introduction to Immutable laws of security - Law #1
Law #2
Law #3
Law #4
Law #5
Law #6
Law #7
Law #8
Law #9
Law #10
Laws for administrators
Immutable Laws of Security - notes for the examination

Disaster Recovery

Introduction to Disaster Recovery
How to reduce losses?
Ensuring continuous availability
Threat discovery #1
Threat discovery #2
Audit users and keep control accounts
High risk users
Collecting and analyzing evidence
Forensics example
CONFICKER: CASE STUDY
How to reduce losses - notes for the examination

Application Security

Introduction to Application Security
Attacks on applications
SQL Injection
EXERCISE: Analyze the application
Blind SQL Injection
Automated SQL Injection
Cross-site scripting - XSS
Application Attacks - notes for the examination
Program security assessment
Unsafe applications
Program Security Assessment - notes for the examination
Check your knowledge and get ready for the exam

Application Security - Configuration and Management

Here’s what you’ll learn in this module
Managing applications
Software updates
MS Update
System Center Configuration Manager
Blocking applications
Software restrictions policies
EXERCISE: Application control rules
Isolating applications
How to protect users without interrupting their work - notes for the examination

Cryptography

Introduction to cryptography
History of ciphers
Symmetric and asymmetric ciphers
Symmetric-key algorithms
Block ciphers
Data encryption standard
DES-X
Advanced encryption standards
Block cipher modes
Stream Ciphers - RC4
Asymmetric-key algorithms
RSA
ELGAMAL
HASH functions
Digital signature
Hybrid Schemes
Symmetric and Asymmetric Ciphers - notes for the examination

Public Key Infrastructure

Introduction to cryptology
Public key infrastructure
Implementing public key infrastructure
What will PKI allow you?
EXERCISE: Certificates
Planning the PKI
Certificate life cycle
PKI Administration
Threat Modelling and Classification - notes for the examination
Public Key Infrastructure - Trust but verify - notes for the examination

Prepare for the examination

Answer sample questions which you can find during the examination

Certificate

The Certificate - see how it looks like

BONUS section - get your coupon code here

BONUS: Examination - your voucher
BONUS LECTURE: Learn more and get to know our other courses

Thank you for joining this training

Total Size: 4.40GB
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