Hacking In Practice: Ethical Hacking Mega Course

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23 Hours

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236 Lessons (23h)

Introduction to cyber threats
Introduction to Current Cyber Threats4:46
IT Prehistory4:41
Let’s look a few years back4:42
Cyber crimes – an evolution not revolution4:25
Current Cyber Threats – notes for the examination
IT security popular myths
Popular myths about IT security – origins5:33
Myths #1 – you’ll never be hacked5:55
Myths #2 – you don’t need any protection software or hardware5:11
Myths #3 – IT security is always a priority1:13
Popular Myths About Computer System Security – notes for the examination
IT security trends
Trends in IT Security3:44
The birth of technology society3:16
EXERCISE: How much info can you gather?3:59
Fake identity5:03
Online privacy6:14
Analyzing sniffing software3:33
Cyber War8:23
Changing IT Security Trends – notes for the examination
Data security
Objective #1 – Data security – Introduction6:58
Confidentiality of data5:33
EXERCISE: Finding confidential data with search engines6:05
Integrity of data7:04
Data security – notes for the examination
Security policies
Security policies – introduction1:56
What is security?3:53
Information security4:13
Information security – level up4:04
Security issues4:50
Why are security solutions fallible?5:42
Security policy issues4:50
Introduction to threat modelling and classification5:14
Threat modelling – STRIDE4:06
STRIDE: Spoofing identity5:03
STRIDE: Tampering with data4:28
STRIDE: Denial of Service3:51
Threat Modelling and Classification – notes for the examination
Risk management
Introduction to Risk Management1:27
Attack Methods6:42
Local attacks2:56
Target scanning and enumeration techniques #15:52
Target scanning and enumeration techniques #23:30
Passive scanning5:36
Attack Methodologies – notes for the examination
Introduction to risk assessment6:20
DREAD: Risk assessment model4:50
DREAD: Exploitability5:24
EXERCISE: Risk Assessment7:17
Risk Assessment – notes for the examination
Introduction to Social Engineering and rogue software4:19
Manipulation tactics9:01
EXERCISE: Social Engineering attacks6:44
SE with KALI / BackTrack7:06
Rogue Software2:28
Fraud tools #17:10
Fraud tools #26:32
Social Engineering and Rogue Software – notes for the examination
Defence in depth
Introduction to Defence in depth1:32
How to use Defence in depth model?5:45
DiD: OS and LAN layers6:39
DiD: Perimeter and Physical Access Layers6:06
DiD: Demonstration2:48
Automated attack targeting a service5:23
Automated user-targeting attack4:31
The Defence in Depth Model – notes for the examination
Introduction to Immutable laws of security – Law #14:35
Law #22:56
Law #32:23
Law #41:52
Law #53:28
Law #62:07
Law #71:11
Law #81:43
Law #93:57
Law #100:48
Laws for administrators5:59
Immutable Laws of Security – notes for the examination
Disaster recovery
Introduction to Disaster Recovery1:33
How to reduce losses?5:24
Ensuring continous availability4:08
Threat discovery #14:28
Threat discovery #23:40
Audit users and keep control accounts5:18
High risk users3:23
Collecting and analysing evidence7:13
Forensics example3:52
CONFICKER: CASE STUDY7:11
How to reduce losses – notes for the examination
Computer network security - network protocols
Network security – introduction5:44
OSI MODEL #1 – Physical layer5:45
OSI MODEL #2 – Data link layer4:46
Threats: MAC spoofing5:54
Threats: ARP Poisoning6:38
EXERCISE: Data Link Layer Attack7:32
OSI MODEL #3 – Network layer6:58
TCP Tunnelling over ICMP7:39
Network Protocols – notes for the examination
Transport protocols
OSI MODEL #4 – Transport Layer6:04
Threats: Enumerating Remote Computers3:40
EXERCISE: Transport Layer Attack using METASPLOIT – part 15:27
EXERCISE: Transport Layer Attack using METASPLOIT – part 25:13
OSI MODEL #5 – Session Layer3:33
Transport Protocols – notes for the examination
Application protocols
OSI MODEL #6 – Presentation Layer6:52
OSI MODEL #7 – Application Layer3:48
EXERCISE: Application Layer Attacks6:03
KALI / Backtrack: Attack Demonstration3:34
Man-in-the-Middle and Denial of Service Attacks2:49
Modifying Transmitted Packets4:45
Unencrypted protocols2:58
Application Protocols – notes for the examination
Designing secure computer networks
Designing Computer Networks – introduction2:18
Subnetting IPv63:18
Subnetting IPv47:01
IPv6 address notation6:46
DMZ: DeMilitarized Zone6:28
Subnetting – notes for the examination
Protocols and services: IP SEC9:33
IP SEC: Phase 17:27
Network Address Translation12:18
Network access control: RADIUS10:04
Protocols and Services – notes for the examination
Network administration and monitoring
Introduction to Monitoring Transmitted Data1:07
Monitoring Transmitted Data – Basic information8:03
Intrusion detection systems7:43
Why are firewalls and NDIS not enough?5:41
Wireshark – Introduction to network analysis6:29
How to use Wireshark?8:27
Analyzing captured data5:43
How to analyze telnet protocol?8:09
Intrusion detection7:48
Scanning computers7:47
Monitoring transmitted data – notes for the examination
Wireless networks security
Wireless Networks1:16
WIFI security solutions – introduction5:44
WIFI – working principles5:48
Other wireless technologies2:56
Threats and risks4:38
Ineffective solutions4:11
Authentication methods8:31
802.11 WEP7:06
802.11 WPA6:24
Standards and Security Solutions – notes for the examination
Threats of WIFI networks5:58
Client Attacks: Launching a rogue access point7:03
Client Attacks: Evil twin4:51
Client Attacks: Denial of service9:17
EXERCISE: WPA attack3:24
Wi-Fi Security Threats – notes for the examination
Operating systems security
Operating systems security – introduction9:10
Security boundaries4:44
Three core7:15
EXERCISE: OS boundaries7:54
Process isolation6:30
Kernel Mode Code Signing6:24
Java Virtual Machine and code access security4:17
OS Security Boundaries – notes for the examination
Malware12:09
EXERCISE: Vulnerability attacks10:26
EXERCISE: Identifying suspicious processes6:54
Demonstration: Process Explorer9:13
EXERCISE: Removing malware8:38
Rootkits6:14
EXERCISE: Detecting rootkits11:07
EXERCISE: Security evaluation6:00
Malware – notes for the examination
Access control
Authentication and authorisation – Introduction1:57
Authentication - users6:56
How secure is your password?5:03
Authentication protocols and services8:25
LM Hash7:02
Cached Credentials4:29
KERBEROS11:30
Authentication – notes for the examination
Identity Theft9:13
EXERCISE: Offline attacks12:22
Using online cracking services8:41
Identity Theft – notes for the examination
Windows security
Windows Security – what you’ll learn1:17
User Account Control6:22
UAC configuration8:02
Additional Security Features – ASLR and DEP11:39
PatchGuard1:34
Techniques and Methods – notes for the examination
Encryption – key protection9:31
Drive encryption8:25
BitLocker7:57
BitLocker To Go Reader4:43
File and folder encryption – EFS7:30
EXERCISE: EFS5:36
Encryption – notes for the examination
Application security
Introduction to Application Security8:18
Attacks on applications10:18
SQL Injection8:10
EXERCISE: Analyze the application13:31
Blind SQL Injection9:33
Automated SQL Injection11:44
Cross-site scripting – XSS10:10
Program security assessment5:10
Unsafe applications10:11
Application Attacks – notes for the examination
Program Security Assessment – notes for the examination
Application security - Configuration and management
Here’s what you’ll learn in this module1:05
Software updates2:39
MS Update6:53
System Center Configuration Manager2:46
Managing applications8:26
Blocking applications7:35
Software restrictions policies5:57
EXERCISE: Application control rules12:11
Isolating applications6:30
How to protect users without interrupting their work – notes for the examination
Cryptography
Introduction to cryptography9:42
History of ciphers10:57
Symmetric and asymmetric ciphers6:13
Symmetric-key algorithms5:49
Block ciphers6:01
Data encryption standard6:51
DES-X7:35
Advanced encryption standards5:28
Block cipher modes7:16
Stream Ciphers – RC43:40
Asymmetric-key algorithms8:11
RSA5:33
ELGAMAL2:05
HASH functions5:56
Digital signature5:56
Hybrid Schemes6:24
Symmetric and Asymmetric Ciphers – notes for the examination
Public Key Infrastructure
Introduction to cryptology2:12
Public key infrastructure6:10
Implementing public key infrastructure5:39
What will PKI allow you?6:29
EXERCISE: Certificates8:37
Certificate life cycle6:24
Planning the PKI8:33
PKI Administration7:29
Public Key Infrastructure – Trust but verify – notes for the examination

Explore Today's Cyber Threats & Shut Them Down with 20+ Hours of Practical Training

IT Security Academy

4.1/5 Instructor Rating: ★ ★ ★ ★ ★ ★

IT Security Academy is a company that associates IT Security Professionals. Now it's proud to share its knowledge online. Certified experts (MCSE:MS, CISSP, CEH) have created courses from Beginner to Advanced level. Its goal is to provide the highest quality materials you’ve ever seen online and prepare you not only for passing certification exams, but teach you practical skills.

Description

With a few lines of code, cybercriminals can access protected networks, view encrypted files, and even steal identities online—if there's not an ethical hacker standing in their way. This extensive course contains over 20 hours of practical training designed to help you thwart these criminals as a certified professional. You'll start with an introduction to cyber threats and IT security myths. Then you'll move on to security policies, risk management, disaster recovery, and even get a free voucher for the ISA CISS examination when you complete the course, setting you up to validate your skills right away.

Access 236 lectures & 23 hours of content 24/7
Follow step-by-step instructions for advanced hacking techniques
Familiarize yourself w/ current cyber threats & hacking trends
Explore designing more secure networks
Dive into encrypted data, identify spoofing, and windows authorization
Get a free voucher for the ISA CISS examination upon completion

Note: While this comprehensive hacking training includes step-by-step instructions for advanced hacking techniques, it is designed to help you prevent an attack. It is not recommended to use these techniques to infiltrate networks or IT systems without permission and consent

Specs

Important Details

Length of time users can access this course: lifetime
Access options: web and mobile streaming
Certification of completion included
Redemption deadline: redeem your code within 30 days of purchase
Experience level required: beginner
A basic understanding of IT and infrastructure is recommended but not required
Have questions on how digital purchases work? Learn more here

Terms

Unredeemed licenses can be returned for store credit within 30 days of purchase. Once your license is redeemed, all sales are final.

3 Reviews

4.3/ 5

All reviews are from verified purchasers collected after purchase.

Kevin Van den Brande

Verified Buyer

Well explained, good documented. All steps help me to grow in my professional career. It was a bargain for such a great course.

Jul 4, 2020

Shean Yeo

Verified Buyer

This application has quite an impressive GUI despite that this is just an simulator app. It will great if there is a possibility to run our native MacOS apps (user installed apps) directly off it, I am sure a lot more "likes" will come along.

May 14, 2020

Antonio Galisteo

Verified Buyer

May 27, 2019

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