Cyber Security Master's Program

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Are you ready to unlock the doors to a successful career in Cyber Security ? Look no further! Secure your future with Securium Academy’s Cyber Security Master Program Training & Certification. Join our comprehensive program to become an expert in safeguarding the digital world from cyber threats. As the digital landscape expands, so does the risk of cyber threats. Organizations worldwide seek skilled professionals to protect their data and assets from cyberattacks. Securium Academy’s Cyber Security Master Program is tailored to equip individuals with cutting-edge skills and knowledge to combat modern cyber threats effectively.  

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    Cyber Security Master’s Program Overview

    Don’t miss this opportunity to advance your career in cyber security. Enroll in Securium Academy’s Cyber Security Master Program Training & Certification and become a cyber guardian of the digital world.Our master’s program in Cyber Security is specially designed to make you an expert in this IT domain by teaching you various techniques and concepts, such as malware threats, trojans, cryptography, IAM, security operations, BIA, etc.

    Securium Academy  Cyber Security Expert Master’s Program provides cybersecurity professionals with foundational-level, intermediate-level, and advanced-level skills that entail industry-leading certifications like CompTIA Security+, CEHv12 , CISM, CISSP, and CCSP. The program begins with introductory level technology training, then progresses to intermediate level hacking techniques such as reverse engineering, and network penetration testing. This course will enable you to:

    • Stay up to date with the latest cyber security news and trends and make sure you are implementing adequate cyber security measures in your organization using suitable hardware and software.
    • Avoid the risks of phishing attacks by adhering to ethical security behavior
    • Understanding cloud computing and how it can help your business is vital for the success of your venture.
    • Understand the legal requirements, privacy policies, and auditing process of your cloud environment
    • Focus on getting the IT infrastructure in order and removing the clutter by investing in the right software solutions; invest in a partner who has your back.

    Cybersecurity experts must learn to develop a 360-degree view of the cybersecurity domain that now comprises a wide array of security components and technologies. Simplilearn has bundled all of these critical skillsets into this Cyber Security Expert Master’s certification program. The benefits are as follows:

    • Cybersecurity is vital for career roles such as penetration tester, cybersecurity analyst, network analyst, cybersecurity auditor, cybersecurity architect, forensics investigator, and many more.

     

    • There are 2000+ cybersecurity jobs in India and 40,000+ in the US (Indeed.com). Cybersecurity job roles are expected to rise to six million worldwide by 2019 (source: Forbes, January 2016)

     

    • The median salary for a cybersecurity analyst is INR 418,389 annually in India (source: Glassdoor) and $134,000 in the US. 

    At the end of this Master’s Program, you will be equipped with the following skillsets:

    • Install, configure and deploy public key infrastructure and network components while assessing and troubleshooting issues to support organizational security.

     

    • Master advanced hacking concepts to manage information security efficiently.

     

    • Design security architecture and framework for a secure IT operation

     

    • Frame cloud data storage architectures and security strategies, and utilize them to analyze risks.

     

    • Protect data movement, perform disaster recovery, access CSP security  and manage client databases.

    Our Cyber Security Expert Master’s Program is best suited for:

    • All levels of IT auditor/penetration tester
    • Security consultants/managers
    • IT directors/managers/consultants
    • Security auditors/architects
    • Security systems engineers
    • Chief information security officers (CISOs)
    • Chief compliance/privacy/risk officers
    • Network specialists, analysts, managers, architects, consultants or administrators
    • Technical support engineers
    • Systems analysts or administrators
    Coverage Courses Mode of training
    Security Fundamentals CompTIA Security+ 501 Live Virtual Classroom
    Offensive Security CEH Live Virtual Classroom
    Security Systems Architecture CISSP Live Virtual Classroom and Online Self-paced Learning
    Cloud Security Architecture CCSP Live Virtual Classroom and Online Self-paced Learning
    Electives
    Networking Concepts CompTIA Network+ Online Self-paced Learning
    Security Teams Management CISM Online Self-paced Learning

    Learners need to possess an undergraduate degree or a high school diploma.

     

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      Program Curriculum

      Lesson 1 – Course Introduction
      Lesson 2 – Cybersecurity Fundamentals
      Lesson 3 – Enterprise Architecture and Components
      Lesson 4 – Information System Governance and Risk Assessment
      Lesson 5 – Incident Management

      •  
      Module 01: Ethical Hacking: An Introduction

      In this first module, you will learn the basics of ethical hacking that are essential for the CEH exam.

      Overview of Information Security

      1.1 Internet is an Integral Part of Business and Personal Life – What Happens Online in 60 Seconds
      1.2 Essential Terminology
      1.3 Elements of Information Security
      1.4 The Security, Functionality, and Usability Triangle

      Attack Vectors and Threats to Information Security

      1.5 Motives, Goals, and Objectives of Information Security Attacks
      1.6 Top Information Security Attack Vectors
      1.7 Information Security Threat Categories
      1.8 Types of Attacks on a System
      1.9 Information Warfare

      Basic Concepts of Hacking

      1.10 What is Hacking?
      1.11Who is a Hacker?
      1.12 Hacker Classes
      1.13 Hacking Phases

      Basic Concepts of Ethical Hacking

      1.14 What is Ethical Hacking?
      1.15 Why is Ethical Hacking Necessary?
      1.16 Scope and Limitations of Ethical Hacking
      1.17 Skills of an Ethical Hacker

      Information Security Controls

      1.18 Information Assurance (IA)
      1.19 Information Security Management Program
      1.20 Enterprise Information Security Architecture (EISA)
      1.21 Network Security Zoning
      1.22 Defense-in-Depth
      1.23 Information Security Policies
      1.24 Physical Security
      1.25 What is Risk?
      1.26 Threat Modeling
      1.27 Incident Management
      1.28 Security Incident and Event Management (SIEM)
      1.29 User Behavior Analytics (UBA)
      1.30 Network Security Controls
      1.31 Identity and Access Management (IAM)
      1.32 Data Leakage
      1.33 Data Backup
      1.34 Data Recovery
      1.35 Role of AI/ML in Cyber Security

      Concepts of Penetration testing

      1.36 Penetration Testing
      1.37 Why Penetration Testing
      1.38 Comparing Security Audit, Vulnerability Assessment, and Penetration Testing
      1.39 Blue Teaming/Red Teaming
      1.40 Types of Penetration Testing
      1.41 Phases of Penetration Testing
      1.42 Security Testing Methodology

      Laws and Standards of information Security

      1.43 Payment Card Industry Data Security Standard (PCI-DSS)
      1.44 ISO/IEC 27001:2013
      1.45 Health Insurance Portability and Accountability Act (HIPAA)
      1.46 Sarbanes Oxley Act (SOX)
      1.47 The Digital Millennium Copyright Act (DMCA)
      1.48 Federal Information Security Management Act (FISMA)
      1.49 Cyber Law in Different Countries

      Module 02: Basics of Reconnaissance and Footprinting

      Moving ahead in this Ethical Hacking course, you will master the first phase of ethical hacking, i.e. Footprinting and Reconnaissance

      Concepts of Footprinting

      2.1 What is Footprinting?
      2.2 Objectives of Footprinting

      Footprinting Using Search Engines

      2.3 Footprinting through Search Engines
      2.4 Footprint Using Advanced Google Hacking Techniques
      2.5 Information Gathering Using Google Advanced Search and Image Search
      2.6 Google Hacking Database
      2.7 VoIP and VPN Footprinting through Google Hacking Database

      Footprinting Using Web Services

      2.8 Finding Company’s Top-Level Domains (TLDs) and Sub-Domains
      2.9 Finding the Geographical Location of the Target
      2.10 People Search on Social Networking Sites and People Search Services
      2.11 Gathering Information from LinkedIn
      2.12 Gathering Information from Financial Services
      2.13 Footprinting through Job Sites
      2.14 Monitoring Target Using Alerts
      2.15 Information Gathering Using Groups, Forums, and Blogs
      2.16 Determining the Operating System
      2.17 VoIP and VPN Footprinting through SHODAN

      Footprinting Using Social Networking Sites

      2.18 Collecting Information through Social Engineering on Social Networking Sites

      Footprinting of Websites

      2.19 Website Footprinting
      2.20 Website Footprinting using Web Spiders
      2.21 Mirroring Entire Website
      2.22 Extracting Website Information from https://archive.org
      2.23 Extracting Metadata of Public Documents
      2.24 Monitoring Web Pages for Updates and Changes

      Footprinting of Emails

      2.25 Tracking Email Communications
      2.26 Collecting Information from Email Header
      2.27 Email Tracking Tools

      Competitive Intelligence

      2.28 Competitive Intelligence Gathering
      2.29 Competitive Intelligence – When  When did this company begin? How did it develop?
      2.30 Competitive Intelligence – What are the company’s plans?
      2.31 Competitive Intelligence – What  do expert opinions say about the company?
      2.32 Monitoring Website Traffic of Target Company
      2.33 Tracking Online Reputation of the Target

      Footprinting using Whois

      2.34 Whois Lookup
      2.35 Whois Lookup Result Analysis
      2.36 Whois Lookup Tools
      2.37 Finding IP Geolocation Information

      DNS Footprinting

      2.38 Extracting DNS Information
      2.39 DNS Interrogation Tools

      Network Footprinting

      2.40 Locate the Network Range
      2.41 Traceroute
      2.42 Traceroute Analysis
      2.43 Traceroute Tools

      Footprinting by Social Engineering

      2.44 Footprinting through Social Engineering
      2.45 Collect Information Using Eavesdropping, Shoulder Surfing, and Dumpster Diving

      Tools used for Footprinting

      2.46 Maltego
      2.47 Recon-ng
      2.48 FOCA
      2.49 Recon-Dog
      2.50 OSRFramework
      2.51 Additional Footprinting Tools

      Countermeasures

      2.52 Footprinting Countermeasures

      Footprinting Pen Testing

      2.53 Footprinting Pen Testing
      2.54 Footprinting Pen Testing Report Templates

      Module 03: Network Scanning

      In this part, you will learn how to scan networks and find vulnerabilities in a network.

      Concepts Network Scanning

      3.1 Overview of Network Scanning
      3.2 TCP Communication Flags
      3.3 TCP/IP Communication
      3.4 Creating Custom Packet Using TCP Flags
      3.5 Scanning in IPv6 Networks

      Tools used for Scanning

      3.6 Nmap
      3.7 Hping2 / Hping3
      3.8 Scanning Tools
      3.9 Scanning Tools for Mobile

      Techniques used for Scanning

      3.10 Scanning Techniques

      Scanning Beyond IDS and Firewall

      3.11 IDS/Firewall Evasion Techniques

      Banner Grabbing

      3.12 Banner Grabbing
      3.13 How to Identify Target System OS
      3.14 Banner Grabbing Countermeasures

      Network Diagrams

      3.15 Drawing Network Diagrams
      3.16 Network Discovery and Mapping Tools
      3.17 Network Discovery Tools for Mobile

      Scanning Pen Testing

      3.18 Scanning Pen Testing

      Module 04: Basics of Enumeration

      Concepts of Enumeration

      4.1 What is Enumeration?
      4.2 Techniques for Enumeration
      4.3 Services and Ports to Enumerate

      NetBIOS Enumeration

      4.4 NetBIOS Enumeration
      4.5 NetBIOS Enumeration Tools
      4.6 Enumerating User Accounts
      4.7 Enumerating Shared Resources Using Net View

      SNMP Enumeration

      4.8 Simple Network Management Protocol (SNMP) Enumeration
      4.9 Working of SNMP
      4.10 Management Information Base (MIB)
      4.11 SNMP Enumeration Tools

      LDAP Enumeration

      4.12 LDAP Enumeration
      4.13 LDAP Enumeration Tools

      NTP Enumeration

      4.14 NTP Enumeration
      4.15 NTP Enumeration Commands
      4.16 NTP Enumeration Tools

      SMTP and DNS Enumeration

      4.17 SMTP Enumeration
      4.18 SMTP Enumeration Tools
      4.19 DNS Enumeration Using Zone Transfer

      Other Enumeration Techniques

      4.20 IPsec Enumeration
      4.21 VoIP Enumeration
      4.22 RPC Enumeration
      4.23 Unix/Linux User Enumeration

      Enumeration Countermeasures

      4.24 Enumeration Countermeasures

      Enumeration Pen Testing

      4.25 Enumeration Pen Testing

      Module 05: Vulnerability Analysis

      This module of Ethical Hacking training will train you in analyzing the vulnerabilities in the system.

      Concepts of Vulnerability Assessment

      5.1 Vulnerability Research
      5.2 Vulnerability Classification
      5.3 What is Vulnerability Assessment?
      5.4 Types of Vulnerability Assessment
      5.5 Vulnerability-Management Life Cycle

      Solutions for Vulnerability Assessment

      5.6 Comparing Approaches to Vulnerability Assessment
      5.7 Working of Vulnerability Scanning Solutions
      5.8 Types of Vulnerability Assessment Tools
      5.9 Characteristics of a Good Vulnerability Assessment Solution
      5.10 Choosing a Vulnerability Assessment Tool
      5.11 Criteria for Choosing a Vulnerability Assessment Tool
      5.12 Best Practices for Selecting Vulnerability Assessment Tools

      Vulnerability Scoring Systems

      5.13 Common Vulnerability Scoring System (CVSS)
      5.14 Common Vulnerabilities and Exposures (CVE)
      5.15 National Vulnerability Database (NVD)
      5.16 Resources for Vulnerability Research

      Vulnerability Assessment Tools

      5.17 Vulnerability Assessment Tools
      5.18 Vulnerability Assessment Tools for Mobile

      Vulnerability Assessment Reports

      5.19 Vulnerability Assessment Reports
      5.20 Analyzing Vulnerability Scanning Report

      Module 06: basics of System Hacking

      Moving ahead in this training, you will learn about system hacking; one of the most important topics in the CEH exam.

      Concepts of System Hacking

      6.1 CEH Hacking Methodology (CHM)
      6.2 System Hacking Goals

      Cracking Passwords

      6.3 Password Cracking
      6.4 Types of Password Attacks
      6.5 Password Recovery Tools
      6.6 Microsoft Authentication
      6.7 How Hash Passwords Are Stored in Windows SAM?
      6.8 NTLM Authentication Process
      6.9 Kerberos Authentication
      6.10 Password Salting
      6.11 Tools to Extract the Password Hashes
      6.12 Password Cracking Tools
      6.13 How to Defend against Password Cracking
      6.14 How to Defend against LLMNR/NBT-NS Poisoning

      Escalating Privileges

      6.15 Privilege Escalation
      6.16 Privilege Escalation Using DLL Hijacking
      6.17 Privilege Escalation by Exploiting Vulnerabilities
      6.18 Privilege Escalation Using Dylib Hijacking
      6.19 Privilege Escalation using Spectre and Meltdown Vulnerabilities
      6.20 Other Privilege Escalation Techniques
      6.21 How to Defend Against Privilege Escalation

      Executing Applications

      6.22 Executing Applications
      6.23 Keylogger
      6.24 Spyware
      6.25 How to Defend Against Keyloggers
      6.26 How to Defend Against Spyware

      Hiding Files

      6.27 Rootkits
      6.28 NTFS Data Stream
      6.29 What is Steganography?

      Covering Tracks

      6.30 Covering Tracks
      6.31 Disabling Auditing: Auditpol
      6.32 Clearing Logs
      6.33 Manually Clearing Event Logs
      6.34 Ways to Clear Online Tracks
      6.35 Covering BASH Shell Tracks
      6.36 Covering Tracks on Network
      6.37 Covering Tracks on OS
      6.38 Covering Tracks Tools

      Penetration Testing

      6.39 Password Cracking
      6.40 Privilege Escalation
      6.41 Executing Applications
      6.42 Hiding Files
      6.43 Covering Tracks

      Module 07: Threats from Malware

      Concepts of Malwares

      7.1 Introduction to Malware
      7.2 Different Ways Malware can Get into a System
      7.3 Common Techniques Attackers Use to Distribute Malware on the Web
      7.4 Components of Malware

      Concepts of Trojans

      7.5 What is a Trojan?
      7.6 How Hackers Use Trojans
      7.7 Common Ports Used by Trojans
      7.8 How to Infect Systems Using a Trojan
      7.9 Trojan Horse Construction Kit
      7.10 Wrappers
      7.11 Crypters
      7.12 How Attackers Deploy a Trojan
      7.13 Exploit Kits
      7.14 Evading Anti-Virus Techniques
      7.15 Types of Trojans

      Concepts of Viruses and Worms

      7.16 Introduction to Viruses
      7.17 Stages of Virus Life
      7.18 Working of Viruses
      7.19 Indications of Virus Attack
      7.20 How does a Computer Get Infected by Viruses
      7.21 Virus Hoaxes
      7.22 Fake Antiviruses
      7.23 Ransomware
      7.24 Types of Viruses
      7.25 Creating Virus
      7.26 Computer Worms
      7.27 Worm Makers

      Malware Analysis

      7.28 What is Sheep Dip Computer?
      7.29 Anti-Virus Sensor Systems
      7.30 Introduction to Malware Analysis
      7.31 Malware Analysis Procedure: Preparing Testbed
      7.32 Static Malware Analysis
      7.33 Dynamic Malware Analysis
      7.34 Virus Detection Methods
      7.35 Trojan Analysis: ZeuS/Zbot
      7.36 Virus Analysis: WannaCry

      Countermeasures

      7.37 Trojan Countermeasures
      7.38 Backdoor Countermeasures
      7.39 Virus and Worms Countermeasures

      Anti-Malware Software

      7.40 Anti-Trojan Software
      7.41 Antivirus Software

      Malware Penetration Testing

      7.42 Malware Penetration Testing

      Module 08: Basics of Sniffing

      Concepts of Sniffing

      8.1 Network Sniffing
      8.2 Types of Sniffing
      8.3 How an Attacker Hacks the Network Using Sniffers
      8.4 Protocols Vulnerable to Sniffing
      8.5 Sniffing in the Data Link Layer of the OSI Model
      8.6 Hardware Protocol Analyzers
      8.7 SPAN Port
      8.8 Wiretapping
      8.9 Lawful Interception

      Sniffing Technique: MAC Attacks

      8.10 MAC Address/CAM Table
      8.11 How CAM Works
      8.12 What Happens When CAM Table Is Full?
      8.13 MAC Flooding
      8.14 Switch Port Stealing
      8.15 How to Defend against MAC Attacks

      Sniffing Technique: DHCP Attacks

      8.16 How DHCP Works
      8.17 DHCP Request/Reply Messages
      8.18 DHCP Starvation Attack
      8.19 Rogue DHCP Server Attack
      8.20 How to Defend Against DHCP Starvation and Rogue Server Attack

      Sniffing Technique: ARP Poisoning

      8.21 What Is Address Resolution Protocol (ARP)?
      8.22 ARP Spoofing Attack
      8.23 Threats of ARP Poisoning
      8.24 ARP Poisoning Tools
      8.25 How to Defend Against ARP Poisoning
      8.26 Configuring DHCP Snooping and Dynamic ARP Inspection on Cisco Switches
      8.27 ARP Spoofing Detection Tools

      Sniffing Technique: Spoofing Attacks

      8.28 MAC Spoofing/Duplicating
      8.29 MAC Spoofing Technique: Windows
      8.30 MAC Spoofing Tools
      8.31 IRDP Spoofing
      8.32 How to Defend Against MAC Spoofing

      Sniffing Technique: DNS Poisoning

      8.33 DNS Poisoning Techniques
      8.34 How to Defend Against DNS Spoofing

      Tools for Sniffing

      8.35 Sniffing Tool: Wireshark
      8.36 Display Filters in Wireshark
      8.37 Additional Wireshark Filters
      8.38 Sniffing Tools
      8.39 Packet Sniffing Tools for Mobile

      Countermeasures

      8.40 How to Defend Against Sniffing

      Sniffing Detection Techniques

      8.41 How to Detect Sniffing
      8.42 Sniffer Detection Techniques
      8.43 Promiscuous Detection Tools

      Sniffing Pen Testing

      8.44 Sniffing Penetration Testing

      Module 09: Social Engineering

      Moving ahead in this Ethical Hacking course, you will learn social engineering

      Concepts of Social Engineering

      9.1 What is Social Engineering?
      9.2 Phases of a Social Engineering Attack

      Techniques of Social Engineering

      9.3 Types of Social Engineering
      9.4 Human-based Social Engineering
      9.5 Computer-based Social Engineering
      9.6 Mobile-based Social Engineering

      Insider Threats

      9.7 Insider Threat / Insider Attack
      9.8 Type of Insider Threats

      Impersonation on Social Networking Sites

      9.9 Social Engineering Through Impersonation on Social Networking Sites
      9.10 Impersonation on Facebook
      9.11 Social Networking Threats to Corporate Networks

      Identity Theft

      9.12 Identity Theft

      Countermeasures

      9.13 Social Engineering Countermeasures
      9.14 Insider Threats Countermeasures
      9.15 Identity Theft Countermeasures
      9.16 How to Detect Phishing Emails?
      9.17 Anti-Phishing Toolbar
      9.18 Common Social Engineering Targets and Defense Strategies

      Social Engineering Pen-Testing

      9.19 Social Engineering Pen-Testing
      9.20 Social Engineering Pen-Testing Tools

      Module 10: Denial-of-Service Attack

      DoS/DDoS Concepts

      10.1 What is a Denial-of-Service Attack?
      10.2 What is Distributed Denial-of-Service Attack?

      Techniques used for DoS/DDoS Attacks

      10.3 Basic Categories of DoS/DDoS Attack Vectors
      10.4 UDP Flood Attack
      10.5 ICMP Flood Attack
      10.6 Ping of Death and Smurf Attack
      10.7 SYN Flood Attack
      10.8 Fragmentation Attack
      10.9 HTTP GET/POST and Slowloris Attacks
      10.10 Multi-Vector Attack
      10.11 Peer-to-Peer Attacks
      10.12 Permanent Denial-of-Service Attack
      10.13 Distributed Reflection Denial-of-Service (DRDoS)

      Botnets

      10.14 Organized Cyber Crime: Organizational Chart
      10.15 Botnet
      10.16 A Typical Botnet Setup
      10.17 Botnet Ecosystem
      10.18 Scanning Methods for Finding Vulnerable Machines
      10.19 How Malicious Code Propagates?
      10.20 Botnet Trojans

      DDoS Case Study

      10.21 DDoS Attack
      10.22 Hackers Advertise Links to Download Botnet
      10.23 Use of Mobile Devices as Botnets for Launching DDoS Attacks
      10.24 DDoS Case Study: Dyn DDoS Attack

      Tools used for DoS/DDoS Attack

      10.25 DoS/DDoS Attack Tools
      10.26 DoS and DDoS Attack Tool for Mobile

      Countermeasures

      10.27 Detection Techniques
      10.28 DoS/DDoS Countermeasure Strategies
      10.29 DDoS Attack Countermeasures
      10.30 Techniques to Defend against Botnets
      10.31 DoS/DDoS Countermeasures
      10.32 DoS/DDoS Protection at ISP Level
      10.33 Enabling TCP Intercept on Cisco IOS Software

      Tools used for DoS/DDoS Protection

      10.34 Advanced DDoS Protection Appliances
      10.35 DoS/DDoS Protection Tools

      DoS/DDoS Penetration Testing

      10.36 Denial-of-Service (DoS) Attack Pen-Testing

      Module 11: Session Hijacking

      Concepts of Session Hijacking

      11.1 What is Session Hijacking?
      11.2 Why Session Hijacking is Successful?
      11.3 Session Hijacking Process
      11.4 Packet Analysis of a Local Session Hijack
      11.5 Types of Session Hijacking
      11.6 Session Hijacking in OSI Model
      11.7 Spoofing vs. Hijacking

      Application Level Session Hijacking

      11.8 Application Level Session Hijacking
      11.9 Compromising Session IDs using Sniffing and Predicting Session Token
      11.10 Compromising Session IDs Using Man-in-the-Middle Attack
      11.11 Compromising Session IDs Using Man-in-the-Browser Attack
      11.12 Compromising Session IDs Using Client-side Attacks
      11.13 Compromising Session IDs Using Client-side Attacks: Cross-site Script Attack
      11.14 Compromising Session IDs Using Client-side Attacks: Cross-site Request Forgery Attack
      11.15 Compromising Session IDs Using Session Replay Attack
      11.16 Compromising Session IDs Using Session Fixation
      11.17 Session Hijacking Using Proxy Servers
      11.18 Session Hijacking Using CRIME Attack
      11.19 Session Hijacking Using Forbidden Attack

      Network Level Session Hijacking

      11.20 TCP/IP Hijacking
      11.21 IP Spoofing: Source Routed Packets
      11.22 RST Hijacking
      11.23 Blind Hijacking
      11.24 UDP Hijacking
      11.25 MiTM Attack Using Forged ICMP and ARP Spoofing

      Session Hijacking Tools

      11.26 Session Hijacking Tools
      11.27 Session Hijacking Tools for Mobile

      Countermeasures

      11.28 Session Hijacking Detection Methods
      11.29 Protecting against Session Hijacking
      11.30 Methods to Prevent Session Hijacking: To be Followed by Web Developers
      11.31 Methods to Prevent Session Hijacking: To be Followed by Web Users
      11.32 Session Hijacking Detection Tools
      11.33 Approaches Vulnerable to Session Hijacking and their Preventative Solutions
      11.34 Approaches to Prevent Session Hijacking
      11.35 IPSec
      11.36 Session Hijacking Prevention Tools

      Penetration Testing

      11.37 Session Hijacking Pen Testing

      Module 12: How to Evade IDS, Firewalls, and Honeypots

      Concepts of IDSs, Firewalls, and Honeypots

      12.1 Intrusion Detection System (IDS)
      12.2 Firewall
      12.3 Honeypot

      IDS, Firewall, and Honeypot Solutions

      12.4 Intrusion Detection Tool
      12.5 Firewalls
      12.6 Honeypot Tools

      IDS Evasion

      12.7 IDS Evasion Techniques

      Firewall Evasion

      12.8 Firewall Evasion Techniques

      Tools for IDS/Firewall Evasion

      12.9 IDS/Firewall Evasion Tools
      12.10 Packet Fragment Generator Tools

      Detecting Honeypots

      12.11 Detecting Honeypots
      12.12 Detecting and Defeating Honeypots
      12.13 Honeypot Detection Tool: Send-Safe Honeypot Hunter

      IDS/Firewall Evasion Countermeasures

      12.14 How to Defend Against IDS Evasion
      12.15 How to Defend Against Firewall Evasion

      Penetration Testing

      12.16 Firewall/IDS Penetration Testing

      Module 13: Basics of Hacking Web Servers

      Web Server Concepts

      13.1 Web Server Operations
      13.2 Open Source Web Server Architecture
      13.3 IIS Web Server Architecture
      13.4 Web Server Security Issue
      13.5 Why Web Servers Get Compromised?
      13.6 Impact of Web Server Attacks

      Attacks of Web Servers

      13.7 DoS/DDoS Attacks
      13.8 DNS Server Hijacking
      13.9 DNS Amplification Attack
      13.10 Directory Traversal Attacks
      13.11 Man-in-the-Middle/Sniffing Attack
      13.12 Phishing Attacks
      13.13 Website Defacement
      13.14 Web Server Misconfiguration
      13.15 HTTP Response Splitting Attack
      13.16 Web Cache Poisoning Attack
      13.17 SSH Brute Force Attack
      13.18 Web Server Password Cracking
      13.19 Web Application Attacks

      Methodology of Web Server Attacks

      13.20 Information Gathering
      13.21 Web Server Footprinting/Banner Grabbing
      13.22 Website Mirroring
      13.23 Vulnerability Scanning
      13.24 Session Hijacking
      13.25 Web Server Passwords Hacking
      13.26 Using Application Server as a Proxy

      Tools of Web Server Attacks

      13.27 Metasploit
      13.28 Web Server Attack Tools

      Countermeasures

      13.29 Place Web Servers in Separate Secure Server Security Segment on Network
      13.30 Countermeasures
      13.31 Detecting Web Server Hacking Attempts
      13.32 How to Defend Against Web Server Attacks
      13.33 How to Defend against HTTP Response Splitting and Web Cache Poisoning
      13.34 How to Defend against DNS Hijacking

      Patch Management

      13.35 Patches and Hotfixes
      13.36 What is Patch Management
      13.37 Installation of a Patch
      13.38 Patch Management Tools

      Tools of Web Server Security

      13.39 Web Application Security Scanners
      13.40 Web Server Security Scanners
      13.41 Web Server Security Tools

      Web Server Pen Testing

      13.42 Web Server Penetration Testing
      13.43 Web Server Pen-Testing Tools

      Module 14: Web Application Hacking

      Web App Concepts

      14.1 Introduction to Web Applications
      14.2 Web Application Architecture
      14.3 Web 2.0 Applications
      14.4 Vulnerability Stack

      Threats to Web App

      14.5 OWASP Top 10 Application Security Risks – 2017
      14.6 Other Web Application Threats

      Hacking Methodology

      14.7 Web App Hacking Methodology
      14.8 Footprint Web Infrastructure
      14.9 Attack Web Servers
      14.10 Analyze Web Applications
      14.11 Bypass Client-Side Controls
      14.12 Attack Authentication Mechanism
      14.13 Attack Authorization Schemes
      14.14 Attack Access Controls
      14.15 Attack Session Management Mechanism
      14.16 Perform Injection/Input Validation Attacks
      14.17 Attack Application Logic Flaws
      14.18 Attack Database Connectivity
      14.19 Attack Web App Client
      14.20 Attack Web Services

      Web App Hacking Tools

      14.21 Web Application Hacking Tools

      Countermeasures
      14.22 Web Application Fuzz Testing
      14.23 Source Code Review
      14.24 Encoding Schemes
      14.25 How to Defend Against Injection Attacks
      14.26 Web Application Attack Countermeasures
      14.27 How to Defend Against Web Application Attacks

      Web App Security Testing Tools

      14.28 Web Application Security Testing Tools
      14.29 Web Application Firewall

      Web App Pen Testing

      14.30 Web Application Pen Testing
      14.31 Web Application Pen Testing Framework

      Module 15: Basics of SQL Injection

      SQL Injection Concepts

      15.1 What is SQL Injection?
      15.2 SQL Injection and Server-side Technologies
      15.3 Understanding HTTP POST Request
      15.4 Understanding Normal SQL Query
      15.5 Understanding an SQL Injection Query
      15.6 Understanding an SQL Injection Query – Code Analysis
      15.7 Example of a Web Application Vulnerable to SQL Injection: aspx
      15.8 Example of a Web Application Vulnerable to SQL Injection: Attack Analysis
      15.9 Examples of SQL Injection

      Types of SQL Injection

      15.10 Types of SQL Injection

      SQL Injection Methodology

      15.11 SQL Injection Methodology

      SQL Injection Tools

      15.12 SQL Injection Tools
      15.13 SQL Injection Tools
      15.14 SQL Injection Tools for Mobile

      Evasion Techniques

      15.15 Evading IDS
      15.16 Types of Signature Evasion Techniques

      Countermeasures

      15.17 How to Defend Against SQL Injection Attacks
      15.18 SQL Injection Detection Tools
      15.19 SQL Injection Detection Tools

      Module 16: Wireless Network Hacking

      Wireless Concepts

      16.1 Wireless Terminologies
      16.2 Wireless Networks
      16.3 Wireless Standards
      16.4 Service Set Identifier (SSID)
      16.5 Wi-Fi Authentication Modes
      16.6 Wi-Fi Authentication Process Using a Centralized Authentication Server
      16.7 Types of Wireless Antennas

      Wireless Encryption

      16.8 Types of Wireless Encryption
      16.9 WEP vs. WPA vs. WPA2
      16.10 WEP Issues
      16.11 Weak Initialization Vectors (IV)

      Wireless Threats

      16.12 Wireless Threats

      Wireless Hacking Methodology

      16.13 Wireless Hacking Methodology

      Tools for Wireless Hacking

      16.14 WEP/WPA Cracking Tools
      16.15 WEP/WPA Cracking Tool for Mobile
      16.16 Wi-Fi Sniffer
      16.17 Wi-Fi Traffic Analyzer Tools
      16.18 Other Wireless Hacking Tools

      Bluetooth Hacking

      16.19 Bluetooth Stack
      16.20 Bluetooth Hacking
      16.21 Bluetooth Threats
      16.22 How to BlueJack a Victim
      16.23 Bluetooth Hacking Tools

      Countermeasures

      16.24 Wireless Security Layers
      16.25 How to Defend Against WPA/WPA2 Cracking
      16.26 How to Defend Against KRACK Attacks
      16.27 How to Detect and Block Rogue AP
      16.28 How to Defend Against Wireless Attacks
      16.29 How to Defend Against Bluetooth Hacking

      Tools Wireless Security

      16.30 Wireless Intrusion Prevention Systems
      16.31 Wireless IPS Deployment
      16.32 Wi-Fi Security Auditing Tools
      16.33 Wi-Fi Intrusion Prevention System
      16.34 Wi-Fi Predictive Planning Tools
      16.35 Wi-Fi Vulnerability Scanning Tools
      16.36 Bluetooth Security Tools
      16.37 Wi-Fi Security Tools for Mobile

      Wireless Pen Testing

      16.38 Wireless Penetration Testing
      16.39 Wireless Penetration Testing Framework

      Module 17: Hacking Mobile Platforms

      Moving ahead, we will learn about Hacking Mobile Platforms; an essential topic for the CEH exam.

      Mobile Platform Attack Vectors

      17.1 Vulnerable Areas in Mobile Business Environment
      17.2 OWASP Top 10 Mobile Risks – 2016
      17.3 Anatomy of a Mobile Attack
      17.4 How a Hacker Can Profit from Mobile when Successfully Compromised
      17.5 Mobile Attack Vectors and Mobile Platform Vulnerabilities
      17.6 Security Issues Arising from App Stores
      17.7 App Sandboxing Issues
      17.8 Mobile Spam
      17.9 SMS Phishing Attack (SMiShing) (Targeted Attack Scan)
      17.10 Pairing Mobile Devices on Open Bluetooth and Wi-Fi Connections

      Hacking Android OS

      17.11 Android OS
      17.12 Android Rooting
      17.13 Blocking Wi-Fi Access using NetCut
      17.14 Hacking with zANTI
      17.15 Hacking Networks Using Network Spoofer
      17.16 Launching DoS Attack using Low Orbit Ion Cannon (LOIC)
      17.17 Performing Session Hijacking Using DroidSheep
      17.18 Hacking with Orbot Proxy
      17.19 Android-based Sniffers
      17.20 Android Trojans
      17.21 Securing Android Devices
      17.22 Android Security Tool: Find My Device
      17.23 Android Security Tools
      17.24 Android Vulnerability Scanner
      17.25 Android Device Tracking Tools

      Hacking iOS

      17.26 Apple iOS
      17.27 Jailbreaking iOS
      17.28 iOS Trojans
      17.29 Guidelines for Securing iOS Devices
      17.30 iOS Device Tracking Tools
      17.31 iOS Device Security Tools

      Mobile Spyware

      17.32 Mobile Spyware
      17.33 Mobile Spyware: mSpy
      17.34 Mobile Spywares

      Mobile Device Management
      17.35 Mobile Device Management (MDM)
      17.36 Mobile Device Management Solutions
      17.37 Bring Your Own Device (BYOD)

      Mobile Security Guidelines and Tools

      17.38 General Guidelines for Mobile Platform Security
      17.39 Mobile Device Security Guidelines for Administrator
      17.40 SMS Phishing Countermeasures
      17.41 Mobile Protection Tools
      17.42 Mobile Anti-Spyware

      Mobile Pen Testing

      17.43 Android Phone Pen Testing
      17.44 iPhone Pen Testing
      17.45 Mobile Pen Testing Toolkit: Hackode

      Module 18: Basics of IoT Hacking

      IoT Concepts

      18.1 What is IoT
      18.2 How IoT Works
      18.3 IoT Architecture
      18.4 IoT Application Areas and Devices
      18.5 IoT Technologies and Protocols
      18.6 IoT Communication Models
      18.7 Challenges of IoT
      18.8 Threat vs Opportunity

      Attacks on IoT

      18.9 IoT Security Problems
      18.10 OWASP Top 10 IoT Vulnerabilities and Obstacles
      18.11 IoT Attack Surface Areas
      18.12 IoT Threats
      18.13 Hacking IoT Devices: General Scenario
      18.14 IoT Attacks
      18.15 IoT Attacks in Different Sectors
      18.16 Case Study: Dyn Attack

      Methodology used for IoT Hacking

      18.17 What is IoT Device Hacking?
      18.18 IoT Hacking Methodology

      Tools used for IoT Hacking

      18.19 Information Gathering Tools
      18.20 Sniffing Tools
      18.21 Vulnerability Scanning Tools
      18.22 IoT Hacking Tools

      Countermeasures

      18.23 How to Defend Against IoT Hacking
      18.24 General Guidelines for IoT Device Manufacturing Companies
      18.25 OWASP Top 10 IoT Vulnerabilities Solutions
      18.26 IoT Framework Security Considerations
      18.27 IoT Security Tools

      IoT Pen Testing

      18.28 IoT Pen Testing

      Module 19: Basics of Cloud Computing

      Cloud Computing Concepts

      19.1 Introduction to Cloud Computing
      19.2 Separation of Responsibilities in Cloud
      19.3 Cloud Deployment Models
      19.4 NIST Cloud Deployment Reference Architecture
      19.5 Cloud Computing Benefits
      19.6 Understanding Virtualization

      Cloud Computing Threats

      19.7 Cloud Computing Threats

      Cloud Computing Attacks

      19.8 Service Hijacking using Social Engineering Attacks
      19.9 Service Hijacking using Network Sniffing
      19.10 Session Hijacking using XSS Attack
      19.11 Session Hijacking using Session Riding
      19.12 Domain Name System (DNS) Attacks
      19.13 Side-Channel Attacks or Cross-guest VM Breaches
      19.14 SQL Injection Attacks
      19.15 Cryptanalysis Attacks
      19.16 Wrapping Attack
      19.17 Denial-of-Service (DoS) and Distributed Denial-of-Service (DDoS) Attacks
      19.18 Man-in-the-Cloud Attack

      Cloud Security

      19.19 Cloud Security Control Layers
      19.20 Cloud Security is the Responsibility of both Cloud Provider and Consumer
      19.21 Cloud Computing Security Considerations
      19.22 Placement of Security Controls in the Cloud
      19.23 Best Practices for Securing Cloud
      19.24 NIST Recommendations for Cloud Security
      19.25 Organization/Provider Cloud Security Compliance Checklist
      19.26 Cloud Security Tools
      19.27 What is Cloud Pen Testing?
      19.28 Key Considerations for Pen Testing in the Cloud
      19.29 Cloud Penetration Testing
      19.30 Recommendations for Cloud Testing

      Module 20: Basics of Cryptography

      Cryptography Concepts

      20.1 Cryptography
      20.2 Government Access to Keys (GAK)

      Encryption Algorithms
      20.3 Ciphers
      20.4 Data Encryption Standard (DES)
      20.5 Advanced Encryption Standard (AES)
      20.6 RC4, RC5, and RC6 Algorithms
      20.7 Twofish
      20.8 The DSA and Related Signature Schemes
      20.9 Rivest Shamir Adleman (RSA)
      20.10 Diffie-Hellman
      20.11 Message Digest (One-Way Hash) Functions

      Cryptography Tools

      20.12 MD5 Hash Calculators
      20.13 Hash Calculators for Mobile
      20.14 Cryptography Tools
      20.15 Cryptography Tools for Mobile

      Public Key Infrastructure (PKI)

      20.16 Public Key Infrastructure (PKI)

      Email Encryption

      20.17 Digital Signature
      20.18 Secure Sockets Layer (SSL)
      20.19 Transport Layer Security (TLS)
      20.20 Cryptography Toolkit
      20.21 Pretty Good Privacy (PGP)

      Disk Encryption

      20.22 Disk Encryption
      20.23 Disk Encryption Tools

      Cryptanalysis

      20.24 Cryptanalysis Methods
      20.25 Code Breaking Methodologies
      20.26 Cryptography Attacks
      20.27 Cryptanalysis Tools
      20.28 Online MD5 Decryption Tools

      Countermeasures

      20.29 How to Defend Against Cryptographic Attacks

      Ethical Hacking Projects and Case Studies

      Threat Detection

      You will have the opportunity to participate in a number of cases where you will get first-hand experience as a member of the ethical hacking team. You will assist in anticipating and preventing cybercrimes as well as identifying threats and data breaches.

      Cracking Wifi

      In this project, you will learn a lot about WiFi cracking. You will use a variety of pertinent tools, technologies, and techniques to crack WiFi. You will learn how to break into different WiFi routers. The WPA/WPA2 are usually used.

      Improvement of Auditing in the Restaurant

      The project gives you the knowledge you need to learn how to improve any restaurant’s security system as needed. You will primarily employ a variety of techniques, including system resilience and the implementation of KPIs.

      Data Security of a BPO Firm

      You will understand the BPO firm’s data security. Working with data that has been generated by machines, you will search for irregularities, threats, and other things like suspicious activity. Additionally, the Splunk SIEM tool will be used to manage a sizable database.

      ‣ Different types of social engineering techniques


      ‣ Potential indicators to determine the type of attack


      ‣ Potential indicators to determine the type of attack


      ‣ Potential indicators associated with network attacks


      ‣ Different threat actors, vectors, and intelligence sources


      ‣ Security concerns associated with various types of vulnerabilities


      ‣ Techniques used in Security Assessments & Penetration testing

      Module 1: CISSP Introduction

      1.1 Overview

      Module 2: Security and Risk Management

      2.1 Security and risk management
      2.2 Information security management
      2.3 Security controls
      2.4 Information security management and governance
      2.5 Goals, missions, and objectives
      2.6 Due care
      2.7 Security policy
      2.8 Compliance
      2.9 Cybercrimes
      2.10 Legal systems
      2.11 Intellectual Property (IP) law
      2.12 Privacy
      2.13 General data protection regulation
      2.14 Security
      2.15 Risk analysis and types
      2.16 Security control assessment
      2.17 Threat modeling
      2.18 Supply-chain risk management
      2.19 Third-party management
      2.20 Business continuity planning and phases
      2.21 Personal security management
      2.22 Security awareness training
      2.23 Program effectiveness evaluation

      Module 3: Asset Security

      3.1 Information and data classification
      3.2 Data life cycle and management
      3.3 Different roles
      3.4 Data remanence
      3.5 Privacy
      3.6 Data states
      3.7 Data loss prevention

      Module 4: Security Engineering

      4.1 Security engineering and architecture
      4.2 Security models
      4.3 Evaluation criteria
      4.4 System security
      4.5 CPU
      4.6 Memory
      4.7 Security mode
      4.8 Cloud Computing
      4.9 IoT
      4.10 Industrial control system (ICS)
      4.11 Cryptography
      4.12 Encryption methods
      4.13 DES
      4.14 Asymmetric cryptography
      4.15 Public key infrastructure
      4.16 Cryptanalysis
      4.17 Key management
      4.18 Critical path analysis
      4.19 Site location
      4.20 Fire
      4.21 HVAC

      Module 5: Identity and Access Management

      5.1 Identity management
      5.2 Biometrics
      5.3 Passwords
      5.4 Tokens
      5.5 Memory cards and smart cards
      5.6 Access and authorization
      5.7 Identity management implementation
      5.8 Kerberos
      5.9 Access control types and models
      5.10 Access control tools and techniques
      5.11 Accountability
      5.12 Access control monitoring
      5.13 Identity proofing
      5.14 Markup languages
      5.15 Identity as a Service (IDaaS)

      Module 6: Communications and Network Security

      6.1 Network architecture and design
      6.2 IP addressing
      6.3 Network protocols
      6.4 Transmission media
      6.5 Firewall
      6.6 Intrusion detection and prevention system
      6.7 Network access control (NAC)
      6.8 Content delivery network (CDN)
      6.9 Networks
      6.10 Software-defined networking (SDN)
      6.11 Remote access
      6.12 Internet Security Protocol (IPsec)
      6.13 Voice Over Internet Protocol (VoIP)
      6.14 Phreaking
      6.15 Secure access protocols
      6.16 Wireless technologies
      6.17 Network attacks

      Module 7: Security Operations

      7.1 Investigation
      7.2 Forensic investigation
      7.3 Evidence
      7.4 Electronic discovery
      7.5 Incident management
      7.6 Security operations management
      7.7 Identity and access management
      7.8 Assets
      7.9 Malware
      7.10 Management
      7.11 Recovery and backup
      7.12 Disaster recovery
      7.13 Perimeter security

      Module 8: Security Assessment and Testing

      8.1 Security assessment
      8.2 Vulnerability assessment
      8.3 Penetration testing
      8.4 Audits
      8.5 Log management
      8.6 Synthetic and real transaction
      8.7 Testing
      8.8 Software testing
      8.9 Interface
      8.10 Key performance indicators (KPIs)

      Module 9: Software Development Security

      9.1 Importance of software development security
      9.2 Programming concepts
      9.3 Systems development life cycle
      9.4 Application program interface
      9.5 Software security and assurance
      9.6 Database and data warehouse environments
      9.7 Knowledge management
      9.8 Web application environment
      9.9 Security threats and attacks

      Module 01 – Cloud Concepts, Architecture, and Design

      1.1 Security concepts
      1.2 Defense in due care, depth, and due diligence
      1.3 Security functionalities and controls
      1.4 Concepts of Cloud Computing
      1.5 Business drivers
      1.6 Elasticity, scalability, vendor lock-in, and vendor lock-out
      1.7 Advantages of Cloud Computing concepts
      1.8 Architecture of cloud reference
      1.9 Cloud Computing: Actors and roles
      1.10 Categories of cloud service: Infrastructure as a Service (IaaS), Platform as a Service (PaaS), and Software as a Service (SaaS)
      1.11 Management of cloud service categories
      1.12 Deployment models of cloud: Public cloud, private cloud, hybrid cloud, and community cloud
      1.13 Characteristics and models
      1.14 Cloud deployment models: Comparison
      1.15 Cloud technology roadmap
      1.16 Related technologies and the impact
      1.17 Key management, cryptography, and other concepts of security
      1.18 Access control and IAM
      1.19 Data remanence
      1.20 Cloud Computing: Threats
      1.21 Virtualization
      1.22 Secure Cloud Computing: Design principles
      1.23 Analysis of costs and benefits
      1.24 Cloud service providers: Evaluation
      1.25 SOC
      1.26 Evaluating IT security
      1.27 FIPS

      Module 02 – Cloud Data Security

      2.1 Life cycle of cloud data: Create, use, store, and share
      2.2 Life cycle of cloud data: Archive
      2.3 Life cycle of cloud data: Destroy and other key data functions
      2.4 Architectures of cloud data storage types: IaaS, PaaS, and SaaS
      2.5 Architectures of cloud data storage: Storage types and threats
      2.6 Strategies of data security: Encryption challenges, IaaS encryption, encryption of databases, key management, cloud key storage, masking, tokenization, data anonymization, bit splitting, homomorphic encryption, and data loss prevention
      2.7 Data classification and discovery technology: Data classification and cloud data challenges
      2.8 Jurisdictional data protections for Personally Identifiable Information (PII)
      2.9 Privacy acts: GDPR, and policies of data protection
      2.10 Privacy acts: HIPAA, FISMA, and SOX
      2.11 Jurisdictional data protection for PII: Cloud services responsibilities
      2.12 Management of data rights
      2.13 Data retention and deletion
      2.14 Archiving policies
      2.15 Legal hold
      2.16 Auditability, accountability, and traceability of data events
      2.17 SIEM
      2.18 Custody chain
      2.19 Nonrepudiation

      Module 03 – Cloud Platform and Infrastructure Security

      3.1 Components of cloud infrastructure
      3.2 Communications and network
      3.3 Virtualization and management plane
      3.4 Factors impacting data center design
      3.5 Physical design: Buy or build, design standards of a data center, uptime institute, tiers, and features of tier
      3.6 Considerations of environmental design
      3.7 Connectivity
      3.8 Resource allocation and hypervisor
      3.9 Risks associated using cloud infrastructure
      3.10 Policy, general, and virtualization risks
      3.11 Cloud-specific and non-cloud-Specific risks, along with legal ones
      3.12 Compensating controls and cloud attack vectors
      3.13 Designing and planning security controls
      3.14 Business continuity plan and disaster recovery
      3.15 Disruptive events and BCDR planning factors
      3.16 Cloud infrastructure characteristics
      3.17 Strategies of BCDR and returning to normal
      3.18 Creation of BCDR: Test, revise, and report
      3.19 Testing types, availability, uptime, and activity
      3.20 Security awareness and training

      Module 04 – Cloud Application Security

      4.1 Application security: Awareness and advocate training
      4.2 Common pitfalls
      4.3 Awareness of encryption dependency
      4.4 Understanding the Software Development Life Cycle (SDLC) process
      4.5 Risks and vulnerabilities
      4.6 Threat modeling
      4.7 Encryption
      4.8 Application virtualization and sandboxing
      4.9 Federated identity management
      4.10 Authentication of SAML
      4.11 Identity and Access Management (IAM) and Multi-factor Authentication (MFA)
      4.12 Cloud access security broker
      4.13 Security testing of application
      4.14 Supply chain management of software

      Module 05 – Cloud Security Operations

      5.1 Hardware secure configuration: Servers, storage controllers, and virtual switches
      5.2 VM tools configuration: Physical infrastructure running
      5.3 Configuration of securing the network
      5.4 Clustered hosts
      5.5 Clustered storage and dynamic optimization
      5.6 Patch management and maintenance mode
      5.7 Performance monitoring
      5.8 Network security controls: Honeypots, layered security, and SIEM
      5.9 Log management and orchestration
      5.10 Guest OS availability
      5.11 Operations management
      5.12 Process of risk management: Framing of risks and risk assessment
      5.13 Quantitative risk analysis
      5.14 Risk monitoring and response
      5.15 Preservation and collection of digital evidence
      5.16 Communication using relevant parties
      5.17 Center of security operations

      Module 06 – Legal Risk and Compliance

      6.1 Concepts of legislative
      6.2 Intellectual property laws
      6.3 Agreements and acts
      6.4 NERC
      6.5 Generally accepted privacy principles (GAPP) and privacy shield
      6.6 Data privacy jurisdictional difference
      6.7 E-discovery and related terminology
      6.8 PII and forensic requirements
      6.9 SOC reports, gap analysis, and chain of custody
      6.10 Vendor management
      6.11 Risk attitude and Cloud Computing policies
      6.12 SLA
      6.13 Quality of Service (QoS)
      6.14 Risk mitigation and risk management metrics
      6.15 ISO 28000:2007

      CCSP Projects

      Cloud System Encryption

      You will primarily focus on efficiently analyzing and encrypting various cloud systems. You will be trained to utilize this in your e-commerce website. Various other topics such as encryption and virtualization will be covered.

      Cloud Security Updation

      You will learn all the aspects of updating the cloud security system. This includes understanding of concepts such as cloud application security, cloud operations and troubleshooting of software-defined networking.

      Module 1 – Information System Auditing Process.

      In this module of the ISACA CISA certification program, you get to learn more about the concepts like IS Audit Standards, Guidelines, Codes of Ethics Business Processes, Types of Controls, Risk-Based Audit Planning, Types of Audits and Assessments, Audit Project Management, Sampling Methodology, Audit Evidence Collection Techniques, and a lot more.

      Module 2 – Governance and Management of IT

      In this segment of the ISACA CISA training program, you get to learn more about the ways to identify critical flaws and loopholes in the process. You learn the best enterprise-specific practices that can help you safeguard the governance of information and associated technologies.

      Module 3 – Information Systems Acquisition, Development, and Implementation

      This module of the CISA training program helps you get a better knowledge of the concepts like Project Governance and Management, Business Case and Feasibility Analysis, Testing Methodologies Configuration and Release Management, and a lot more

      Module 4 – Information Systems Operations and Business Resilience

      In this module ISACA CISA certification, you get to learn about Common Technology Components, IT Asset Management, Job Scheduling, Production Process Automation, System Interfaces, End-User Computing, Data Governance, Systems Performance Management, and more.

      Module 5 – Protection of Information Assets

      In this segment of ISACA CISA certification, you get to learn more about the different aspects of Information Asset Security Frameworks, Standards, and Guidelines Privacy Principles, Physical Access and Environmental Controls, Identity and Access Management, Network and End-Point Security, and more.

       

      Module 1: Information Security Governance.

      Part A: Enterprise Governance 

      • Importance of Information Security Governance  
      • Organizational Culture  
      • Legal, Regulatory and Contractual Requirements  
      • Organizational Structures, Roles and Responsibilities 

      Part B: Information Security Strategy 

      • Information Security Strategy Development 
      • Information Governance Frameworks and Standards  
      • Strategic Planning

      Domain 2: Information Security Risk Management 

      Part A: Information Risk Assessment 

      • Emerging Risk and Threat Landscape 
      • Vulnerability and Control Deficiency Analysis 
      • Risk Analysis, Evaluation and Assessment  

      Part B: Information Risk Response 

      • Risk Treatment/Risk Response Options 
      • Risk and Control Ownership  
      • Risk Monitoring and Reporting 

      Domain 3: Information Security Program 

      Part A: Information Security Program Development  

      • Information Security Program Overview 
      • Information Security Program Resources 
      • Information Asset Identification and Classification 
      • Industry Standards and Frameworks for Information Security 
      • Information Security Policies, Procedures and Guidelines 
      • Defining an Information Security Program Road Map 
      • Information Security Program Metrics 

      Part B: Information Security Program Management  

      • Information Security Control Design and Selection 
      • Information Security Control Implementation and Integration 
      • Information Security Control Testing and Evaluation 
      • Information Security Awareness and Training 
      • Integration of the Security Program with IT Operations 
      • Management of External Services and Relationships 
      • Information Security Program Communications and Reporting

      Domain 4: Incident Management 

      Part A: Incident Management Readiness 

      • Incident Management and Incident Response Overview  
      • Incident Management and Incident Response Plans  
      • Business Impact Analysis  
      • Business Continuity Plan 
      • Disaster Recovery Plan 
      • Incident Classification/Categorization 
      • Incident Management Training, Testing and Evaluation  

      Part B: Incident Management Operations 

      • Incident Management Tools and Technologies 
      • Incident Investigation and Evaluation  
      • Incident Containment Methods 
      • Incident Response Communications 
      • Incident Eradication and Recovery 
      • Post-Incident Review Practices

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        Benefits Of Cyber Security Certification

        Master’s in Cyber Security is designed by SMEs with 12+ years of experience. Once you complete the course and carry out all the projects successfully, you will receive a master’s degree in Cyber Security and a course completion certificate from Intellipaat and EC-Council.

         

        After this training, you will have the knowledge and skills to clear various Cyber Security Certifications, including the ones listed below:

        Benefits for students from EC-Council
        EC-Council_Certificate

        Industry Trends

        Trends_linkedIn

        There are 70,000+ jobs open for Cyber Security professionals in the United States

        Cyber Security Analysts earn an average salary of about US$76,559 per year

        Trends_indeed

        Ernst & Young, Tesla, and other major organizations hire Cyber Security Analysts

        Cyber Security Certification

        Master’s in Cyber Security is designed by SMEs with 12+ years of experience. Once you complete the course and carry out all the projects successfully, you will receive a master’s degree in Cyber Security and a course completion certificate from Intellipaat and EC-Council.

         
        career-services-1
        Career Oriented Sessions

        Over 20+ live interactive sessions with an industry expert to gain knowledge and experience on how to build skills that are expected by hiring managers. These will be guided sessions and that will help you stay on track with your up skilling objective.

        Resume & LinkedIn Profile Building

        Get assistance in creating a world-class resume & Linkedin Profile from our career services team and learn how to grab the attention of the hiring manager at profile shortlisting stage

        Assured Interviews

        Assured Interviews upon submission of projects and assignments. Get interviewed by our 500+ hiring partners.

        Exclusive access to Intellipaat Job portal

        Exclusive access to our dedicated job portal and apply for jobs. More than 400 hiring partners’ including top start-ups and product companies hiring our learners. Mentored support on job search and relevant jobs for your career growth.

        Mock Interview Preparation

        Students will go through a number of mock interviews conducted by technical experts who will then offer tips and constructive feedback for reference and improvement.

        1 on 1 Career Mentoring Sessions

        Attend one-on-one sessions with career mentors on how to develop the required skills and attitude to secure a dream job based on a learners’ educational background, past experience, and future career aspirations.

        Our Alumni Works At

        Cyber Security Certification

        Master’s in Cyber Security is designed by SMEs with 12+ years of experience. Once you complete the course and carry out all the projects successfully, you will receive a master’s degree in Cyber Security and a course completion certificate from Intellipaat and EC-Council.

         

        Apply by filling a simple online application form

        Admissions committee will review and shortlist.

        Shortlisted candidates need to appear for an online aptitude test.

        Screening call with Alumni/ Faculty

        Payal Singh Cyber Security Student

        I have been a student of Securium Academy for a long time and it has helped me become a better cybersecurity expert. They provide the best training you can find and their teachers are very knowledgeable. I always look forward to my classes.

        Keshav Singh CEH V12 Student

        It is one of the best places where one can go and learn about cyber security. He teaches very deeply and makes everything easy. The instructors are very smart and intelligent and make every session fun. Overall I learned a lot from the course I took and I personally highly recommend it.

        Mayank Mathur Cyber Security Student

        Securium Academy is one of the best places to learn. You can visit this website and get knowledge from the best consultant. Along with this, the culture of studies and the method of teaching is also wonderful. I recommend Securium Academy to everyone who wants to learn cybersecurity.

        Shams W.Pawel DATA Science Certification Training

        It's a good institute providing the best courses in the field of cyber security. The courses are well-designed and effective. It is not only knowledge-oriented but also employment oriented. The technical staff is helpful and helpful.

        FAQs on Cyber Security Master’s Program

        Cyber Security is a method of defending against unwanted access to or attacks on computers, networks, and digital data. It entails utilizing a range of methods and tools to protect data and thwart online dangers like viruses, hackers, and data breaches. In order to make the online environment safer for individuals, companies, and organizations, cybersecurity aims to guarantee the confidentiality, integrity, and availability of digital assets.

        Yes, In this Master's program, you will learn how to create, set up, and oversee secure computer systems. By completing this course, you will gain the necessary skills and confidence to excel in various cyber security jobs, such as security designer, ethical hacker, and digital forensics officer.

        Students at Securium Academy receive personalized support from instructors. Instructors offer assistance and guidance during the learning process.

        To be eligible for the Cyber Security Master's program (M.Sc), you need a BSc/BE/BTech degree or a similar qualification in Cyber Security, Computer Science, or Information Technology from a recognized institute. You must have obtained at least 50% marks in your aggregate to meet the eligibility criteria.

        The Cyber Security Master's program equips students with a wide range of valuable skills, including:

        1. Ethical hacking and penetration testing techniques.
        2. Risk assessment and management in cyber environments.
        3. Network security and defense strategies.
        4. Incident response and digital forensics.
        5. Secure software development practices.

        Securium academy is offering you the most updated, relevant, and high-value real-world projects as part of the training program. This way, you can implement the learning that you have acquired in real-world industry setup. All training comes with multiple projects that thoroughly test your skills, learning, and practical knowledge, making you completely industry-ready.

        You will work on highly exciting projects in the domains of high technology, ecommerce, marketing, sales, networking, banking, insurance, etc. After completing the projects successfully, your skills will be equal to 6 months of rigorous industry experience.

         

        Yes, the Cyber Security Certification Training is suitable for beginners. The program is designed to provide a solid foundation in cybersecurity concepts and skills, making it accessible and understandable for those who are new to the field. Our training includes comprehensive learning materials, practical exercises, and expert guidance to help beginners grasp essential cybersecurity principles and techniques effectively. Whether you're starting your journey in cybersecurity or looking to enhance your knowledge, this training is a great way to get started with confidence.

        Securium academy actively provides placement assistance to all learners who have successfully completed the training. For this, we are exclusively tied-up with over 80 top MNCs from around the world. This way, you can be placed in outstanding organizations such as Sony, Ericsson, TCS, Mu Sigma, Standard Chartered, Cognizant, and Cisco, among other equally great enterprises. We also help you with the job interview and résumé preparation as well.

         

        Yes, Securium Academy offers preparatory materials and practice exams to help students prepare effectively for their Cyber Security certification exams.

        Graduates of the Cyber Security Master's program have diverse career paths, including:

        1. Cyber Security Analyst or Specialist.
        2. Information Security Manager.
        3. Penetration Tester or Ethical Hacker.
        4. Security Consultant.
        5. Digital Forensics Expert.

        Once you complete Intellipaat’s training program, working on real-world projects, quizzes, and assignments and scoring at least 60 percent marks in the qualifying exam, you will be awarded securium academy course completion certificate. This certificate is very well recognized in securium academy-affiliated organizations, including over 80 top MNCs from around the world and some of the Fortune 500companies.

        Apparently, no. Our job assistance program is aimed at helping you land in your dream job. It offers a potential opportunity for you to explore various competitive openings in the corporate world and find a well-paid job, matching your profile. The final decision on hiring will always be based on your performance in the interview and the requirements of the recruiter.

        The Cyber Security Certification Training at Securium Academy stands out from others because Securium Academy's Cyber Security Certification Training offers a comprehensive, hands-on, and supportive learning experience, setting you up for success in the cybersecurity industry.

        In India, the average starting salary for a fresher in the field of Cyber Security is approximately ₹2.0 Lakhs per year (equivalent to ₹16.7k per month). Notably, prior experience is not required to enter the Cyber Security domain. On the other end of the spectrum, the highest salary that a Cyber Security professional can earn in India is ₹17.2 Lakhs per year (equivalent to ₹1.4L per month). This means that the earning potential in the Cyber Security field can vary significantly based on experience, skills, and expertise.

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