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ETHICAL HACKING WITH (NETWORKING & LINUX)

8,500.00

A white hat is an ethical computer hacker, or a computer security expert, who specializes in penetration testing and other testing methodologies that ensure the security of an organization’s information systems. Ethical hacking is a term meant to imply a broader category than just penetration testing.

SYLLABUS

SESSION 1: BASIC NETWORKING

  • Introduction to the term Networking
  • Types of Network
  • OSI Model
  • Client/Server Configuration
  • Topologies
  • Media (Guided Media)
  • IP Address (IPv4, IPv6)
  • VLSM, CIDR, Subnetting (Network/Host)
  • Devices
  • Protocols
  • TCP/IP Applications and Services

SESSION 2: LINUX ADMINISTRATION

Topics to be covered:

  • Introduction of Linux
  • History of Linux & Unix
  • Installation of RHEL-6 & 7
  • Directory Structure
  • Basic Commands
  • VI Editor
  • Permissions
  • Users & Groups
  • I/O Redirectors
  • Hardlink and Softlink
  • Compression/Decompression, Backup and Scheduling Tasks

SESSION 3: LINUX COMMANDS

Topics to be covered:                                                                  

  • Filter commands
  • Finding and processing files
  • Process commands
  • Analyzing logs
  • Exploring virtual file system (Proc)

SESSION 4: INTRODUCTION TO ETHICAL HACKING

Topics to be covered:                                                                  

  • The module briefs about information security, information security threats and attack vectors.
  • Discusses various hacking concepts, type and phases.
  • Addresses the pre-requisites to become an ethical hacker and also the scope and limitations of ethical hacking
  • Discusses various information security controls such as Information Assurance (IA), Defense-in-path, security policies, physical security, risk management, threat modelling, incident management, AI/ML, Etc.
  • Addresses the penetration testing process and security testing methodology
  • Discusses various information security acts and laws

SESSION 5: FOOTPRINTING AND RECONNAISSANCE

Topics to be covered:                                                                  

  • Discusses footprinting terminologies.
  • Briefs on the footprinting methodologies such as footprinting through search engines, web services, social networking sites, social engineering, website footprinting, Email footprinting, competitive intelligence gathering, whois footprinting, DNS footprinting, etc.
  • Provides an assessment of various footprinting tools used to collect information regarding a system or network.
  • Discusses various footprinting countermeasures to defend against footprinting attacts.
  • Describes various penetration testing steps involved in footprinting.

SESSION 6: SCANNING NETWORKS

Topics to be covered:                                                                  

  • Discusses network scanning concepts
  • The module briefs on scanning methodology used to identify the hosts, ports, and services in a network that includes:
  • Checking for live systems and ports using various scanning techniques
  • Identifying services using various scanning techniques
  • IDS/firewall evasion techniques
  • Banner grabbing/OS fingerprinting
  • Drawing network diagrams of the vulnerable hosts
  • Provides an assessment of various scanning tools used to collect information regarding hosts, ports, and services in a network
  • Discusses various IP spoofing detection techniques
  • Discusses various penetration testing steps used to scan the network

SESSION 7: ENUMERATION

Topics to be covered:                  

  • This module explains the process of extracting user names, machine names, network resources, shares, and services from a system
  • Describes the techniques for enumeration such as NetBIOS Enumeration, SNMP enumeration, LDAP enumeration, NTP enumeration, SMTP enumeration, DNS enumeration, IPsec enumeration, VoIP enumeration, RPC enumeration, and Unix/Linux user enumeration
  • Lists the enumeration tools that can be used to extract the data
  • Discusses various enumeration countermeasures to defend against enumeration attacks
  • Assesses various penetration testing steps used to extract the data from a system

SESSION 8: VULNERABILITY ANALYSIS

Topics to be covered:                                                                  

  • Discusses vulnerability assessment concepts
  • Briefs the working of vulnerability scanning solutions and criteria for choosing those tools
  • Describes the importance of vulnerability scoring systems in vulnerability assessment
  • Lists various tools used to perform vulnerability assessment
  • Discusses how to generate and analyze vulnerability assessment reports

SESSION 9: SYSTEM HACKING

Topics to be covered:                                                                  

  • Describes the CEH system hacking process which is classified into three stages: gaining access (by cracking passwords and escalating privileges), maintaining access (executing applications and hiding files), and clearing logs (covering tracks)
  • Explains the hacking tools (keyloggers, spywares, and rootkits, etc.) that aid the hacking process
  • Discusses various steganography techniques for hiding a secret message
  • Explains various steganalysis methods and steganography detection tools
  • Presents the countermeasures that can be applied at every stage to prevent an attack on the system
  • Discusses various penetration testing steps

SESSION 10: MALWARE THREATS

Topics to be covered:                                                                  

  • Discusses various malware and malware propagation techniques
  • Discusses Trojans and viruses, their types, and how they infect files/systems
  • Lists some of the latest Trojans that are used to infect a system
  • Discusses worms that can compromise a business or system’s security
  • Explains the static and dynanic malware analysis process
  • Briefs on the various methods of virus detection
  • Discusses various countermeasures to defend against malware attacks
  • Lists anti-malware tools
  • Assesses various malware penetration testing steps

SESSION 11: SNIFFING

Topics to be covered:                                                                  

  • Briefs about the basic concepts of sniffing network and various types of sniffing
  • Discusses various sniffing techniques such as MAC attack, DHCP attack, ARP poisoning, DNS poisoning, etc.
  • Discusses on how to defend against various sniffing attacks
  • Features various sniffing tools and explains how an attacker hacks a network using them
  • Lists a number of countermeasures to defend against sniffing
  • Explains various sniffing detection methods and tools
  • Discusses various penetration testing steps

SESSION 12: SOCIAL ENGINEERING

Topics to be covered:                                                                  

  • Introduces social engineering concepts and various attack phases
  • Describes the different types of social engineering with examples
  • Explains various types of insider threats
  • Explains in detail how impersonation on social engineering sites is carried out
  • Briefs how attackers obtain and exploit personally identifiable information and authenticate themselves, in order to impersonate victim
  • Lists various social engineering, insider threats, and identity theft countermeasures
  • Lists anti-phishing tools to detect phishing emails and websites
  • Tabulates common social engineering tactics and proposes combat strategies to prevent such attacks
  • Talks about social engineering penetration testing

SESSION 13: DENIAL-OF-SERVICE

Topics to be covered:                                                                  

  • This module explains DoS/DDoS attacks, the classification of DoS/DDoS attacks, and various attack techniques
  • Discusses Botnets, the types of bots, and how they infect the system
  • Demonstrates various tools to perform DoS and DDoS attacks
  • Discusses various techniques to detect, prevent, and mitigate DoS/DDoS attacks
  • Briefs about various post-attack forensic methods
  • Explains various techniques to defend against botnets
  • Lists various DoS/DDoS protection tools
  • Explains countermeasures to prevent DoS/DDoS attacks and pen testing steps

SESSION 14: SESSION HIJACKING

Topics to be covered:                                                                  

  • This module explains session hijacking concepts
  • Discusses about network and application level session hijacking
  • Explains various session hijacking tools
  • Explains various session hijacking detection methods and tools
  • Explains countermeasures to prevent session hijacking attacks
  • Discusses various approaches vulnerable to session hijacking and their preventative solutions
  • Discusses various penetration testing steps involved in session hijacking

SESSION 15: EVADING IDS, FIREWALLS, AND HONEYPOTS

Topics to be covered:                                                                  

  • This module gives an introduction to IDS, firewall and honeypot concepts and types
  • Demonstrates various IDS, firewall and honeypot solutions
  • Describes various IDS and firewall evasion techniques
  • Explains various techniques to detect and defeat honeypots
  • Lists various IDS/firewall evasion tools and honeypot detection tools
  • Discusses the countermeasures to defend against IDS/firewall evasion
  • Discusses various penetration testing steps involved in in firewall/IDS penetration testing

SESSION 16: HACKING WEB SERVERS

  • Explains open source web server and IIS architecture
  • Discusses various reasons why web servers are compromised
  • Demonstrates various key web server attack techniques and tools
  • Discusses about web server attack methodology and tools
  • Discusses various methods to detect web server hacking attempts
  • Explains countermeasures to prevent web server attacks
  • Explains what is patch management and associated concepts
  • Lists various web server security tools
  • Discusses various penetration testing steps involved in web server pen testing

SESSION 17: HACKING WEB APPLICATIONS

  • This module gives an introduction to web application architecture and demonstrates how web applications work?
  • Lists and explains various web application threats and attacks
  • Explains web application hacking methodology
  • Demonstrates various web application hacking tools
  • Discusses countermeasures to defend against web application attacks
  • Demonstrates various web application security tools
  • Discusses various penetration testing steps and tools involved in web application pen testing

SESSION 18: SQL INJECTION

  • This module gives an introduction to SQL Injection and threats from SQL injection attacks
  • Explains various types of SQL injection attacks with examples
  • Explains SQL injection methodology
  • Demonstrates various SQL injection and detection tools
  • Explains various evasion techniques
  • Explains countermeasures to prevent SQL injection attacks

SESSION 19: HACKING WIRELESS NETWORKS

  • The module gives an introduction to wireless terminologies, types, standards, etc.
  • Discusses the types of wireless encryption and their working
  • Lists and explains various wireless threats
  • Describes wireless hacking methodology
  • Demonstrates various wireless hacking tools
  • Discusses about Bluetooth hacking, threats, and Bluetooth hacking tools
  • Discusses how to defend against wireless attacks
  • Illustrates various wireless security tools
  • Discusses various penetration testing steps and tools involved in wireless penetration testing

SESSION 20: HACKING MOBILE PLATFORMS

  • This module discusses mobile platform attack vectors in detail and explores app sandboxing issues
  • Discusses Android OS architecture briefly and demonstrates hacking android OS using various tools
  • Illustrates working of various Android Trojans and guidelines for securing Android devices
  • Gives a brief knowledge on jailbreaking iOS, its types, techniques and tools required for jailbreaking
  • Illustrates various iOS Trojans and guidelines for securing iOS devices
  • Discusses about different mobile spyware
  • Explains about mobile device management and solutions for mobile device management
  • Lists guidelines for BYOD security
  • Provides brief knowledge on mobile security guidelines and lists various mobile security tools
  • Discusses various penetration testing steps involved in pen testing for Android phones and iPhones

SESSION 21: IOT HACKING

  • This module gives an introduction to IoT concepts
  • Briefs about various IoT challenges and security problems
  • Discusses about various IoT threats and attack surface areas
  • Tabulates various IoT attacks in different sectors
  • Discusses the IoT hacking methodology and various IoT hacking tools
  • Discusses various countermeasures to prevent IoT hacking
  • Explains security considerations for IoT framework
  • Lists various IoT security tools
  • Discusses various steps involved in IoT pen testing

SESSION 22: CLOUD COMPUTING

  • Briefs about the basic concepts of cloud computing and various types of cloud computing services
  • Explains the importance of virtualization in cloud computing
  • Lists and explains various threats of cloud computing
  • Discusses various cloud computing attacks
  • Briefs about various cloud computing security considerations
  • Discusses best practices for securing cloud
  • Discusses various cloud security tools
  • Explains various key considerations for pen testing in the cloud
  • Discusses various steps involved in cloud penetration testing

SESSION 23: CRYPTOGRAPHY

  • This module gives an introduction to cryptography concepts
  • Discusses the types of cryptography and their working process
  • Discusses about ciphers and its types
  • Explains various encryption algorithms with examples
  • Discusses various hashing algorithms and lists various hash calculators
  • Lists and features various cryptography tools
  • Explains Public Key Infrastructure (PKI) and its components
  • Discusses email encryption, disk encryption, and cryptography attacks
  • Briefs various cryptanalysis methods and lists various cryptanalysis tools
  • Explains how to defend against cryptographic attacks

Prerequisite

No Prerequisite

Course Overview

OVERVIEW

This course is for students and professionals who want to start their carrier in Cyber Security. It all about attacks and their countermeasures at different levels for different devices and operating systems.

COURSE OBJECTIVE

Today we are living in a cyber world, mostly we are using online for our luxurious life. As much as online things are increasing, attackers are becoming more and more active. by completing this course, we will be able to see the techniques used by attackers to gain unauthorized access to system, website, mobile phones, networks, etc. We are also going to learn about penetration testing and vulnerability assessment of networks and devices. This course is for the tightening of the security of our network and devices.

DURATION

60 Hours

LOCATION

Online Live

TENTATIVE DATE & SCHEDULE

1st and 15th of every month

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