Introduction to Penetration
Testing

• What is Penetration Testing
• Basics of Penetration Testing
• Types of Penetration Testing
• Steps of Penetration Testing
• Goals to Achieve the Penetration Testing
• Methodologies of Penetration Testing

Working on Network Technologies (Using Packet Tracer)

• Introduction to Networks (basics)
• Difference between OSI and TCP model
• IP addressing in depth
• 1.3.1 Demo of Three Way Handshaking
• 1.3.2 What is an IP?
• 1.3.3 Types of Address
• 1.3.4 Public IP address
• 1.3.5 Private IP address
• 1.3.6 Demos of Public and Private IP address
• 1.3.7 Calculation of subnets/Subnet Mask
• 1.4 Usage of Switches/ Routers/Hubs in practical scenarios
• 1.5 Building up of Network Topologies
• 1.6 Collisions and Broadcast Domains

3.Routers in Depth (Demos in Packet Tracer)

• 1.What are Routers??
• 2.Routing in details
• 3.Tools for networking
• 4.Static and Dynamic Routing
• 5.OSPF (open shortest path first)
• 6.RIP (Routing Information Protocol)
• 7.EIGRP (Enhanced Interior gateway Routing Protocol)

4.Switches in depth (Demos in packet tracer)

• 1. Working of a Switch
• 2. LAN Switching
• 3. CSMA/CD
• 4. VLANs (in depth)
• 1. Introduction to VLAN’s
• 2. Access Ports and Trunk Ports
• 3. Configuring VLAN’s in Packet Tracer
• 4. Native VLANs
• 5. Inter-VLAN Routing

• 5.Switch Security
• 6.Port Security
• 7.VTP(Virtual LAN Trunk Protocol)
• 1.Working of VTP
• 2.VTP modes
• 3.Configuring of VTP
• 8.STP (Spanning Tree Protocol)
• 1.Working of STP
• 2.Configuring of STP

• 9.NAT (Network Address Translations)
• 1.What is NAT?
• 2.Real-time Scenarios of using NAT
• 3.Types of NAT
• 4.Configuring of Static NAT
• 10.DHCP (Dynamic Host Configuration Protocol)
• 1.Introduction to DHCP
• 2. Configuring of DHCP

5.Ports

• 1. Introduction to Ports
• 2. Working of Ports
• 3. Types of Interfaces and ports
• 4. Scanning of Ports (using Nmap and Nessus)
• 5. Demo of Services running on ports

6.OS Hardening for Penetration Testing

• 1. Introduction to LINUX
• 2. Basic commands usage in LINUX
• 3. Programming Basics in LINUX
• 4. Cracking of roots in LINUX
• 5. Difference between LINUX and windows

7.ARP (Address Resolution Protocol)

• 1. Introduction to ARP
• 2. Working of ARP
• 3. Traffic Analysis (Using Wireshark)
• 4. Introduction to Sniffing
• 5. Demonstration

8.DOS AND DDOS

• 1. Introduction to Denial of Service
• 2. Introduction to Distributed Denial of Service
• 3. Difference between both of them

• 4. Practical Demonstration of DOS
• 5. Practical Demonstration of DDOS
• 6. IPSEC Policy

• 1. Introduction to IPSEC
• 2. Depth Study of IPSEC
• 3. Creation of Policy to protect against DOS attacks

9.Cryptography

• 1. Introduction to Cryptography
• 2. Symmetric Key Cryptography
• 3. Public Key Cryptography
• 4. Methodologies of Cryptography
• 1. Mono-alphabetic
• 2. Ceaser-Cipher
• 3. Advanced Ceaser Cipher
• 4. Poly-alphabetic
• 5. Vignere
• 6. Auto-key
• 7. Morse Code
• 8. Transposition Cipher
• 9. Rail-Fence Cipher
• 10.Route-Cipher
• 11.Cryptanalysis of Ciphers (Using Frequency Analysis)

• 5. Fiestal Ciphers
• 6. DES (Data Encryption Standards)
• 5.1 Introduction to DES
• 5.2 Working of DES
• 5.3 Round Structure of DES
• 5.4 Key Management Structure
• 5.5 Demonstration of DES
• 5.6 Double DES
• 5.7 Meet In the Middle Attack

• 7. AES (Advanced Encryption Standards)
• 7.1Introduction to AES
• 7.2 Working of AES
• 7.3 Round Structure of AES
• 7.4 Key Management Structure
• 7.5 Demonstration of AES
• 7.6 Vulnerabilities of DES and AES
• 7.7 Exploiting the vulnerabilities to AES and DES
• 7.8 Hash Functions
• 7.8.1 Introduction to Hash Functions
• 7.8.2 SHA (Secured Hash Algorithms)
• 7.8.3 MD5 (Message Detection Algorithms)
• 7.9 Attacks on Hash Functions

8 Intrusion Detection System

• 8.2 Introduction to Intrusion Detection System
• 8.3 Types of Intrusion detection System
• 8.4 Working of Intrusion Detection System
• 8.5 Practical Demonstration of Intrusion Detection System
• 8.6 Generating Alerts even on PING attacks
• 8.7 Track Down of Attacker

9 Advance Intrusion Detection System

• 9.2 Introduction to AIDE
• 9.3 Working of AIDE
• 9.4 PGP and GPG Encryptions
• 9.5 Demonstration of AIDE
• 9.6 Detection of Added Trojans or viruses by attackers
• 9.7 Audition of Any file

10 Wireless Penetration Testing

• 10.2 Introduction to Wireless
• 10.3 Types of Wireless Networks
• 10.4 Working of Wireless Networks
• 10.5 Working of Frequencies
• 10.6 Multiplexing
• 10.7 Divisions of Multiple Access
• 10.8 FDMA
• 10.9 CDMA
• 10.10 TDMA
• 10.11 In depth Study of WEP/WPA/WPA2
• 10.12 Handshaking of Open Authentication
• 10.13 3-way Handshaking of WEP
• 10.14 4-way Handshaking of WPA/WPA2
• 10.15 Vulnerabilities of WEP/WPA/WPA2
• 10.16 Exploitation of WEP/WPA/WPA2

Who should
attend

• All students who use computers and Internet for their personal or academic work.
• College students for Industrial training.
• Students from any stream can attend this training.
• Students who want to make their career in Information Security and Ethical Hacking.
• Staff and Employees of colleges/school can join this training to live more secure from various attacks.

Pre-
requisites

• Only Basics of Internet.
• What you need to bring

Things required for Online Training

• Laptop or Desktop (Os: Win7 / Win8 / Mac)
• Internet Connection (Speed: min. 2mbps)
• Headphones with mic

Things required for Online Training

• Laptop or Desktop (Os: Win7 / Win8 / Mac)
• Internet Connection (Speed: min. 2mbps)
• Headphones with mic

Key
Take Away

• The premier Certification in Ethical Hacking & Information Security
• Hacking and Security Tools, Books, Tutorials to each student
• Training by White Hat Hackers, Ethical Hackers, and Information Security Experts
• Covers both sides of the coin - Attacks and Counter measures
• Live training on pre attacks with their Counter measures, Hands on use many technical tools