
Explore network security concepts, network and web vulnerability assessments, penetration testing, and cybersecurity training in ethical hacking and cybercrime forensics, plus machine learning and artificial intelligence.
Explore the different types of networks, from personal area and local networks to metropolitan, wide area, storage, campus, wireless LANs, and enterprise private networks, including VPNs.
Explore essential networking components—hubs, switches, routers, network interface cards, modems, and cables—and learn how they enable client–server connectivity; learn about mac addresses and ip spoofing for anonymity.
Compare the OSI seven-layer model with the four-layer TCP/IP model, detailing layer functions, mappings, and common protocols from physical to application, including Ethernet, IP, TCP/UDP, and DNS.
Learn how to locate your device's mac address from the command prompt and explore manual spoofing techniques and a mac address changer app to mask the real hardware identity.
Explore the tcp/ip protocol stack and the protocols at each layer, from network access to application, including http/https, ftp/ftps, telnet, ldap, imap, dhcp, ntp, ipsec, ssl, and tls.
Compare tcp and udp, describe three-way handshake and connection-oriented versus connectionless communication, and outline error-checking differences; ip, icmp, igmp, ipsec, ethernet, token ring, and frame relay at network access layer.
Explore IPv4 and IPv6 addressing concepts, including public and private IPs, DHCP, and IP config. Understand subnet masks, class A–E networks, and how addresses reveal location or are spoofed.
discover how to locate your dynamic private and public IP addresses using ipconfig and learn to spoof your private IP by manually configuring the subnet mask and gateway.
Explore manually spoofing your public IP address by configuring proxy settings and using proxy servers to mask anonymity, and understand IP and MAC address spoofing in this lab.
Explore network design elements, including the DMZ and firewalls, and understand private versus public network boundaries. Learn about LANs, virtualization, and subnetting to strengthen defense in depth.
Explore network design elements, including network address translation, remote access services, telephony, and the core capabilities of network access control such as policy lifecycle management and incident response.
Explore virtualization and cloud computing essentials, from server and desktop virtualization to network function and data virtualization, and learn cloud service models (saas, iaas, paas) plus deployment options.
Explains the internet of things and its growing device ecosystem, and outlines defense in depth with layered security across network, platform, application, data, and response.
This lecture provides an overview of some of the common network design elements and components such as - IoT and Defense in Depth.
This lecture provides an understanding of some of the basic terms and Goals of Network Security.
In this video, you will learn the basic concepts of Network Security and why it is important and also, you'll understand the basic functions/roles or responsibilities of a Network Security Specialist.
This lecture provides the basic understanding of Network Security Threats and Attacks & the basic difference between External and Internal Network Security Threats.
In this lecture we will discuss some of the Passive Network Attacks such as - Wiretapping, Port Scan, Idle Scan, Encryption etc.
In this lecture we will discuss some of the Active Network Attacks such as - Malware Attacks, Eavesdropping, Data Modification, DoS/DDoS Attack, DNS Spoofing etc.
In this lecture you will learn how to create a virus using JPS Virus Maker to test your Antivirus if it is properly working or not.
In this lecture you will learn how to create HTTP RAT to take remote access of a target machine to learn how trojan horse works.
In this lecture you will learn how to use Spytech SpyAgent a type of Spyware tool for system monitoring and surveillance, so that you can monitor users activity.
In this practical you will learn how to use All in one Keylogger to capture the key strokes of a target machine.
LOIC is one of the most powerful DOS attacking tools, in this practical you will learn how it works.
In this practical you will learn how to perform DoS Attack using HOIC (High Orbit Ion Cannon) which is very powerful tool used to flood websites by launching a DOS.
In this lecture you will get a practical demonstration based on DoSHttp that is easy to use and powerful HTTP Flood Denial of Service (DoS) Tool.
Password-based authentication is commonly used in today's computer systems. In this lecture you will learn the technical and non-technical based password attacks.
The default credentials are well known by security administrators and, unfortunately, also by malicious attackers, who can use them to gain access to various devices in your network or applications. In this lab, you will learn about default passwords.
This lecture provides practical demonstration to help you to learn how to use L0htCrack tool to attain and crack the user password from any Windows OS.
This lecture introduces you to several types of network security vulnerabilities and attacks followed by the description of security measures employed against them.
This lecture provides a practical demonstration on how to set an account lockout policy in Windows OS. The account lockout policy helps to lock the user's account after a defined number of failed password attempts.
This lecture provides an overview of 5 basic elements of Effective Network Security.
This lecture explains User Identification, Authentication, Authorization and Accounting. This video basically covers everything you need to know to identify your users, verify their identities, limit their access, and manage their accounts on an ongoing basis.
This lecture provides an overview of Cryptography concepts.
In this lab you will learn how to encrypt and decrypt the data by using Advanced Encryption Package.
In this lab you will learn how to dump SAM Hashes using PWDump and crack the Hashes by using Online Hash Crack web application.
This lab provides a practical demonstration based on how to hide sensitive information in an image file using OpenStego.
An organization security policy determines how secure or insecure the network and intellectual resources are. In this lecture we'll explain some network security policies which are the basis of security for the network infrastructure of your company.
This lecture provides an overview Network Security Devices & other Technologies such as - Firewalls, Load Balancers, Secure Web Gateways etc.
This lab provides practical demonstration based on how to configure TOR Web browser for proxy network so that you can maintain the anonymity.
PRTG lets you capture network packets by using its built-in protocol analyzer and other analysis tools. PRTG can also classify network traffic by IP address, protocol or user-defined, custom parameters. In this lab you will learn how to work with PRTG Protocol Analyzer.
This lecture provides an overview of an IDS Systems.
Explain how network intrusions—passive or active—are detected by an intrusion detection system that monitors traffic and logs; IDS may cause false alarms and does not prevent, unlike intrusion prevention system.
This lecture explains the concept of How IDS Works & what are the Components used in an IDS Systems.
This lecture explains different types of Intrusion Detection Systems (IDS) like - Network and Host based IDS, Signature-based and Anomaly based IDS.
This video gives an introduction of an Intrusion Prevention System and why we need an IPS in our Network. Also, you'll understand different types of Intrusion Prevention Systems.
This video introduces you to several IDS/IPS Solutions.
This lab provides you hands-on experience on how to detect intrusions in your network by using Snort.
This lecture introduces you to Firewall, why is it Necessary and what it Does?
In this video, you'll learn how does a Firewall work and will introduce you with the Firewall Rules.
In this video, you will learn how to turn on or off in Windows OS.
This lecture provides practical demonstration based on how to allow an app or a feature through Windows Firewall.
This lab will provide practical demonstration based on how to create Inbound and Outbound Windows Firewall Rules and how to export them to use in another machine.
This lecture explains different types of Firewall Generations such as - Packet Filtering Firewalls, Stateful Inspection Firewalls, Application Level Gateways and Circuit Level Gateways.
Next Generation Firewalls offer a deep-packet inspection function that goes beyond simple port and protocol inspection by inspecting the data carried in network packets. In this video, you will learn about Next Generation Firewalls, Unified threat Management (UTM) and Threat Focused NGFW.
This lecture will introduce you with Firewall Limitations.
In this lecture you'll get to know what are the biggest Firewall threats and vulnerabilities are so you can put some countermeasures in place to minimize your network security risks.
This lecture explains Firewall Security Recommendations and Best Practices for organizing your firewall rules for maximizing traffic speed and maintaining the security.
This lecture introduces you with the problem with public Wi-Fi Networks that can be found in popular public places like airports, coffee shops, malls, restaurants, and hotels that allows you to access the Internet for free.
This lecture provides an overview of Wireless Networks and what are the important terms used in Wireless Networks.
This lecture introduces you with the IEEE 802.11 Wireless Network Standards with their speed, transmission ranges, and frequency used.
This lecture explains several Wi-Fi Threats & Vulnerabilities such as - Rogue Access Points/Ad Hoc Networks, Denial of Service Attacks, Configuration Problems etc.
This lecture explains wireless security protocols include WEP, WPA, and WPA2, each with their own strengths and weaknesses. This lecture also introduces the next Generation of Wi-Fi Security i.e. WPA3.
In this video you will learn about Wireless Security Testing and its benefits.
In this video you will learn how to crack WEP, WPA or WPA2 wireless network pre-shared key using Aircrack-ng in Linux Based OS.
This lecture introduces some of the most important points that needs to consider while configuring Wireless Network Securely.
This lecture focuses on a wider hacking approach called Network Sniffing, which is very commonly used by prying hackers. How Packet Sniffer works and what are the protocols vulnerable for sniffing.
This lecture explains Passive and Active Sniffing. Also, it introduces different types of Active Sniffing such as - ARP Poisoning, MAC Flooding, DHCP Attacks and DNS Cache Poisoning.
This lecture introduces the common tools that are used in Network Sniffing.
In this video you will learn how to sniff network wireless traffic using Omni Peek Network Analyzer which lets you check the performance of your connectivity and discover areas that consume bandwidth the most. Also, you can monitor your network for any malicious activity.
Learn to sniff network traffic with tcpdump on a Linux machine, capture packets, choose interfaces, write and read pcap files, and filter by protocol and port.
WinDump is a command line tool for Windows that lets you sniff network traffic.
In this video you will learn about Wireshark, the most powerful tool that is used for Network Packet Sniffing, Packet Capturing and Analyzing.
Learn how to sniff network traffic with Wireshark, capture post credentials from login forms, and analyze packets to understand how insecure protocols expose passwords.
This video explains the concept of Spoofing and various Network Traffic Spoofing techniques.
This lecture provides an overview of Network Traffic Monitoring concepts and the Key Objective behind Monitoring Network Traffic.
This lecture introduces the student to Wireshark and TCPDump and how these tools are used to dissect various network protocols and identify and extract suspect payloads.
This lecture provides practical demonstration on how to use TCPDump for network traffic analysis.
This video gives practical demonstration on how to do network traffic analysis using Wireshark and will learn about the features of Wireshark.
This lecture introduces you with the Network Scanning basics and its objective. Also, we'll explain the concept of Three-Way Handshake and 6-TCP Communication Flags.
This lecture provides you hands-on experience with Colasoft Packet Builder.
In this video, you will learn how to check for live systems by using Ping and Ping Sweep methods.
In this video you will learn how to check for live systems in your network using Nmap.
Nmap is one of the most commonly used tools for Network Scanning. In this video, you will learn how to check for open and closed ports by using Nmap and what are the 6 port states of Nmap.
This video gives you practical knowledge on how to use Nmap to check for open and closed ports in the live systems.
In this lecture you will learn a variety of scans that can be performed using Nmap such as - TCP Connect / Full Open Scan, Stealth Scan (Half open Scan), XMAS Scan, FIN Scan, NULL Scan and IDLE Scan.
Explore icmp echo scans for live hosts and range of ip addresses, udp scan, and dcp flag scans (fin, urg, push) and ak flag scan—eight Nmap techniques determine host status.
This video helps to learn how to use different network scanning techniques and the commands using Nmap.
Learn how the nmap scripting engine extends nmap for enhanced network discovery, vulnerability detection, malware detection, and script-driven exploitation across networks, domains, and web applications.
Learn to use the Nmap scripting engine (NSE) to run scripts, view headers, identify vulnerabilities, and perform deep scans to assess network targets.
Master network scanning by identifying hosts, mapping open ports, and performing vulnerability scanning, while using banner grabbing to fingerprint target operating systems for potential exploits.
Identify the target's banner and operating system via banner grabbing with Nmap, using -sV and the banner script on a chosen IP or domain, and read service and OS details.
Nsauditor is a network security scanner that allows to audit and monitor network for possible vulnerabilities, checks methods that a hacker might use to attack it. In this lab you will learn how to scan a network for possible vulnerabilities using Nsauditor.
Become a Network Security Specialist with this exclusive course covering every aspect of Network Security. After this course, you will be able to discover security vulnerabilities across an entire network, by using network hacking techniques and vulnerability scanning.
You will be able to architect your network for maximum security and prevent local and remote attacks. You will understand the various types of firewalls that are available and what threats each helps mitigate.
Explore wireless security, the configurations that are required for maximum security, and why. Learn how Wi-Fi is hacked and how to mitigate those attacks, covering topics from Wireless encryption weaknesses and the latest WPA3 standard.
You will master network monitoring to discover and identify potential hackers, malware, and other adversaries that might be lurking on your network. Using tools like Wireshark and Nmap.
Learn the best ways to reduce the attack surface of your network and harden it for maximum security and privacy. Finally, you will fully understand how to best use IDS and IPS in your network to secure your network.
This Network Security training can be used as a security solution for home-based or any business-sized networks, which makes it an ideal solution for securing networking activities.
After going through this course, you will find yourself at an intermediate level of knowledge regarding network security.