Learn NxtGen Ethical Hacking with Technology

Explore types of cyber crime, from unauthorized access and hacking to cyber piracy, vandalism, and privacy violations, and examine cybersecurity measures to protect systems and data.

Explore the scope of cyber crime and the importance of cybersecurity. See how viruses, phishing, and botnets fuel threats and the role of human factors and law.

Select a wireless network adapter suitable for packet injection, install and configure it, bring up the interface, and test injection using ifconfig and related commands.

Download Kali Linux as an .ova file and import it into VirtualBox, then configure RAM, display, and network settings before booting the VM.

Learn to install Kali Linux using the official ISO image, choosing 64-bit, configuring language and locale, setting passwords, partitions, GRUB bootloader, and completing the installation via graphical installer.

Learn how to download and install Windows on a Mac using VirtualBox, configure the virtual machine, allocate memory, and boot a Windows VM for hacking practice.

Learn how to create a snapshot on a virtual machine, name and describe it, take an online snapshot, and restore the system to that saved state during boot.

Explore why linux offers stronger privacy, open source freedom, and broad hardware compatibility, with diverse desktop environments, seamless updates, and a thriving open source community.

Discover a basic overview of Kali Linux, its mission, and the built-in applications for ethical hacking.

Explore essential terminal commands for system navigation and file management, including whoami, switching users, ls -la, ls -l, mkdir, cd, cp, clear, and history, viewing file contents.

Update Kali sources, install updates, and add needed packages using the package manager. Take a snapshot before upgrades and manage installations with Terminator for multitasking.

Explore hacking terminologies, including blue, black, white, and grey hat hackers, and threats like viruses and trojans, plus the information gathering workflow.

Explore the backbone of the internet and the basics of networking, including wired and wireless connections, data transfer in packets, and the roles of routers, IP addresses, and MAC addresses.

Explore wireless standards, password-protected networks, and encryption methods, including interference management, wep/wpa protections, and aes-based protection in wireless environments.

Explore wifi basics, including 2.4 gigahertz and five gigahertz bands, 802.11 standards, line-of-sight considerations, and data rates from 11 Mbps to 600 Mbps.

Examine wireless standards and channels, including 802.11 and 2.4 GHz bands, channel layouts, and power limits. See how country regulations govern usage and alter channel availability.

Discover what a MAC address is and how to change it using Mac changer; learn how spoofing a MAC address affects packet flow, device identification, and whitelist and blacklist practices.

Explore wireless modes, including monitor and managed mode, and learn how frequency and channel mapping, hopping between frequencies, and access point settings influence wireless security.

Enable monitor mode using method 1 by bringing the wireless interface up with ifconfig and creating a monitoring interface; effectiveness depends on chipset and host OS.

Demonstrate enabling monitor mode using method 2 on a wireless interface, configure commands, verify the interface is up and running, and compare manual versus automated approaches.

Explore essential wireless commands to inspect and configure wireless interfaces, view kernel messages, scan for access points, and understand MAC addresses, channels, frequencies, and transmission power.

Dive into the aircrack-ng suite to capture wireless traffic, assess network channels, and crack WPA/WPA2 passwords using fast, high-speed tools.

Learn to use airodump-ng to capture wireless traffic, filter by a specific access point and channel, write captures to a file, and analyze beacons, mac addresses, stations, and wpa encryption.

Learn to capture wireless traffic with Kismet, configure the interface, monitor access points, and analyze captured packets, encryption, and associated details.

Learn how to use Wireshark to capture and analyze network traffic, select an interface, view packets with source, destination, protocol, ports, and timestamps, and inspect encrypted payloads.

Learn how Wireshark captures traffic on wireless and wired interfaces, exposing usernames, passwords, and unencrypted telnet, ftp, and http communications, while ssh remains encrypted.

Learn about deauthentication attacks and wifi jamming, including identifying the access point, capturing frames, and disconnecting a victim by sending deauth packets.

Explain how a fake access point enables man-in-the-middle attacks, sniffing traffic, and capturing credentials on open networks, with a practical demonstration for ethical hacking training.

start a fake access point using a wireless toolkit, configure the interface, bring the access point online, and verify internet connectivity through the host system.

Explore the theory behind WEP encryption and how each packet carries a unique keystream generated from a 24-bit seed, revealing vulnerabilities that enable cracking.

Watch a basic WEP cracking demo using packet capture and wireless traffic analysis. The session explains packet injection and how accumulating frames from an access point aids cracking the key.

Explore a WEP cracking technique using fake authentication to interact with an access point, capture traffic, and study how interface and MAC address configurations affect wireless security.

Learn advanced methods for WEP cracking through fake authentication, traffic capture, and packet injection to crack the key and access point security.

Explore the WPS push button trick to connect to wireless networks without passwords, highlighting how physical access and button-based features can compromise security.

Explain the theory behind WPA encryption, handshake procedures, and per-packet key concepts, highlighting differences between WPA and WPA2 and security considerations.

Learn to capture the WPA handshake from a target access point, collect handshake packets, and use tools to crack the password.

Learn to create a custom wordlist for password cracking with crunch, exploring character sets, maximum length, and pattern-based generation to boost testing efficiency.

Explore how WPA password cracking uses wordlists and brute-force techniques on captured handshakes to reveal wifi passwords, including login attempts and plaintext password identification.

Learn how to assess wifi security by exploring WPA cracking using the Fluxion tool, capturing handshakes, and evaluating passwords without brute-forcing.

Analyze how wireless networks use WPA encryption and passwords, and examine attacks such as spoofing and poisoning that can compromise access points and connected systems.

Learn to perform information gathering by discovering connected clients with netdiscover, scanning a given IP range to reveal devices, their IPs and MAC addresses, and vendor information.

Master information gathering with Nmap CLI, scanning targets using base options, discovery, port range, timing, and outputting to XML while exploring various scan techniques and advanced features.

Learn how to use Zenmap GUI for information gathering, compare its interface to the command line, run scans on a 192.168.0.0/24 target, and analyze hosts, ports, topology, and OS.

Learn how a man-in-the-middle attack uses ARP poisoning to redirect packets through an attacker's device, exploiting ARP trust and unsolicited responses to read, modify, or drop traffic.

Learn to execute a man-in-the-middle attack using ARP poisoning and MAC address spoofing with arpspoof, demonstrating traffic sniffing and router and target interception.

Learn to conduct a man-in-the-middle attack with the mitmf framework, spoof MAC addresses, and sniff traffic to capture credentials like usernames and passwords.

Explore dns spoofing with mitmf to translate domain names into attacker-controlled IP addresses, demonstrating a man-in-the-middle attack and how legitimate sites can be spoofed and redirected.

Explore installing Xerosploit for man-in-the-middle attacks, including downloading from a link, running the installer, resolving conflicts, and verifying the tool is running.

Explore a man-in-the-middle attack with the Xerosploit toolkit, including network scanning, identifying targets by IP and MAC, and injecting JavaScript to sniff traffic and capture passwords and usernames.

Learn to secure home and small business Wi-Fi by using WPA2 with a strong, unique password, changing the router's default password, and understanding the difference between personal and enterprise security.

Configure wireless security settings to secure your network by accessing the router’s admin page, selecting strongest encryption, enabling mac address filtering, and rebooting after applying changes.

Explore how Wi-Fi works with hotspots and access points, and how interference from devices like microwaves and cordless phones degrades throughput; consider the 5 GHz band for cleaner spectrum.