Wireless Hacking - Offensive

Download Kali Linux or its virtual images, install it in VirtualBox, configure 64-bit options, allocate RAM and display, and set bridged networking before booting the system.

Download the Kali Linux ISO image from the official site and install it via graphical setup, configuring language, country, password, RAM, storage, and partitions for a lab-ready system.

Create and name a system snapshot to back up the current state, use online snapshots in emergencies, and learn how restoration reverts the machine to that saved state.

Discover affordable hardware for wireless hacking, including packet-injection capable adapters, basic interface setup, and testing to verify injection functionality.

Discover why Linux offers open source freedom, privacy, and customization, with a stable code base, broad hardware support, diverse desktop environments, and a thriving open development community.

Explore Kali Linux by examining the application list and the terminal search window, noting categories of attacks such as information gathering, password attacks, exploitation, and forensics.

Explore essential terminal commands, including whoami, switching users, listing files (with -a and -l), mkdir, cd navigation, touch, writing content, cp, clear, and history.

Learn to update Kali and install packages by refreshing the source list, applying system updates, and installing needed packages, with a snapshot backup before upgrades.

Explore the basics of networking, including wired and wireless connections, the role of routers, how data travels as packets, and how IP and MAC addresses identify devices.

Explore wireless standards and password protection, from wep and wpa to ccmp encryption, and examine aes and des encryption methods and secure access points.

Explore wifi basics, including 2.4 gigahertz and five gigahertz bands, 802.11 standards and data rates, line-of-sight and Frenzel zone, and antenna and access point concepts.

Explore wireless standards and bands, including 802.11 wireless LAN, 2.4 and 5 GHz frequencies, the 14 channels of the 2.4 GHz band, plus country regulations and channel switching implications.

explain what a mac address is, how to change it, and mac address spoofing with a focus on whitelist and blacklist networks, using macchanger.

Explore wireless modes, including monitor and managed modes, and learn how channels and frequencies enable traffic capture. See practical configuration and channel hopping on 2.4 GHz networks for wireless hacking.

Enable monitor mode on wireless interfaces by using ifconfig to bring up the interface and create a monitor interface for packet capture, noting it depends on chipset and host system.

Explore enabling monitor mode on a wireless interface using two methods, including manual steps to bring the interface up, with both methods working on different devices.

Explore essential wireless hacking concepts and commands, including ifconfig and iwconfig for interface details, kernel messages and drivers, MAC addresses, and scanning nearby access points by channel and frequency.

Explore the aircrack-ng suite to monitor wireless networks, capture traffic, test access-point security, and crack wifi passwords, including WPA/WPA2 and WEP.

Learn to capture wireless traffic with Kismet, monitor access points, view encryption types (WPA), and analyze packets, saving captured data for further traffic analysis.

Learn the basics of using Wireshark to capture and analyze network traffic, choose an interface, view packets, inspect frames, sources, destinations, ports, and encrypted payloads.

Explore deauthentication attacks as wifi jamming, showing how crafted packets disconnect a victim from an access point by spoofing mac addresses and manipulating network connections.

Explore the theory of creating a fake access point to lure users onto open networks, enabling man-in-the-middle traffic sniffing and exposure of usernames, passwords, and transactions.

Learn to create a fake access point in practice with a toolkit, configure interfaces, start the access point, and verify connectivity in a VM-enabled lab setup.

Understand the theory behind WEP encryption, the 24‑bit IV vulnerability, and how shared keystream across packets can enable cracking in wireless networks.

Demonstrate basic WEP cracking through live packet capture, analysis of traffic between an access point and clients, and the role of packet injection in testing wireless security.

Learn to perform a fake authentication attack to crack a WEP-protected network by targeting an access point and configuring the interface and MAC address.

Learn an advanced method for WEP cracking by performing fake authentication and injecting packets to manipulate traffic, capture sufficient IVs, and crack the wireless key.

Explore the WPS push button vulnerability and its implications, including unauthorized network access without a password and the risks of weak router security and default credentials.

Examine the theory behind WPA encryption, the handshake between client and access point, and how per-packet keys and keystream reuse influence security. Highlight handshake capture and password cracking concepts.

Explore WPA cracking using a wordlist brute-force approach, analyzing how large password datasets are tested against captured handshakes to reveal wifi credentials.

Explore WPA cracking without brute force using Fluxion to capture the handshake and test password discovery, with notes on legal purposes.

Explore wireless networks, encryption types like WPA, and how passwords secure networks. Examine attacks such as poisoning, spoofing, and man-in-the-middle risks to compromise access points.

Discover connected clients on a local network by using netdiscover to scan a specified ip address range, gathering devices, ip addresses, and vendor information for efficient information gathering.

Learn to use nmap from the command line to perform targeted port scans, discovery, and advanced options, compare CLI and GUI modes, and save results in XML for network profiling.

Learn to use zenmap gui for information gathering, compare with the command line, select scans on a 192.168.0.1/24 target, view open ports, mac addresses, operating system, and network topology.

Demonstrates a mitm attack via arp poisoning and mac address spoofing to intercept traffic and sniff packets between the target and router.

Demonstrate using the mitmf framework to perform a man-in-the-middle attack, spoof the MAC address, sniff traffic, and capture login credentials.

Explore how a man-in-the-middle DNS spoofing attack using mitmf maps domain names to IP addresses and redirects users to spoofed sites, demonstrating DNS resolution manipulation.

Learn to set up a mitm attack using the Xerosploit tool, including downloading, installing, backing up, and troubleshooting to resolve installation conflicts.

Demonstrates a MITM attack workflow using Xerosploit, from network discovery and device enumeration (IP and MAC addresses) to deploying payloads, injecting JavaScript, and sniffing traffic to capture passwords and usernames.

Secure your wifi by using WPA with a strong, unique password. Change your router’s default credentials and differentiate between network and router passwords, considering enterprise vs personal security.

Access the router admin page, set a strong password, and configure wireless security with authentication and encryption, plus enable mac address filtering and reboot to apply.

Shows how wifi uses radio waves and hotspots, and how interference from co-channel devices and microwaves degrades throughput on the 2.4 ghz band; highlights sweep and the 5 ghz band.