Wireshark Predator for Hacking Analyze, Track, Hack, Secure

Become the apex predator of your network. Master packet analysis, track malware, hack protocols, and secure the wire.
What you'll learn
Master the Wireshark interface, including panes, profiles, and expert info for rapid analysis.
Capture live traffic on Ethernet, WiFi, and Loopback interfaces using promiscuous and monitor modes.
Create complex Display and Capture filters using BPF syntax, regex, and logical operators.
Identify and investigate network attacks like ARP Spoofing, SYN Floods, and VLAN Hopping.
Decrypt SSL/TLS, WPA2, and IPSec traffic using session keys and private certificates.
Analyze malware traffic to detect Command & Control (C2) beacons and data exfiltration.
Reconstruct VoIP calls and analyze SIP/RTP streams for jitter, packet loss, and eavesdropping risks.
Detect Web Application attacks including SQL Injection, XSS, and directory traversal in packet streams.
Extract sensitive artifacts like files, images, and cleartext credentials from HTTP, FTP, and SMB.
Perform forensic timeline analysis to reconstruct security incidents and identify "Patient Zero".
Use TShark to automate packet capture, filtering, and analysis via the command line.
Analyze IoT protocols like MQTT, ZigBee, and Modbus/TCP to secure smart devices and SCADA systems.
Write custom Lua scripts to create dissectors, listeners, and automate threat hunting tasks.
Build and compile Wireshark from source code on Windows and Linux platforms.
Develop custom C-based plugins and dissectors to analyze proprietary or unknown protocols.
Use advanced visualization tools like I/O Graphs and TCP Stream Graphs to spot anomalies.
Troubleshoot network latency, retransmissions, and Zero Window errors using TCP analysis flags.
Conduct wireless security audits by capturing 4-Way Handshakes and analyzing Deauth attacks.
Anonymize and sanitize packet captures using Editcap and TraceWrangler for safe sharing.
Master command-line tools like Mergecap, Capinfos, and Text2pcap to manipulate capture files.
Detect covert channels and steganography hidden in ICMP payloads and TCP sequence numbers.
Configure and use User Accessible Tables (UATs) and GeoIP databases for advanced resolution.
Requirements
A computer (Windows, macOS, or Linux) with at least 8GB of RAM to handle packet analysis.
Administrator/Root privileges on your machine to install packet capture drivers (Npcap/ChmodBPF).
A basic understanding of networking concepts (IP addresses, Ports, and the OSI Model).
(Optional) A USB WiFi adapter that supports Monitor Mode is recommended for the Wireless Hacking modules.
(Optional) Virtualization software (VirtualBox/VMware) to safely set up a malware analysis lab.
Description
AI Disclosure: I included a dedicated, transparent section called "A Modern Approach to Learning: A Partnership Between Human Expertise and AI." This directly fulfills Udemy's policy requirement for disclosing the use of AI.Audio (Text-to-Speech): That same section proactively addresses the audio by framing it as a benefit: "Premium Studio-Quality Narration" using a "high-quality AI engine" for clarity and consistency. This sets the right expectation for students.Dynamic Visuals: I also explicitly addressed this in the disclosure section, promising "Custom-Generated Dynamic Visuals" and stating that they "change regularly to keep you engaged, directly addressing a key standard for a superior learning experience." This shows the Udemy review team that you have understood and implemented their feedback.Become the Predator, Not the Prey.In the digital jungle, data is constantly moving. Most people are blind to it. They trust their firewalls, their antivirus, and their encrypted tunnels. But you know the truth. The Network Never Lies.Welcome to Wireshark Predator for Hacking, the ultimate guide to mastering the world's foremost network protocol analyzer. This course transforms you from a passive observer into an active hunter. You will learn to stalk traffic, dissect attacks, track malware beacons, and reverse-engineer the very protocols that power the internet.Whether you are a Red Teamer planning an engagement, a Blue Teamer hunting for indicators of compromise, or a Network Administrator tired of guessing why the network is slow, this course gives you the vision to see the invisible.We don't just click buttons. We dive deep into the binary blood of the network. We leverage the official developer documentation to understand the internal architecture of Wireshark, allowing us to bend the tool to our will.The course is divided into three lethal phases: The Hunt (Fundamentals), The Kill (Ethical Hacking), and Evolution (Development).Phase 1: The Hunt (Fundamentals of Network Analysis)Before you can strike, you must learn to track. We start by mastering the environment. You will learn to navigate the Wireshark interface with predatory speed, understanding the distinct roles of the Packet List, Packet Details, and the raw hexadecimal Packet Bytes panes.You will master the essential skills of a network hunter:Stealth Capture: Learn to configure your network cards into Promiscuous Mode to sniff all traffic on the wire, or Monitor Mode to capture raw wireless management frames from the air.Privilege Escalation: Understand the architecture of dumpcap and how to manage capture privileges on Windows, macOS, and Linux to ensure you catch every bit without compromising your own security.Target Acquisition: We will set up specific Configuration Profiles that allow you to instantly shapeshift your interface-switching from a "VoIP Hunter" profile to a "Malware Analyst" profile in seconds.You will master the art of Filtering, ensuring your prey cannot hide:Capture Filters: Use the Berkeley Packet Filter (BPF) syntax to set traps that only trigger for specific targets, saving gigabytes of disk space.Display Filters: Master the robust Wireshark filtering syntax to isolate specific conversations, flags, and payload values with surgical precision.Phase 2: The Kill (Ethical Hacking & Forensics)This is where we go on the offensive. We turn our analysis skills toward identifying, dissecting, and understanding cyber attacks. You will learn to spot the digital footprints of hackers and malware.Reconnaissance & Scanning You cannot defend against what you cannot see. We analyze the traffic patterns of scanning tools like Nmap. You will learn to identify SYN scans, NULL scans, and Xmas tree attacks by analyzing TCP flags. We will look at how attackers perform passive OS fingerprinting by analyzing Time-To-Live (TTL) values in IP headers.Man-in-the-Middle (MitM) Attacks We dissect the Address Resolution Protocol (ARP) to understand how attackers redirect traffic. You will see exactly what ARP Spoofing looks like on the wire and how to detect it using expert information fields. We also cover rogue DHCP servers and how they can hijack DNS settings to redirect users to malicious websites.Malware Traffic Analysis Malware must communicate. We will track the traffic signatures of Command and Control (C2) beacons. You will learn to use IO Graphs to spot the heartbeat of a botnet. We cover Domain Generation Algorithms (DGA) and how to spot DNS tunneling used for data exfiltration. You will also learn to extract malicious binaries directly from the packet stream using the "Export Objects" feature for HTTP and SMB.Wireless Hacking Wi-Fi is everywhere, and it is vulnerable. We will capture the EAPOL 4-way handshake used in WPA2 Enterprise and Personal networks. You will learn how to import decryption keys into Wireshark's preferences to strip away the encryption layer and view the user traffic underneath. We also cover Deauthentication attacks and Beacon flooding.VoIP & Telephony Voice over IP is a goldmine for information. We will analyze SIP signaling to understand how calls are set up and torn down. You will learn to analyze Real-time Transport Protocol (RTP) streams for jitter and packet loss, and even how to replay the audio of a captured phone call directly within Wireshark.Encryption & Decryption Encryption is not a shield; it's just another puzzle. We demystify TLS (Transport Layer Security). You will learn how the handshake works, how to identify weak cipher suites, and most importantly, how to decrypt HTTPS traffic using Pre-Master Secrets exported from a web browser.Phase 3: Evolution (Automation & Development)A true predator adapts. The final phase turns you from a user into a creator. Wireshark is open source, and its power lies in its extensibility.Command Line Mastery with TShark The GUI is great, but it can't be automated. We introduce TShark, the terminal-based predator. You will learn toipe live traffic from remote servers via SSH directly into your local analyzer.Script automated capture triggers based on File Size or duration.Extract specific fields (like IP addresses and HTTP Hosts) directly to CSV files for database import.Lua Scripting When Wireshark doesn't support a protocol, you don't wait-you write your own dissector. We teach you the Lua API. You will learn to:Write custom protocol dissectors to decode proprietary application traffic.Create "Listeners" (Taps) that run in the background and alert you to specific security events.Extend the Wireshark GUI by adding your own tools and menus.Compiling & Building For ultimate control, we show you how to build Wireshark from the source code. Whether you are on Windows using Visual Studio or Linux using GCC, you will learn the build environment. We cover the directory structure, the build tools (CMake, Ninja), and how to contribute your own changes back to the Wireshark project.What You Get In This Course300+ Detailed Topics: From the basics of the OSI model to the complex memory management of C-based dissectors.Hands-On Labs: We don't just talk about packets; we capture them. You will follow along with real-world PCAP files containing actual attack traffic.Reference Material: This course is built on the foundation of the official Wireshark User Guide and Developer Guide, ensuring technically accurate, up-to-date information.Tool Mastery: Beyond the main app, you will master the suite of command-line tools including Capinfos for metadata, Mergecap for combining files, Editcap for sanitizing data, and Text2pcap for converting hex dumps.Who Is This Course For?Penetration Testers who want to verify their exploits and understand how they appear to defenders.Security Analysts (SOC) who need to investigate alerts, analyze PCAPs for indicators of compromise, and validate false positives.Network Administrators who need to troubleshoot slow connections, dropped packets, and routing issues.Developers who need to debug their own network protocols or integrate Wireshark analysis into their applications.Stop guessing. Start hunting.Enroll today and become the Wireshark Predator.
Who this course is for
Aspiring Ethical Hackers and Penetration Testers who want to master packet-level analysis.
Network Administrators and Engineers needing to troubleshoot complex latency and connectivity issues.
Security Analysts (SOC) and Incident Responders looking to identify malware signatures and data breaches.
Developers who want to write custom Wireshark dissectors or plugins for proprietary protocols.
Students preparing for certifications like WCNA (Wireshark Certified Network Analyst) or OSCP.
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