CyberCode Academy

In this lesson, you’ll learn about: What makes WPA/WPA2 Enterprise fundamentally different from WPA-PSK The role of RADIUS servers and per-user authentication Why traditional wireless sniffing attacks fail against Enterprise networks The concept of the Evil Twin attack in Enterprise environments How credential challenge–response authentication works Why captured Enterprise authentication requires...

In this lesson, you’ll learn about: How large-scale WPA/WPA2 cracking efficiency is optimized in theory The concept of generating massive wordlists without storing them on disk Why session tracking is critical for long cryptographic attacks How PMK pre-computation (rainbow tables) accelerates verification The cryptographic role of PBKDF2 in WPA/WPA2 Why GPUs outperform CPUs in hash-cracking worklo...

In this lesson, you’ll learn about: Why WPA and WPA2 encryption cannot be cracked directly from normal traffic What the four-packet handshake represents in wireless authentication The theoretical role of wordlists in password verification How message integrity codes (MICs) are used for key validation Why wordlist quality determines cracking success The concept of saving and resuming long cryptogra...

In this lesson, you’ll learn about: How WPS weaknesses can undermine WPA and WPA2 security Why WPS PIN brute forcing is theoretically possible The conceptual role of tools used in WPS security testing Why router association failures occur during security assessments The purpose of debugging during security testing How WPS lockout mechanisms are designed to stop abuse Why denial-of-service conditio...

In this lesson, you’ll learn about: The fundamental difference between WEP and WPA/WPA2 security Why WPA and WPA2 are significantly harder to crack than WEP The role of TKIP and CCMP in protecting data integrity What WPS (Wi-Fi Protected Setup) is and why it introduces risk How the WPS PIN design weakens WPA/WPA2 security Why push-button authentication (PBC) blocks WPS PIN attacks Why testing for...

In this lesson, you’ll learn about: Why WEP cracking depends on Initialization Vectors (IVs) How packet injection accelerates WEP cracking The most reliable WEP injection technique (ARP Replay) Alternative injection methods for idle networks The conceptual difference between Chopchop and Fragmentation attacks Why Shared Key Authentication (SKA) changes the attack strategy How attackers adapt when...

In this lesson, you’ll learn about: What WEP encryption is and why it is weak How the RC4 algorithm is used (and broken) in WEP How Initialization Vectors (IVs) cause WEP to fail Capturing WEP traffic using Airodump-ng Cracking WEP keys using Aircrack-ng Speeding up WEP cracking on idle networks Using fake authentication and packet injection Preparing for post-connection attacks after cracking WEP...

In this lesson, you’ll learn about: Sniffing wireless networks on both 2.4 GHz and 5 GHz bands Performing targeted packet capture on a specific access point Saving and analyzing captured wireless traffic Executing deauthentication attacks without knowing the password Discovering the names of hidden wireless networks Reconnecting to hidden networks after revealing their SSIDs How MAC filtering work...

In this lesson, you’ll learn about: How wireless networks operate and transmit data Why packet sniffing is possible in Wi-Fi environments The role of external USB wireless adapters in security testing What MAC addresses are and how they function in networks The difference between managed mode and monitor mode Enabling monitor mode using airmon-ng and iwconfig Discovering nearby networks using Airo...

In this lesson, you’ll learn about: How to set up a complete virtual hacking lab The role of VirtualBox in safe security testing Installing and configuring Kali Linux as a virtual machine Understanding NAT networking in virtual environments Navigating the Kali Linux desktop and workspace system Building a Virtual Hacking Lab with VirtualBox & Kali Linux Installing VirtualBox VirtualBox is a vi...

In this lesson, you’ll learn about: How email systems work from a forensic perspective Where and how email evidence can be recovered How headers, protocols, and timestamps help analysts trace message origins Legal considerations affecting email investigations Tools used in forensic email analysis Email Analysis & Forensic Investigation Forensic Locations and Evidence Recovery Email evidence ca...

In this lesson, you’ll learn about: How to identify and analyze web traffic using network forensics techniques The role of DNSSEC in securing DNS infrastructure Browser forensics across IE, Firefox, Chrome, Edge, and Safari How history files, caches, and artifacts differ between browsers The forensic value of cookies and how they are stored and analyzed 1. Network Traffic Analysis Fundamentals A c...

In this lesson, you’ll learn about: Wireless networking fundamentals, standards, and modulation techniques Key 802.11 amendments and operating modes The evolution of Wi-Fi security from WEP to WPA2 Enterprise Common wireless threats and attack techniques Forensic considerations when investigating compromised wireless devices 1. Wireless Fundamentals and Standards Wireless LANs rely on several core...

In this lesson, you’ll learn about: The fundamentals of protocol analysis and how data flows through network layers The TCP/IP and OSI networking models Encapsulation and decapsulation processes Key Layer 3 and Layer 4 protocols Essential tools for analyzing network traffic, including Wireshark and Nmap 1. Introduction to Protocol Analysis This lesson provides foundational knowledge of how network...

In this lesson, you’ll learn about: Log analysis fundamentals and why logging is essential for security visibility SIM (Security Information and Event Management) correlation and event analysis Network attack signature detection using tools such as Snort and packet capture analysis 1. Introduction to Logging and Security Visibility Effective security monitoring depends on logging the right informa...

In this lesson, you’ll learn about: The purpose and scope of Network Forensics Key evidence sources across a networked environment Essential security tools: scanners, sniffers, IDS/IPS Defensive architecture: firewalls, DMZs, bastion hosts Core security protocols: Kerberos, VPNs, SSH, SSL/TLS Integrity monitoring and log management systems 1. What Is Network Forensics? Network forensics is a branc...

In this lesson, you’ll learn about: Core networking architectures and components The evidentiary value of network design for forensic investigations MAC vs. IP addressing, IPv4 vs. IPv6 Ports, protocols, and how systems communicate TCP (reliable) vs. UDP (unreliable) communication Essential protocols: ICMP, DHCP, DNS 1. Networking Architecture & Its Forensic Importance Network forensics requir...

In this lesson, you’ll learn about: Network Forensics – Key Concepts and Techniques In this lesson, you’ll learn about: The fundamentals of networks and physical security risks Common network attack vectors and exploitation techniques Critical protocols, encryption methods, and anonymity technologies Essential tools and methodologies used in network forensic investigations 1. Network Fundamentals...

In this lesson, you’ll learn about: How to create custom entities in Maltego How to name entities and assign unique type IDs How entity properties, main properties, and data types work How inheritance allows new entities to reuse transforms How to use advanced features like calculated properties and visual overlays How to build dynamic, visually adaptive entities for specialized investigations Sum...

In this lesson, you’ll learn about: What Hub Items are and how they expand Maltego How to navigate, search, filter, and evaluate items in the Transform Hub Pricing models and key requirements used by Maltego data partners How to install free, paid, and trial integrations How to learn and understand newly installed transforms using documentation and the Transform Manager Summary of the Episode: Thi...

In this lesson, you’ll learn about: The core entities used in Maltego infrastructure investigations How transforms connect Domains, DNS names, IPs, Netblocks, and ASNs The methodology of Level 1, L2, L3, and XL infrastructure footprinting Key transforms for pivoting forwards and backwards in infrastructure graphs The difference between live DNS, passive DNS, and specialized DNS transforms Summary...

In this lesson, you’ll learn about: How transforms work in Maltego Transform sets and how they organize large transform collections Key transform menu actions and shortcuts Essential bottom-row menu actions for efficient workflow Summary of the Episode: This episode explains the core mechanics of Maltego transforms, how to run them, how they are organized, and the essential menu actions available...

In this lesson, you’ll learn about: • iOS architecture and security features • Common vulnerabilities and exploit history • Logical and physical acquisition techniques • Key forensic artifacts and analysis methods • Legal constraints and investigative limitations iOS / iPhone Forensics: Summary and Key Concepts 1. iOS Security and Architecture iOS is its own complete operating system and is genera...

In this lesson, you’ll learn about: • Core forensic methodology and mobile-specific preservation challenges Mobile forensics follows the standard digital forensic phases—collection, examination, analysis, and reporting—but must adapt to mobile-specific risks. Devices must be isolated immediately to prevent remote wiping or network interference using Faraday cages, Stronghold bags, or shielded room...

In this lesson, you’ll learn about: • The purpose and scope of mobile forensics Introduction to the course structure, online training logistics, and preparation for the Certified Mobile Forensic (CMF) exam. Overview of provided resources such as forensic report templates, chain-of-custody forms, and research platforms like Packetstorm and Exploit-DB. • Unique technical challenges in mobile device...