Black Hat Hacker Course

Lesson 1 • Legal and Ethical Boundaries

This section covers authorization requirements, responsible disclosure norms, and professional ethics. It ensures students understand boundaries before executing any technique.

Lesson 2 • Attacker Mindset and Threat Modeling

This topic defines adversarial thinking and how attackers prioritize targets. It anchors the chapter by framing all subsequent techniques within a goal-oriented attacker perspective.

Lesson 3 • Offensive Security Methodology Overview

This topic maps the full attack lifecycle from reconnaissance to reporting. It gives students a repeatable process framework applied in every subsequent chapter.

Lesson 4 • Core Security Concepts and Terminology

This topic introduces confidentiality, integrity, availability, and related primitives. It provides shared vocabulary used throughout the entire course.

Lesson 1 • Active Reconnaissance and Scanning

This topic introduces direct interaction with target infrastructure to enumerate live hosts and services. It connects passive findings to actionable network maps.

Lesson 2 • Web Application Fingerprinting

This topic identifies web technologies, frameworks, and entry points on target applications. It feeds directly into later web exploitation chapters.

Lesson 3 • Network Topology Mapping

This topic reconstructs internal and external network architecture from enumeration data. It enables informed lateral movement planning in later chapters.

Lesson 4 • Reconnaissance Automation and Tooling

This topic introduces scripted and tool-assisted recon workflows for efficiency and repeatability. It prepares students to manage large-scope engagements systematically.

Lesson 1 • Common Vulnerability Classes

This topic surveys injection, misconfiguration, authentication bypass, and logic flaws. It equips students to recognize and exploit the most prevalent weakness categories.

Lesson 2 • Vulnerability Scanning and Assessment

This topic covers automated and manual methods for identifying weaknesses in target systems. It bridges reconnaissance output to exploitable findings.

Lesson 3 • Using Public Exploit Frameworks

This topic teaches structured use of exploit frameworks to execute known vulnerabilities safely. It connects vulnerability findings to controlled exploitation workflows.

Lesson 4 • Exploit Development Fundamentals

This topic introduces memory layout, shellcode concepts, and basic exploit structure. It provides the theoretical base for hands-on exploitation in subsequent sections.

Lesson 1 • Injection Attacks in Depth

This topic covers SQL, command, LDAP, and template injection with hands-on exploitation. It builds on vulnerability class knowledge from the previous chapter.

Lesson 2 • Cross-Site Scripting and Client-Side Attacks

This topic explores reflected, stored, and DOM-based XSS alongside CSRF and clickjacking. It shows how client-side flaws escalate to credential theft and account takeover.

Lesson 3 • Authentication and Session Attacks

This topic targets login mechanisms, session tokens, and credential storage weaknesses. It demonstrates how authentication failures lead to full account compromise.

Lesson 4 • Advanced Web Attack Techniques

This topic covers SSRF, XXE, deserialization, and HTTP request smuggling. It prepares students for complex, chained web vulnerabilities found in mature applications.

Lesson 1 • SSL and TLS Downgrade Attacks

This topic demonstrates stripping and downgrade techniques that force insecure cipher negotiation. It shows how encrypted channels can be compromised through protocol manipulation.

Lesson 2 • Network Pivoting and Tunneling

This topic teaches routing attack traffic through compromised hosts to reach segmented networks. It prepares students for multi-hop lateral movement in later chapters.

Lesson 3 • Traffic Interception and Analysis

This topic teaches packet capture, traffic decryption, and credential extraction from network streams. It connects protocol weaknesses to actionable credential and data harvesting.

Lesson 4 • Network Protocol Weaknesses

This topic analyzes exploitable design flaws in common protocols such as ARP, DNS, and DHCP. It establishes the protocol-level foundation for all subsequent network attacks.

Lesson 1 • Lateral Movement Strategies

This topic uses harvested credentials and trust relationships to move between hosts. It expands attacker control across the target environment systematically.

Lesson 2 • Credential Harvesting and Dumping

This topic extracts credentials from memory, disk, and authentication stores on compromised hosts. It feeds harvested credentials into lateral movement and domain attacks.

Lesson 3 • Establishing Persistence Mechanisms

This topic installs covert footholds that survive reboots and user logoffs. It ensures continued access for long-term engagement simulation.

Lesson 4 • Privilege Escalation Techniques

This topic identifies and exploits misconfigurations and vulnerabilities to gain elevated system rights. It builds directly on initial access established in prior exploitation chapters.

Lesson 1 • Payload Obfuscation and Encoding

This topic applies encoding, encryption, and code transformation to defeat signature detection. It directly addresses the detection mechanisms analyzed in the previous section.

Lesson 2 • Living-off-the-Land Techniques

This topic leverages built-in OS tools and trusted binaries to execute attacker objectives. It minimizes the attacker footprint by avoiding custom malware deployment.

Lesson 3 • Understanding Defensive Detection Mechanisms

This topic analyzes how antivirus, EDR, and SIEM systems detect malicious activity. It provides the defensive knowledge required to design effective evasion strategies.

Lesson 4 • Network Traffic Evasion

This topic disguises command-and-control traffic as legitimate protocols and services. It ensures persistent communication channels survive network-layer inspection.

Lesson 1 • Full Red Team Operation Planning

This topic synthesizes all course skills into a structured adversary simulation engagement plan. It prepares students to lead end-to-end red team operations professionally.

Lesson 2 • Cloud and Hybrid Environment Attacks

This topic extends attack techniques to cloud IAM, storage, and compute misconfigurations. It addresses the modern enterprise attack surface beyond on-premises infrastructure.

Lesson 3 • Social Engineering and Phishing Campaigns

This topic designs and executes pretexting, spear-phishing, and vishing operations. It demonstrates how human-layer attacks complement technical exploitation chains.

Lesson 4 • Command-and-Control Infrastructure

This topic builds resilient, covert C2 infrastructure for long-term operation management. It enables sustained red team operations without detection or takedown.