Become a Professional
Red Team Operator
Master Red Teaming from beginner to advanced level through a structured roadmap covering Penetration Testing, Active Directory Attacks, Red Team Operations, Web Application Security, AWS Pentesting, AI Security, LLM Security, Blue Teaming, VPN & Firewall Security and Real-World Enterprise Attack Methodologies.
$250 USD ONLY
One-Time Payment • Lifetime Access • Future Updates Included
Lifetime
Access
24/7
Support
150+
Hours Training
Lifetime
Lab Access
English
Training Language
Hands-On
Practical Training
16+
Training Modules
Weekly
Updates
Red Team Operations
Learn Active Directory attacks, privilege escalation, lateral movement, pivoting, persistence, Kerberos attacks and real-world Red Team methodologies used in enterprise environments.
Offensive Security Mastery
Master Web Pentesting, Metasploit, Linux & Windows exploitation, CCTV Security Testing, VPN Security and advanced penetration testing methodologies.
Cloud & AI Security
Learn AWS Pentesting, AI for Red Teaming, LLM Security, Agent Security, Cloud Attack Paths and emerging security technologies.
What You Will Master
Master offensive security, penetration testing, cloud security, AI security and defensive operations through practical hands-on training.
What is Red Teaming?
Red Teaming is an advanced security assessment where ethical hackers simulate real-world cyber attacks to identify weaknesses before malicious attackers can exploit them.
Simulate Real Attackers
Red Team professionals think and act like real adversaries. They use realistic attack techniques to test an organization's security posture and uncover hidden vulnerabilities.
Test Technical & Human Defenses
Red Team engagements evaluate both technical security controls and human behavior.
- Phishing Simulations
- Social Engineering
- Network Penetration Testing
- Web Application Attacks
Discover Security Gaps
Organizations often have vulnerabilities that remain unnoticed during routine security testing.
- Weak Access Controls
- Credential Exposure
- Detection Gaps
- Privilege Escalation Paths
Improve Incident Response
Red Team exercises provide Blue Teams with realistic attack scenarios, helping defenders improve their monitoring, detection and response capabilities.
Evaluate Complete Security
- Network Security
- Endpoint Security
- User Awareness
- Cloud Security
- Physical Security
- Detection & Monitoring
Real-World Example
A company may hire a Red Team to simulate attacks such as phishing employees, gaining initial access, escalating privileges and accessing sensitive information.
The goal is to identify weaknesses before real attackers do.
Start Your Red Team Journey Today
Get access to the complete Red Team roadmap covering Penetration Testing, Active Directory, Web Security, AWS Pentesting, AI Security, LLM Security, Metasploit, Blue Teaming and Real-World Red Team Operations.
ROADMAP TO BECOME A SUCCESSFUL RED TEAM ANALYST
A complete learning roadmap designed to take you from penetration testing fundamentals to advanced Red Team operations, Active Directory attacks, cloud security assessments and real-world adversary simulations.
Penetration Testing Training
Build a strong foundation in penetration testing and understand how real attackers identify and exploit vulnerabilities.
- Blackbox Pentesting
- Whitebox Pentesting
- Greybox Pentesting
- CTF Challenges
WiFi Penetration Testing
Learn wireless attack methodologies and gain practical experience with real-world WiFi assessments.
- WiFi Pineapple
- Raspberry Pi
- Android Devices
- Wireless Attacks
Red Team & MITRE ATT&CK
Learn how modern Red Team engagements are planned and executed using industry-standard attack frameworks.
- Reconnaissance
- Initial Access
- Persistence
- MITRE ATT&CK
Active Directory Pentesting
Understand how attackers compromise enterprise environments through Active Directory weaknesses.
- AD Enumeration
- Kerberoasting
- SMB Relay
- Privilege Escalation
Penetration Testing Using Metasploit
Master one of the most powerful offensive security frameworks used during professional engagements.
- Metasploit Framework
- Meterpreter
- Payload Generation
- Post Exploitation
Internal & External Red Team Operations
Learn how real Red Team assessments are conducted against modern organizations.
- Internal Assessments
- External Assessments
- Pivoting
- Lateral Movement
Real World Red Teaming & Pentesting
Apply everything learned through practical attack simulations and enterprise scenarios.
- Real Engagements
- Enterprise Attacks
- Attack Methodologies
- Professional Reporting
AWS Pentesting For Red Teamers
Understand cloud attack paths and identify critical AWS misconfigurations.
- IAM Exploitation
- S3 Security
- SSRF
- Cloud Security
Blue Teaming For Red Teamers
Develop a defensive mindset and understand how organizations detect and respond to attacks.
- SOC Operations
- Threat Hunting
- Splunk
- Incident Response
Who Is This Training For?
Whether you're a complete beginner, aspiring ethical hacker, penetration tester, cybersecurity student or working professional, this roadmap is designed to take you from fundamentals to advanced Red Team operations through a structured step-by-step learning path.
Complete Beginners
No prior Red Team experience required. Start with Linux, networking, penetration testing fundamentals and gradually move toward advanced attack techniques.
Ethical Hackers
Learn Active Directory attacks, Red Team operations, cloud security, web application testing and real-world offensive security methodologies.
Cybersecurity Students
Build practical skills through hands-on labs, attack simulations, CTF challenges and real-world assessment methodologies.
Working Professionals
Upgrade your offensive security knowledge and learn techniques used by professional penetration testers and Red Team operators.
Why Join This Program?
Ready To Start Your Red Team Journey?
Click the button below and contact us directly on WhatsApp. We'll guide you through the enrollment process and help you get started.
Enroll NowCOURSE SYLLABUS
Start from the fundamentals and gradually progress to advanced penetration testing concepts. This module follows a structured roadmap covering Linux, Windows, reconnaissance, exploitation, privilege escalation and practical CTF challenges.
Section 1: Kali Linux Setup
- Install Kali Linux
- Setup VMware Workstation
Section 2: Metasploit Framework
- Overview of Metasploit
- Metasploitable Setup
- Footprinting & Scanning
- Exploiting FTP & Remote Machines
Section 3: Linux Commands for Pentesters
- Key Commands for Pentesting
Section 4: Basic Linux Penetration Testing
- Penetration Testing Basics
- Lab Setup & Scanning
- Backdoors & Shell Access
- Privilege Escalation
Section 5: Advanced Linux Pentesting Part 2
- Scanning Access and Shell Uploads
- Privilege Escalation
Section 6: Advanced Linux Pentesting Part 3
- Scanning Cracking & Access
- Privilege Escalation
Section 7: Linux CTF
- Lab Setup Scanning & Enumeration
- Bruteforce Shell Access & Escalation
Section 8: Beginner Linux CTF
- Challenges 1–4
Section 9: Beginner Windows Pentesting
- Setup Scanning & Initial Access
- Privilege Escalation & Flag Capture
Section 10: Intermediate Windows Pentesting
- Scanning Access & Exploration
- Privilege Escalation
Section 11: Intermediate Linux Pentesting
- Scanning Access & Exploits
- Privilege Escalation
Module 02 - Penetration Testing For Red Teamers V2
Take your penetration testing skills to the next level with real-world attack scenarios, advanced exploitation techniques, privilege escalation methodologies and practical blackbox assessments. This module focuses on thinking like an attacker and approaching targets using professional penetration testing methodologies used during Red Team operations.
Course Roadmap
- How to Make Effective Notes for Pentesting
- Introduction to Penetration Testing V2 Techniques
- Blackbox Pentesting – Local Privilege Escalation via SUID Exploitation
- Exploiting the Blue Vulnerability – Hands-On Session
- Blackbox Pentesting – Machine 3 Walkthrough
- Enumerating Samba Services to Discover and Access Shares
- Exploiting NFS (Network File System) to Gain Access
- Privilege Escalation Using Path Variable Manipulation
- Blackbox Pentesting – Exploiting Rejetto Server Vulnerability
- Automating Privilege Escalation Checks with PowerUp and WinPEAS
- Exploiting Unquoted Service Path Vulnerability
- Manual Vulnerability Identification & Exploitation Techniques
- Blackbox Pentesting – Gaining Access to Jenkins Server
- Manual Token Impersonation Using JuicyPotato
- Blackbox Pentesting – Exploiting Blog Engine Vulnerabilities
- Locating and Exploiting Autologon Credentials
- Initial Access Through SQL Injection
- Privilege Escalation Through Webmin Misconfigurations
- SQL Injection Against Joomla Applications
- YUM Package Manager Exploitation
- Exploiting WordPress Vulnerabilities
- Privilege Escalation Through SSH Tunneling
- Final Review of Real-World Pentesting Methodologies
Module 03 - Penetration Testing For Red Teamers V3
This module bridges the gap between guided labs and real-world penetration testing engagements. Students will learn how to approach targets independently, perform professional reconnaissance, identify attack paths, gain initial access, pivot through networks and conduct complete compromises using methodologies commonly used during real-world security assessments.
Real-World Pentesting Methodology • Practical Hunting • Professional Attacker Mindset
Course Roadmap
- Introduction – What's New in This Version
- Setting Up Labs for Penetration Testing
- The Right Approach to Starting Host-Based Pentesting
- Lab Requirements and Setup
- File Transfer Techniques in Pentesting
- Comprehensive SMB Enumeration and Exploitation
- Student Exercise – SMB Practice
- End-to-End Approach to Network Penetration Testing
- Student Exercise – Network Pentesting
- Web Content Discovery – Complete Guide
- Hands-On Practice – Web Content Discovery
- Student Exercise – Web Content Tasks
- Mastering WinRM – Complete Guide to Windows Remote Management
- Hands-On Hacking – Full Network Compromise
- Exploiting Microsoft SQL for Network Access
- Credential Dumping and Pivoting Techniques
- Password Spraying Attacks for Initial Access
- Path Exploitation – Building and Attacking Custom Vulnerable Labs
- Hands-On Real-World Exploitation Scenarios
- Real-World Hands-On Labs and Course Updates
Module 04 - Complete Linux Privilege Escalation For Red Teamers
Linux Privilege Escalation is one of the most important skills for every Penetration Tester and Red Team Operator. In this module, students will learn how vulnerabilities exist within Linux environments, how attackers identify weak configurations, and how privilege escalation techniques are used to gain elevated access.
The training starts from the fundamentals and gradually progresses to advanced real-world exploitation techniques used during professional security assessments and Red Team engagements.
Beginner to Advanced Linux Privilege Escalation • Real-World Exploitation Techniques • Practical Labs & Challenges
Course Roadmap
- Introduction to Linux Privilege Escalation and Pentesting
- Lab Setup and Requirements
- Manual Enumeration Techniques on Live Linux Systems
- Leveraging AI for Pentesting, Hunting and Exploitation
- Discovering Plaintext Credentials (Manual & Automated Methods)
- Identifying and Exploiting Weak File Permissions
- Identifying and Exploiting Weak Directory Permissions
- Crontab Exploitation and Weak Cron Job Abuse
- PATH Environment Variable Exploitation
- Privilege Escalation Through Sudo Misconfigurations
- Discovering LD_LIBRARY_PATH Vulnerabilities
- LD_LIBRARY Injection Exploitation
- Understanding and Exploiting SUID Binaries
- Shared Object Injection Exploitation
- Linux Capabilities Enumeration & Exploitation
- Privilege Escalation Through MySQL Misconfigurations
- Docker Privilege Escalation (Container to Host Root Access)
- Student Challenges and Hands-On Practice Tasks
- Real-World Privilege Escalation Methodologies
- Course Updates and Additional Labs
Module 05 - CCTV Pentesting & Surveillance Security Assessment
Modern organizations rely heavily on surveillance systems, IP cameras and network-connected monitoring devices. In this module, students will learn how to perform professional security assessments against CCTV infrastructures, identify exposed services, analyze attack surfaces and discover security weaknesses that may impact surveillance environments.
Students will gain practical experience in reconnaissance, vulnerability assessment and security validation of cameras, routers and surveillance management systems used in real-world environments.
CCTV Security Assessment • Surveillance Infrastructure Analysis • Reconnaissance & Vulnerability Discovery
Course Roadmap
- Welcome to the CCTV Pentesting Masterclass
- Target Acquisition and CCTV Asset Discovery
- Discovering Exposed CCTV IP Addresses
- Reconnaissance and Vulnerability Scanning of Camera Systems
- Identifying Publicly Accessible CCTV Feeds
- CCTV Login Portal Security Testing
- Real-World Attack Surface Analysis
- Client-Side Security Weakness Assessment
- Server-Side Security Weakness Assessment
- Internal Reconnaissance of Surveillance Networks
- Mapping Cameras Within Enterprise Environments
- Analyzing Network Architecture Supporting CCTV Systems
- Origin IP Discovery Techniques
- Proxy and WAF Security Analysis
- Security Assessment of Cameras and Network Devices
- Router and Edge Device Vulnerability Assessment
- Digest Authentication Security Analysis
Module 06 - Red Team Operations & MITRE ATT&CK Framework
This is where the real Red Team journey begins. Students will learn how professional adversaries operate by following the MITRE ATT&CK Framework. The module covers every stage of an attack lifecycle including reconnaissance, resource development, initial access, execution, persistence, privilege escalation, credential access, lateral movement, command and control, data exfiltration and impact.
Rather than simply learning tools, students will learn when to use them, why they are used and how they fit into real-world Red Team operations and adversary simulation engagements.
MITRE ATT&CK Framework • Red Team Methodology • Real-World Tool Mastery • Adversary Simulation
Reconnaissance
- Amass
- Recon-ng
- Maltego
- Nikto
- Shodan
- SpiderFoot
- Domain Enumeration
- Subdomain Discovery
- ASN Enumeration
- Reverse WHOIS Lookup
- OSINT Techniques
- Leaked Credential Discovery
- Active & Passive Reconnaissance
Resource Development
- MITRE ATT&CK Framework Overview
- Metasploit Framework
- Infrastructure Preparation
- Payload Generation
- Python Payload Development
Initial Access
- LuckyStrike
- Gophish
- SQLMap
- WiFi Pineapple
- MITM Attacks
- ARP Spoofing
- DNS Spoofing
- Phishing Campaigns
- Email Spoofing
- Wireless Attacks
Execution
- Unicorn Framework
- Donut
- Payload Execution Techniques
- HTA Payloads
- DOCX Payloads
- Process Injection
Persistence
- Empire
- Starkiller
- Impacket
- Registry Persistence
- Scheduled Tasks
- WMI Persistence
- Persistence Removal Techniques
Privilege Escalation
- Rubeus
- Kerberoasting
- AS-REP Roasting
- SharpUp
- Windows Privilege Escalation
Defense Evasion
- Antivirus Evasion
- Windows Defender Bypass Techniques
- ProxyChains
- Operational Security Concepts
Credential Access
- Mimikatz
- Hashcat
- Responder
- John The Ripper
- Hydra
- Lazagne
- Password Cracking
- Credential Harvesting
- NTLM Attacks
- Browser Credential Extraction
Lateral Movement
- Pass The Hash
- Pass The Ticket
- Network Pivoting
- Lateral Movement Techniques
Collection
- PowerSploit
- PowerUpSQL
- Screenshot Collection
- Sensitive File Discovery
- Database Enumeration
Command & Control (C2)
- Covenant
- Empire
- Cobalt Strike
- C2 Infrastructure Setup
- Red Team Operations
Exfiltration
- Data Extraction Techniques
- Secure Data Transfer
- Encryption & Decryption
- Operational Exfiltration Methods
Impact
- DoS Concepts
- DDoS Concepts
- Impact Assessment
- Defensive Countermeasures
Module 07 - Active Directory Penetration Testing For Red Teamers
Active Directory is one of the most important targets during Red Team operations. In this module, students will learn the attacks, techniques and methodologies commonly used against enterprise Active Directory environments. The training covers enumeration, relay attacks, credential attacks, Kerberos attacks, privilege escalation and persistence techniques used during real-world Active Directory assessments.
Active Directory Enumeration • Credential Attacks • Kerberos Attacks • Privilege Escalation • Domain Compromise
Course Roadmap
- Become a Master in Active Directory Penetration Testing
- How to Perform Active Directory Pentesting in Real-World Scenarios with Clients
- What is LLMNR Poisoning, and How Does It Work
- Detailed Class on Responder: Real-World Usage and Best Practices
- Cracking Hashes and Choosing the Right Hardware (Rig) for Efficient Hash Cracking
- What is SMB Relay Attack, and How It Happens
- How to Check for SMB Relay Vulnerabilities in a Network
- Performing SMB Relay Attack (Basic Setup and Execution)
- Performing SMB Relay Attack (Advanced Techniques)
- Authentication Using Psexec and Exploiting SMB Weaknesses
- What is IPv6, and Why Do Systems Use It?
- Understanding and Learning About DNS Takeover Attacks
- Performing IPv6-Based Attacks (Part 1: Fundamentals)
- Performing IPv6-Based Attacks (Part 2: Advanced Techniques)
- Adding Users and Computers in Active Directory Using NTLM Relay and Kerberos Delegation
- Adding Users and Computers in Active Directory Using NTLM Relay and Kerberos Delegation (Advanced Methods)
- Important Notices and Precautions for Active Directory Attacks
- Active Directory Enumeration Techniques
- Deep Dive into Active Directory Enumeration Using PowerView
- Simplified Explanation of Active Directory Enumeration Concepts
- How to Compromise Active Directory: Step-by-Step Approach
- Explanation of Pass-the-Hash Attack: Why and When to Perform It
- What is a Pass-the-Password Attack?
- How to Perform Pass-the-Password Attacks and Password Spraying Using CrackMapExec
- Targeting Local Administrators for Privilege Escalation
- Deep Dive into CrackMapExec: Features and Usage in AD Penetration Testing
- Performing Pass-the-Hash Attacks and Understanding NTLM Hashes
- What is Token Impersonation (Privilege Escalation)?
- How to Perform Token Impersonation for Privilege Escalation
- What is a Kerberos Attack?
- How Kerberos Authentication Works and Detecting Kerberos Attacks
- Dumping Kerberos Hashes for Post-Exploitation
- Cracking Kerberos Hashes Using Hashcat: Techniques and Modes
- Learning About NTLM and NTLMv2: Comparison and Attack Strategies
- How to Dump Clear-Text Passwords from the Windows Registry
- What is a Golden Ticket Attack? Understanding Persistence in AD Attacks
- How to Perform a Golden Ticket Attack for Persistence in Active Directory
- Deep Dive into Identifiers and the Active Directory Cheat Sheet
Module 08 - Metasploit For Red Teamers
Metasploit is one of the most powerful frameworks used by penetration testers and Red Team operators worldwide. This module is designed to take students from the fundamentals of Metasploit to advanced exploitation, post-exploitation, privilege escalation and persistence techniques.
Students will learn not only how to use Metasploit modules, payloads and Meterpreter sessions, but also how to integrate Metasploit into real-world penetration testing engagements, automate assessments and perform advanced exploitation against Windows and Linux environments.
Become a Master in Metasploit • Exploitation • Post Exploitation • Privilege Escalation • Red Team Operations
Course Roadmap
- Introduction and Installation
- Overview of Metasploit and Its Importance in Penetration Testing
- Step-by-Step Guide to Installing Metasploit on Various Platforms
- Difference Between Automated and Manual Penetration Testing
- Key Differences Between Automated and Manual Approaches
- Scenarios Where Each Approach is Effective
- Installing Kali Linux
- Detailed Instructions on Setting Up Kali Linux for Penetration Testing
- How Metasploit Works
- Understanding the Workflow of Metasploit: Exploits, Payloads, and Sessions
- What is Metasploit?
- Explanation of Metasploit Framework and Its Role in Ethical Hacking
- About Metasploit Payloads and Modules
- Types of Payloads: Stagers and Staged Payloads
- Categories of Modules: Exploits, Auxiliary, Post-Exploitation, and Payloads
- Architecture of Metasploit
- Deep Dive into the Components and Architecture of Metasploit Framework
- Metasploit Database
- Setting Up and Managing Metasploit’s Database for Efficient Penetration Testing
- Metasploit Workspace
- Organizing Projects and Results Using Workspaces in Metasploit
- Fundamentals of Metasploit
- Basic Commands and Techniques for Beginners in Metasploit
- Filtering Payloads, Exploits, Auxiliary Modules, and CVEs
- Scanning Connected Clients and Grabbing OS Details
- Complete Course on Windows Hacking
- Ethical Hacking – Windows Penetration Training
- Metasploit Database Backend Commands
- Performing Nmap Scanning from Metasploit
- Performing Port Scanning, Enumeration, and Brute Force Using Metasploit
- Web Enumeration and Finding Vulnerabilities Using Metasploit
- Metasploit Client-Side Attack
- MSFVenom Payloads and Encoders to Bypass Security
- Injecting MSFVenom Payload to Avoid AV Detection
- Testing Payloads and Creating RC Files
- Nessus Installation for Vulnerability Scanning
- Performing Vulnerability Assessment Using Nessus
- Exploiting ManageEngine Vulnerabilities
- Exploiting MySQL Server
- Exploiting Elasticsearch
- Learning Meterpreter Shell Commands
- Post-Exploitation Modules
- Testing Privilege Escalation Vulnerabilities on Windows
- Token Impersonation Attack
- Windows Persistence
- Mimikatz – Credential Dumping from Memory
- Pass-the-Hash Attack
- Linux Penetration Testing
- Hacking Linux-Based Systems
- Host Discovery and Vulnerability Scanning Using Nessus
- Exploiting Linux Web Servers
- Exploiting Drupal
- Exploiting phpMyAdmin
- Linux Enumeration and Post-Exploitation Modules
- Privilege Escalation in Linux
- Persistence in Linux
Module 09 - Red Team Analyst Training (How To Approach In Real World)
Red Team Analyst Training is designed to teach students how real-world Red Team engagements are performed inside enterprise environments. Unlike traditional penetration testing labs, this module focuses on attack methodology, decision-making, internal operations, pivoting, credential access, Active Directory exploitation and post-exploitation techniques used during professional Red Team assessments.
Students will learn how to approach a target network, identify attack paths, move laterally across systems, escalate privileges, compromise Active Directory and maintain access while thinking like a real Red Team operator.
Real-World Red Team Operations • Pivoting • Active Directory Attacks • Lateral Movement • Privilege Escalation • Post Exploitation
Course Roadmap
1. Introduction
Overview of Red Team Operations and the Importance of Simulating Real-World Attacks for Security Testing
2. Lab Overview
Setting Up a Red Team Lab Environment for Penetration Testing and Offensive Security Exercises
3. Performing Red Team Operations
Understanding the Phases of a Red Team Engagement: Initial Reconnaissance, Exploitation, Pivoting, and Post-Exploitation
4. Important Steps Before Performing Pivoting
Key Considerations Before Attempting Pivoting: Gaining Initial Access, Escalating Privileges, and Reconnaissance of the Network
5. Performing Pivoting – Part 1
Introduction to Pivoting: How to Use a Compromised Host to Gain Access to Other Segments of the Network
6. Performing Pivoting – Part 2
Configuring and Using Tunnels: Techniques for Forwarding Ports and Bypassing Network Segmentation
7. Performing Pivoting – Part 3
Advanced Pivoting Techniques: Utilizing Proxychains, SSH Tunnels, and Meterpreter for Further Penetration
8. Internal Red Team Operations
How to Simulate an Internal Attack: Moving from Initial Access to Full Compromise of a Target Environment
9. Privilege Escalation
Techniques for Gaining Higher Levels of Access on Target Systems: Exploiting Misconfigurations and Vulnerabilities for Privilege Elevation
10. Credential Dumping and Pass-the-Hash Attack
Dumping Credentials from Memory and the Windows SAM Using Tools Like Mimikatz for Credential Harvesting.
Performing Pass-the-Hash Attacks to Bypass Authentication.
11. Lateral Movement
Techniques for Moving Across the Network Using PsExec, WinRM, and WMI to Access Other Machines.
12. Exploiting Active Directory
How to Target and Exploit Active Directory for Privilege Escalation and Lateral Movement.
Exploiting AD Misconfigurations and Permissions for Gaining Domain Admin Rights.
13. Kerberoasting Attack
Understanding and Performing a Kerberoasting Attack: Extracting Service Account Hashes from Kerberos Tickets.
14. Silver Ticket Attack
Performing a Silver Ticket Attack to Gain Unauthorized Access to Services in a Domain.
15. Golden Ticket Attack
Exploiting Kerberos Authentication: How to Forge a Golden Ticket for Persistent Access to a Domain.
16. Congrats and Updates
Ongoing Updates: How to Keep Skills and Knowledge Current in the Evolving Cybersecurity Landscape.
Module 10 - Master In Active Directory
This section is completely focused on Active Directory. Students will learn how enterprise Active Directory environments work, how attackers enumerate users and systems, perform privilege escalation, move laterally, abuse Kerberos authentication, establish persistence and ultimately compromise an Active Directory domain.
The training starts from Active Directory fundamentals and gradually progresses to advanced attacks such as Kerberoasting, Pass-the-Hash, Pass-the-Ticket, DCSync, Golden Ticket, Silver Ticket and Diamond Ticket attacks.
Active Directory Fundamentals • Enumeration • Privilege Escalation • Kerberos Attacks • Lateral Movement • Persistence
Course Roadmap
1. Introduction to Master in Active Directory
Overview of the comprehensive training on Active Directory security, exploitation, and techniques for mastering the subject.
2. Introduction to Active Directory (Deep Dive with Examples)
Detailed exploration of Active Directory, its role in modern IT environments, and how it functions as the backbone for identity and access management in enterprise networks.
3. How Active Directory Works
Understanding the inner workings of Active Directory: user authentication, group policies, directory services, and domain controllers.
4. Active Directory Structure
Deep dive into Domains, Domain Controllers, Organizational Units (OUs), and Group Policy Objects (GPOs).
5. What is Tree and Forest
Understanding Active Directory Trees and Forests and their role in enterprise environments.
6. Difference Between Tree and Forest
Distinguishing between Trees and Forests in Active Directory architecture.
7. Enumeration
Techniques for enumerating users, groups and computers for reconnaissance and assessment.
8. Basic Scanning on Active Directory
Introduction to tools and techniques for performing network scanning and AD service enumeration.
9. Difference Between Whitebox, Blackbox, and Greybox Pentesting
Overview of penetration testing methodologies.
10. Enumerating Active Directory Users, Administrators, and Computers through RPC
Using RPC to enumerate Active Directory entities and relationships.
11. LDAP Enumeration (Dump Users, Computers, Groups)
Gathering detailed Active Directory information through LDAP.
12. SMB Enumeration and Learning How Attackers Spread RATs or Malicious Files in Network
Exploring SMB enumeration and common attacker techniques.
13. Deep Dive with Enum4Linux
Using Enum4Linux to enumerate AD and SMB information.
14. Kerberos Enumeration
Techniques for enumerating Kerberos services and tickets.
15. Kerberos Enumeration – Password Spraying
Performing password spraying attacks against Kerberos authentication.
16. RDP Enumeration
Identifying Remote Desktop services within the environment.
17. RDP Enumeration – Bruteforce Attack, User Spray
Performing user spraying and brute force attacks against RDP services.
18. Active Directory Enumeration
Methods for identifying and mapping Active Directory environments.
19. Enumeration Using PowerView
Using PowerView for advanced Active Directory reconnaissance.
20. Enumerating Users, Administrators, and Computers
Advanced enumeration techniques using PowerView and related tools.
21. Initial Access
Gaining a foothold within enterprise environments.
22. LLMNR Poisoning, SMB Relay, ARP Spoofing (Network-Based Attacks)
Performing common network-based attacks against enterprise environments.
23. Stealing RDP Credentials
Techniques used to capture and abuse RDP credentials.
24. Complete Concept of Users
Understanding users, permissions and account management in AD.
25. What is Privilege Escalation and How it Works
Understanding privilege escalation concepts and attack paths.
26. Hands-On Windows Privilege Escalation
Practical privilege escalation exercises in Windows environments.
27. What is Unquoted Service Path – P.E
Understanding unquoted service path vulnerabilities.
28. Deep Dive and Manual Privilege Escalation (Unquoted Service Path)
Manual exploitation techniques for unquoted service paths.
29. What is AlwaysInstallElevated
Understanding the AlwaysInstallElevated policy.
30. Privilege Escalation (AlwaysInstallElevated)
Exploiting AlwaysInstallElevated for privilege escalation.
31. Weak Permissions in Windows
Identifying and abusing weak permissions in Windows systems.
32. Privilege Escalation through Binpath
Abusing vulnerable BinPath configurations.
33. Finding Misconfigurations and Vulnerable Services in Windows that Lead to Privilege Escalation
Discovering common privilege escalation opportunities.
34. Pivoting – Bypassing Network Defense
Using pivoting techniques to access restricted network segments.
35. Pivoting and Port Forwarding
Techniques for port forwarding and network traversal.
36. Pivoting – Metasploit
Using Metasploit for pivoting within enterprise environments.
37. Explanation About Remote and Local Port Forwarding
Understanding remote and local port forwarding.
38. Lateral Movement – Pass-the-Hash Attack, DCSync, NTDS, SAM
Performing advanced lateral movement techniques.
39. Pass-the-Ticket Attack
Using Kerberos tickets to move laterally across the network.
40. Kerberoasting Attack
Extracting and attacking service account hashes.
41. Over Pass-the-Hash Attack
Advanced authentication abuse techniques.
42. AS-Rep Roasting
Extracting and cracking Kerberos hashes from vulnerable accounts.
43. Persistence through Task Scheduler, Startup Folder, Registry
Maintaining access through persistence mechanisms.
44. Persistence – Silver Ticket Attack
Leveraging Silver Tickets for long-term access.
45. Golden Ticket Attack
Forging Golden Tickets for domain-wide access.
46. Diamond Ticket Attack
Advanced Kerberos ticket manipulation techniques.
Module 11 - Complete Hands-On Real World Red Teaming & Penetration Testing
This section was added based on student demand and focuses entirely on real-world Red Team and Penetration Testing engagements. Students will learn how professional security assessments are planned, executed and reported in enterprise environments. The training combines Red Team methodologies, Active Directory attacks, client-side attacks, real-world penetration testing workflows and professional report writing.
The primary goal of this module is to help students understand how security assessments are performed in real organizations and how experienced professionals approach engagements from initial scoping to final reporting.
Real-World Engagements • Active Directory Assessments • Client-Side Attacks • Red Team Methodology • Professional Reporting
Course Roadmap
1. Introduction to the Updated Section
This section introduces real-world Red Team and penetration testing methods, focusing on practical applications in real environments and how these skills are used to test the security of an organization.
2. Vulnerability Assessment and Penetration Testing
This topic explains the differences between vulnerability assessments and penetration testing. A vulnerability assessment looks for weaknesses, while penetration testing simulates an actual cyberattack to find and exploit those weaknesses.
3. Red Team Engagements
Learn how Red Team exercises work. Red Teaming involves testing a company’s defenses by simulating realistic cyberattacks. This section covers how the Red Team plans and executes these tests.
4. Engagement Structure
Understand how a typical Red Team operation is organized. This includes the planning, execution, and reporting stages, as well as the roles and responsibilities of the Red Team and communication with the client.
5. Red Team Engagements
A deeper dive into Red Team operations, including how to structure engagements and examples of how to carry out a successful Red Team exercise.
6. Windows Penetration Testing – Red Team Perspective
Learn how Red Teams approach Windows environments. This includes using advanced techniques to move through the network, find vulnerabilities, and maintain access to systems.
7. ROE – NDA Documentation
Understand the importance of agreements like the Rules of Engagement (ROE) and Non-Disclosure Agreements (NDA) before starting a Red Team engagement. These agreements help define what is allowed and ensure legal protections for both parties.
8. Windows Penetration Testing – Penetration Testing Perspective
This section shifts focus to traditional penetration testing on Windows systems. Learn how to use tools and methods to test security from the perspective of an attacker.
9. Windows Penetration Testing – Client-Side Attacks
Client-side attacks focus on weaknesses in the software or systems that users interact with directly, such as browsers or email clients. This section covers methods like phishing and exploiting outdated software.
10. Windows Penetration Testing – URL File Attack
This method involves using malicious files, such as links or URLs, to trick users into running harmful code. Learn how attackers can exploit this technique to gain access to systems.
11. Windows Penetration Testing – Blackbox (AD) Attack 1
In Blackbox testing, the attacker has no prior knowledge of the network. This section focuses on how to perform a penetration test on Active Directory systems without inside information.
12. Windows Penetration Testing – Blackbox (AD) Attack 2
A continuation of Blackbox testing for Active Directory. Learn how to exploit weaknesses in authentication and identify vulnerabilities that could lead to access.
13. Windows Penetration Testing – Blackbox (AD) Attack 3
This section dives deeper into Blackbox testing for Active Directory, teaching you how to identify network weaknesses and move through the environment.
14. Windows Penetration Testing – Blackbox (AD) Attack 4
Learn how to use common security flaws in Active Directory, such as misconfigured services and weak permissions, to gain unauthorized access.
15. Windows Penetration Testing – Blackbox (AD) Attack 5
Explore more advanced methods for penetrating Active Directory environments and escalating privileges.
16. Windows Penetration Testing – Blackbox (AD) Attack 6
The final stages of Blackbox penetration testing. Learn how to maintain access, move laterally and avoid detection.
17. Report Writing from Scratch
This section teaches you how to write a professional penetration testing report. The focus is on creating clear findings, business impact explanations and actionable recommendations following the OSCP reporting methodology.
Module 12 - AWS Pentesting For Red Teamers
Cloud environments have become a primary target for modern attackers, making cloud security assessment an essential skill for Red Teamers and penetration testers. In this module, students will learn how AWS environments are structured, how to identify cloud attack surfaces, assess misconfigurations, analyze IAM permissions and simulate real-world attack paths used against cloud infrastructure.
The training focuses on practical cloud security testing, credential exposure risks, privilege escalation opportunities and real-world AWS attack scenarios commonly observed during security assessments.
AWS Security Assessment • Cloud Attack Paths • IAM Security • S3 Misconfigurations • SSRF Attacks • Real-World Cloud Pentesting
Course Roadmap
1. Cloud Fundamentals & Service Models
Understanding cloud computing concepts, service models and the shared responsibility model.
2. AWS Architecture Overview
Learning how AWS services interact and how enterprise cloud environments are structured.
3. AWS Asset Identification & Pentesting Scope
Identifying AWS assets and defining the scope of cloud security assessments.
4. Legal Boundaries & Ethical Hacking
Understanding AWS security testing guidelines, legal considerations and responsible testing practices.
5. AWS Attack Surface Overview
Identifying common attack surfaces and exposure points within AWS environments.
6. VPC, S3 & CI/CD Security Analysis
Analyzing cloud networking, storage services and CI/CD pipelines from a security perspective.
7. AWS Attack Scenarios
Understanding common attack paths and exploitation opportunities within AWS infrastructures.
8. AWS Lab Environment Setup
Building a practical AWS environment for learning and security testing.
9. S3 Security Testing (Hands-on)
Performing security assessments and identifying misconfigurations in S3 environments.
10. AWS Credential Exposure & Risks
Understanding credential leaks, exposed keys and associated security risks.
11. EBS Snapshot Security Assessment
Reviewing EBS snapshot exposure risks and security considerations.
12. Instance Metadata Security Testing
Understanding metadata services and assessing associated security risks.
13. IAM Permission Analysis & Risks
Analyzing IAM permissions and identifying excessive privilege assignments.
14. Cloud Lab Setup for Practice
Preparing hands-on cloud environments for security testing and experimentation.
15. IAM Policy Versioning & Escalation Risks
Understanding IAM policy versioning and identifying privilege escalation opportunities.
16. End-to-End Cloud Attack Simulation
Following realistic cloud attack paths from initial access to privilege escalation.
17. S3 Misconfiguration Analysis
Identifying and assessing common S3 security weaknesses.
18. Container Image Security (ECR)
Reviewing security considerations for container images stored in Amazon ECR.
19. SSRF in Cloud Environments
Understanding Server-Side Request Forgery risks and their impact within cloud infrastructures.
20. Resources & Security Cheat Sheets
Additional resources, references and cheat sheets for AWS security testing and cloud assessments.
Module 13 - Complete Web Application Pentesting For Red Teamers
Modern Red Team operations frequently involve web applications as the initial attack surface. This module focuses on identifying, validating and chaining web application weaknesses that can lead to unauthorized access, privilege escalation, data exposure and deeper compromise of enterprise environments.
Students will learn how to approach web applications from an offensive security perspective, moving beyond basic vulnerability identification and focusing on attack paths, impact demonstration and real-world exploitation methodologies used during professional Red Team engagements.
Web Application Security • Attack Surface Analysis • Authentication Bypass • Injection Attacks • SSRF • XSS • SQL Injection • Real-World Red Team Methodology
Course Roadmap
1. Course Introduction for Red Team Operators
Understanding the role of web application security testing during Red Team engagements.
2. Red Team Fundamentals and Offensive Mindset
Developing the methodology and attacker mindset required for offensive web assessments.
3. Web Application Structure and Attack Surfaces for Red Teamers
Understanding application architecture, attack surfaces and entry points.
4. Discovery of Exposed Data and Sensitive Endpoints for Operational Use
Identifying exposed assets, endpoints and information useful during engagements.
5. Locating Database Credentials and Leveraging Them During Engagements
Discovering exposed credentials and understanding their impact.
6. Mapping API Endpoints and Sensitive Routes for Targeted Attacks
Enumerating APIs and identifying high-value attack paths.
7. Interpreting HTTP Response Codes to Drive Red Team Decisions
Using application responses to guide offensive testing strategies.
8. Finding Hidden Admin Panels and Access Points for Lateral Movement
Discovering hidden administrative functionality and privileged interfaces.
9. POST Method Manipulation for Targeted Application Abuse
Testing server-side functionality through request manipulation.
10. GET Parameter Tampering to Bypass Controls and Escalate Access
Analyzing parameter-based security weaknesses and authorization flaws.
11. Intercepting and Altering Traffic with a Proxy for Offensive Testing
Working with interception tools to inspect and modify application traffic.
12. Assessing Broken Access Control from an Adversary Perspective
Identifying authorization weaknesses and access control failures.
13. Cookie Tampering and Session Pivoting Techniques for Red Teams
Evaluating session management and authentication controls.
14. Accessing Confidential User Records to Prove Impact
Demonstrating business impact through access control weaknesses.
15. Hunting and Exploiting IDORs to Gain Unauthorized Object Access
Identifying insecure direct object references and validating impact.
16. Using Repeater Workflows to Prove Privilege Escalation Paths
Manually validating vulnerabilities and privilege escalation opportunities.
17. Path Traversal Discovery Techniques for Offensive Recon
Identifying file access weaknesses and sensitive resource exposure.
18. OAuth, CSRF and Authentication Attack Paths
Understanding authentication workflows and identifying security weaknesses.
19. Command Injection Discovery and Validation
Identifying input handling weaknesses that may lead to server compromise.
20. Cross-Site Scripting (XSS) Assessment
Testing reflected, stored and DOM-based XSS vulnerabilities.
21. Advanced XSS Filter Evasion and Bypass Techniques
Understanding modern filtering mechanisms and identifying weaknesses.
22. SQL Injection Threats and Data Extraction Techniques
Discovering database-related vulnerabilities and validating impact.
23. Blind SQL Injection and Time-Based Testing
Testing scenarios where direct application feedback is unavailable.
24. SSRF Fundamentals and Internal Network Exposure
Assessing server-side request functionality and internal resource access.
25. Advanced SSRF Techniques and Filter Bypass Strategies
Exploring complex SSRF attack paths and defensive bypasses.
26. Blind SSRF Discovery and Validation
Detecting indirect SSRF behavior and validating findings.
27. XXE Injection and Enterprise Application Risks
Understanding XML processing weaknesses and their security impact.
28. Blind XXE and Internal Service Discovery
Using XML-related weaknesses to discover internal resources and services.
29. Real-World Web Application Attack Chains
Combining multiple vulnerabilities to demonstrate realistic compromise scenarios.
30. Offensive Methodology for Modern Web Applications
Building a structured approach to web application assessments used during professional Red Team engagements.
Module 14 - Blue Teaming For Red Teamers (Weekly Updates)
This module is designed to help Red Teamers understand how defenders think, detect attacks, investigate incidents and respond to threats. By learning Blue Team methodologies, students gain valuable insight into how security operations teams identify suspicious activity, analyze logs, investigate compromises and defend enterprise environments.
Understanding defensive security helps offensive security professionals improve operational security, evade detection more effectively and better understand how organizations protect critical assets.
Defensive Security • SOC Operations • Threat Hunting • Incident Response • Digital Forensics • SIEM • EDR • Malware Analysis
Note: This is an advanced module. Students should complete the Red Teaming and Penetration Testing sections before moving into Blue Teaming.
Course Roadmap
Blue Team / Defensive Security
What Defensive Security is All About, Core Components of Defense, Inside a Security Team, Tools Used by Security Analysts, SOC Analyst Career Growth, Cybersecurity Domains Overview, Understanding SOC, Types of SOC Environments, Roles Inside a SOC Team, How SOC Operations Work, Popular SOC Tools.
Networking Basics You Must Know
OSI Model Made Simple, TCP Fundamentals.
Understanding Network Devices
How Switches Work, Router Basics, Firewall Essentials, Next-Generation Firewalls Explained.
Core Network Protocols
ARP Explained, HTTP Basics, SSL vs TLS, FTP Basics, SFTP vs FTPS, DNS Explained, DNS Records and How DNS Works.
Linux for Security Professionals
Essential Linux Commands, File Management, Network Commands, User Management and Linux Permissions.
Cloud Computing Fundamentals
Cloud Computing Concepts, Deployment Models, Service Models (IaaS, PaaS, SaaS), Shared Responsibility Model, AWS Basics, Regions, Availability Zones and Cloud Infrastructure.
Modern Security Threats
Ransomware, Third-Party Risks, SolarWinds Attack Analysis, Cloud Security Risks, IoT Security Risks and Remote Workforce Security.
Security Fundamentals
Vulnerabilities, Threats, Risk Management, CIA Triad, Confidentiality, Integrity and Availability.
Introduction to SIEM (Splunk)
SIEM Fundamentals, Splunk Architecture, Splunk Applications, Splunk Features and Hands-On Demonstrations.
Building Your Splunk Lab
Installing Splunk, Setting Up Botsv2 Dataset and Event Generator Configuration.
Splunk Query Language (SPL)
Fields, Table Command, Rename Command, Deduplication, Top/Rare Commands, Stats, Charts and Time-Based Analysis.
Real-World Splunk Use Cases
Website Monitoring, User Tracking, Network Scan Detection, Data Exfiltration Detection, User-Agent Analysis, Phishing Detection, Login Monitoring and Group Change Detection.
Log Management & Analysis
Data Ingestion, Log Parsing, DNS Analysis and HTTP Log Analysis.
Threat Intelligence Basics
Strategic, Operational and Tactical Intelligence, Threat Actors and Indicators of Compromise (IOCs).
MITRE ATT&CK Navigator
ATT&CK Navigator Setup, Layer Controls, Gap Analysis and Real-World Detection Mapping.
Phishing Analysis & Email Security
Phishing Attacks, Email Security, SPF, DKIM, DMARC, Header Analysis, Google Toolbox, MXToolbox, VirusTotal and Mailheader.org.
Linux Forensics & Investigation
Digital Forensics, Evidence Collection, Log Analysis, Auditd, File System Investigation, Metadata Analysis and Linux Incident Investigation.
Windows Incident Investigation
PowerShell Forensics, User Investigation, Process Analysis, Services, Scheduled Tasks and Network Connection Analysis.
Memory Forensics
Memory Acquisition, Volatility Framework, Process Analysis, Command-Line Recovery and Network Artifact Extraction.
Endpoint Security (Microsoft Defender)
EDR Fundamentals, Microsoft Defender Suite, Device Onboarding, Alert Investigation, Live Response, Threat Hunting, KQL and Vulnerability Management.
Network Forensics with TCPDump
Traffic Capture, Protocol Analysis, Port Filtering and Scan Detection.
Network Analysis with Wireshark
Traffic Inspection, Filters, Profiles, Connection Troubleshooting and Traffic Analysis.
Intrusion Detection with Suricata
Rule Writing, Installation, Configuration, Log Analysis and Detection Engineering.
Malware Fundamentals
Malware Lifecycle, PE Files, Static Analysis, VirusTotal Analysis, String Analysis and Obfuscation Techniques.
YARA for Malware Detection
Writing Detection Rules, Detecting Malware Families, Packed Files, Ransomware Indicators and Obfuscated Code.
Vulnerability Management (Qualys)
Qualys Architecture, Vulnerability Scanning, Risk Prioritization, Remediation and Reporting.
Vulnerability Scanning Tools
Nessus and OpenVAS Installation, Configuration, Host Scanning, Network Scanning and Alert Management.
Security Compliance Basics
ISO 27001 Fundamentals, Risk Assessments, Risk Treatment Plans, Control Implementation, PCI-DSS Requirements, Access Control, Monitoring and Compliance Management.
Module 15 - VPN, Firewall & Network Security Assessments (Future updates)
This module focuses on modern VPN technologies, firewall security assessments, remote access infrastructure and enterprise network security testing. Students will learn how security weaknesses in VPN gateways, firewalls, routers and remote access solutions can impact organizations and how professional security assessments are conducted against these technologies.
The training is continuously updated with practical scenarios, emerging attack paths, network security concepts and real-world assessment methodologies used during penetration testing and Red Team engagements.
VPN Security • Firewall Assessments • Network Infrastructure Security • Router Security • Real-World Attack Scenarios
Course Roadmap
VPN Security Fundamentals
Introduction to Enterprise VPN Technologies
Understanding VPN Architecture and Remote Access Security
Common VPN Protocols and Authentication Mechanisms
Network Encryption and Secure Communications
Network Services & Infrastructure Security
Understanding SNMP and Network Management Services
Identifying Weaknesses in Network Infrastructure
Enterprise Network Exposure Assessment
Real-World Security Incident Analysis
VPN Security Assessments
Remote Access Security Evaluation Methodology
Authentication Security Testing Techniques
Access Control Validation
VPN Gateway Security Assessment
Enterprise VPN Exposure Discovery
Internet-Facing VPN Enumeration
Secure Remote Access Testing
Authentication Bypass Assessment Methodology
Session Security Validation
Remote Access Risk Analysis
Enterprise Access Control Reviews
Firewall Security Assessments
Firewall Architecture and Security Fundamentals
Firewall Rule Analysis
Network Segmentation Validation
Firewall Exposure Assessment Techniques
Secure Access Design Review
Router Security Testing
Introduction to Enterprise Router Security
Router Assessment Methodologies
Configuration Review Techniques
Remote Administration Security Analysis
Identifying Common Router Weaknesses
Infrastructure Security Validation
Enterprise Network Device Security Testing
Configuration Weakness Analysis
Exposure Assessment Techniques
Information Disclosure Risks
Remote Service Enumeration
Practical Network Security Assessments
Real-World Network Security Operations
Assessment Planning and Methodology
Network Attack Surface Mapping
Infrastructure Risk Analysis
Reporting and Remediation Guidance
Weekly Updates and New Security Research
Module 15 - AI For Red Teaming & Penetration Testing (Future updates)
Artificial Intelligence is rapidly changing the way security professionals perform reconnaissance, vulnerability assessments, API security testing, reporting and offensive security operations. In this module, students will learn how to leverage modern AI models, local LLMs and automation workflows to improve efficiency during Red Team and Penetration Testing engagements.
The focus is on practical applications of AI for reconnaissance, vulnerability discovery, API analysis, report generation, attack surface mapping and workflow automation.
AI-Powered Reconnaissance • Local LLMs • API Security Testing • Automation • Vulnerability Research • Report Generation
Course Roadmap
AI Foundations for Offensive Security
Introduction to AI-Assisted Security Testing
Building an Offensive Security Mindset with AI
Goal-Oriented Security Assessments
Developing Efficient Testing Methodologies
Reconnaissance & Target Discovery
Modern Program Discovery Techniques
Advanced Target Enumeration Strategies
Finding Publicly Available Attack Surfaces
Passive Subdomain Discovery
Active Asset Enumeration
Working with Local AI Models
Introduction to Local LLM Platforms
Setting Up Local AI Environments
Configuring AI Models for Security Research
Understanding Model Capabilities and Limitations
Prompt Engineering Fundamentals
AI-Powered API Security Testing
Designing Effective Security Prompts
Automating API Endpoint Analysis
Request and Response Analysis Using AI
Identifying API Security Weaknesses
AI-Assisted API Assessment Workflows
Model Context Protocol & AI Integration
Understanding MCP Architecture
Connecting AI Models to Security Workflows
Integrating External Security Tools
Building AI-Assisted Reconnaissance Pipelines
AI for Asset Enumeration & Technology Detection
Subdomain Enumeration Workflows
Technology Stack Identification
Automating Asset Discovery
Attack Surface Mapping
JavaScript Analysis & Client-Side Security
Automated JavaScript Review
Sensitive Information Discovery
Endpoint Extraction Techniques
Client-Side Security Assessment
Practical Vulnerability Discovery
Real-World Security Assessment Workflows
Identifying Application Weaknesses
Validating Security Findings
Demonstrating Business Impact
Retrieval-Augmented Generation (RAG) for Security
Understanding RAG Architectures
Training Models with Security Knowledge
Building Custom Security Knowledge Bases
Improving AI Accuracy for Assessments
Advanced AI Training & Customization
Fine-Tuning Local Models for Security Tasks
Training Models for API Analysis
Creating Specialized Security Assistants
Web Application Firewall Analysis
Understanding WAF Technologies
Security Filtering Mechanisms
Detection and Evasion Concepts
AI-Assisted Security Testing Workflows
Advanced Command & Payload Generation
Command Generation Using AI Models
Automation of Security Tasks
Building Reusable Testing Workflows
Security Research Automation
Recon Automation & Intelligence Gathering
Organization Discovery Techniques
Tracking Technology Changes
Acquisition & Infrastructure Analysis
Automated Threat Research
AI-Assisted Vulnerability Assessment
Screenshot-Based Reconnaissance
Automated Vulnerability Identification
Attack Surface Prioritization
Security Validation Workflows
Automated Reporting & Documentation
Generating Professional VAPT Reports
Finding Documentation Automation
Executive Summary Creation
Technical Report Generation
Template Development & Security Automation
Building Security Testing Templates
Creating Reusable Assessment Workflows
Automating Vulnerability Validation
Custom Security Rule Development
Modern API Security Assessment Workflow
API Collection Management
Backend Analysis Techniques
Identifying High-Risk Endpoints
Request Body Analysis
AI-Assisted API Vulnerability Discovery
Module 16 - AI, LLM & Agent Security Testing (Future Updates)
Artificial Intelligence is transforming both offensive and defensive security operations. This future-update module focuses on AI security testing, Large Language Model assessments, AI agent security, prompt manipulation, model trust boundaries, agent workflows, automation security and emerging attack techniques targeting modern AI systems.
Students will learn how to assess AI-powered applications, evaluate agentic systems, identify security weaknesses, understand trust boundaries and perform structured AI security assessments using methodologies adopted by modern AI Red Teams.
AI Security • LLM Security • Agent Security • Prompt Attacks • AI Red Teaming • MCP Security • Future Research
Course Roadmap
AI Security Foundations
Introduction to AI Security
Understanding Large Language Models
Enterprise AI Security Risks
AI Threat Landscape Overview
Modern AI Attack Surfaces
AI Security Testing Methodologies
Prompt Manipulation & Instruction Override
Prompt Manipulation Fundamentals
Instruction Override Techniques
Multi-Layer Prompt Manipulation
Context Confusion Attacks
Hidden Instruction Discovery
Indirect Prompt Manipulation
Document-Based Prompt Attacks
Image-Assisted Prompt Manipulation
Memory Manipulation Techniques
Agent Prompt Abuse Scenarios
Advanced Prompt Obfuscation Methods
AI Information Exposure & Data Leakage
Understanding AI Data Exposure Risks
Sensitive Context Disclosure
Internal Knowledge Exposure
Conversation Leakage Scenarios
Configuration Disclosure Risks
Memory Exposure Techniques
Information Extraction Methodologies
Data Security Validation
Model Trust & Supply Chain Security
AI Supply Chain Security Fundamentals
Training Data Trust Models
Dataset Manipulation Risks
Knowledge Base Poisoning Concepts
External Resource Validation
Model Integrity Assessment
AI Dependency Security
Third-Party AI Risks
Agent Security & Autonomous Systems
Understanding Agent Architectures
Agent Permission Models
Tool Access Validation
Autonomous Workflow Risks
Agent Memory Security
Task Manipulation Attacks
Goal Hijacking Scenarios
Multi-Agent Security Challenges
Practical Agent Security Assessments
MCP & Tool Integration Security
Introduction to MCP Concepts
Understanding Trust Boundaries
Tool Invocation Security
MCP Risk Assessment
Secure Tool Integration
Permission Validation
Data Flow Security Analysis
MCP Security Testing Methodology
AI Application Security Testing
Assessing AI-Powered Applications
Authentication Security Reviews
Authorization Testing for AI Systems
Business Logic Security Analysis
Input Validation Testing
Output Validation Testing
Workflow Security Assessments
Practical AI Application Reviews
System Prompt Discovery & Enumeration
Prompt Enumeration Methodologies
Configuration Discovery Techniques
Agent Capability Enumeration
Tool Enumeration Concepts
Memory Enumeration Strategies
Context Discovery Techniques
Prompt Exposure Validation
Practical Enumeration Exercises
Advanced AI Assessment Techniques
AI Workflow Analysis
Reasoning Manipulation Techniques
Response Reliability Testing
Trust Boundary Validation
Agent Workflow Auditing
Complex Attack Chain Development
Multi-Step Assessment Scenarios
Multimodal AI Security
Image-Based Security Testing
Visual Content Manipulation
Document Processing Risks
Audio Processing Security
Cross-Modal Attack Concepts
Multimodal Trust Boundaries
Practical Multimodal Security Exercises
AI Browser & Connected Systems Security
AI Browser Security Concepts
Connected Application Risks
Third-Party Integration Security
Cross-System Trust Validation
Browser-Based Agent Security
Connected Workflow Assessments
AI Automation & Security Operations
AI-Assisted Reconnaissance
AI-Assisted Vulnerability Research
Security Workflow Automation
Attack Surface Discovery Automation
AI-Driven Analysis Pipelines
Security Reporting Automation
AI Red Teaming Methodology
Planning AI Security Assessments
AI Threat Modeling
Attack Path Development
Risk Validation Techniques
Reporting AI Security Findings
Enterprise AI Security Reviews
Real-World AI Red Team Exercises
Hands-On Labs & Research Updates
Practical AI Security Challenges
Real-World AI Assessment Labs
Advanced Security Scenarios
Research-Based Exercises
Future AI Security Updates
Emerging Attack Techniques
Continuous Module Expansion
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