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Introduction to Offensive Security with Artificial Intelligence is a beginner-level course designed to bridge the gap between red teaming and modern AI tools. With a focus on hands-on learning and safe experimentation, this course introduces participants to foundational concepts, frameworks, and use cases where AI — particularly large language models (LLMs) — can augment traditional offensive security tasks.

Learners will explore topics such as:

• AI-augmented reconnaissance and social engineering
• Payload generation with LLMs and code models
• Simulated exploitation chains using autonomous agents
• Custom model workflows for OSINT and vulnerability analysis
• Safe deployment of generative agents with ethical guardrails

By the end of the course, students will be able to prototype AI-enhanced offensive tools, understand core risks associated with LLM use in red teaming, and align their work with best practices from OWASP, MITRE, and responsible AI research communities.

This course is ideal for cybersecurity professionals, red teamers, ethical hackers, and researchers looking to responsibly adopt AI capabilities in offensive security practices.

Disclaimer: Much of the content was helped by an LLM

Description:

This course offers a practical and accessible introduction to the world of game hacking. You will explore how games store and process data in memory, how to identify and manipulate in-game values like health and ammo, and how to build simple external and internal cheats using tools like Cheat Engine, OllyDbg, Ghidra, and Visual Studio.

Through hands-on exercises and real-world examples such as AssaultCube, you’ll learn the foundational concepts of reverse engineering, DLL injection, and evasion techniques. Ideal for beginners in game hacking, reverse engineering, or those transitioning into cybersecurity or low-level programming.

No prior knowledge of assembly or reverse engineering is required — just curiosity, responsibility, and a desire to understand how games really work under the hood.

Disclaimer: Much of the content was helped by an LLM

This course dives deep into the offensive security techniques used to bypass modern Antivirus (AV) and Endpoint Detection and Response (EDR) systems. Designed for red team operators, malware developers, and advanced penetration testers, you will learn practical methods for evading detection in real-world scenarios.

What you'll learn:

• How AV/EDR engines detect threats: signature, heuristic, behavioral, and ML-based detection.
• Windows internals, syscall evasion, and custom NTDLL implementations.
• Shellcode injection, encryption (XOR, AES, RC4), and entropy-lowering techniques.
• Advanced process injection (APC, Early Bird, Thread Hijacking, PPID spoofing).
• Anti-analysis techniques (Anti-VM, Anti-Debug, ETW bypass, hardware breakpoints).
• Real-world kernel-level evasion using BYOVD and protected process manipulation.
• Practical labs with direct and indirect syscalls, C/C++ payloads, and stealth loaders.

This is a hands-on, no-fluff training meant to equip you with modern offensive capabilities in hostile, monitored environments.

Disclaimer: Much of the content was helped by an LLM

This hands-on course teaches advanced Operational Security (OpSec) principles and digital anonymity strategies tailored specifically for Red Team operators, offensive security engineers, and threat simulation professionals. Through three structured modules—covering fundamentals, tools & techniques, and real-world case studies—students will learn how to build persona-isolated infrastructure, evade attribution, and execute stealthy engagements under realistic adversarial conditions.

Unlike theoretical OpSec training, this course delivers deeply technical content with practical labs, toolchain walkthroughs, and campaign simulation exercises. From network fingerprint obfuscation and C2 staging to anti-forensics and metadata hygiene, students will gain real-world capabilities for high-fidelity offensive operations while maintaining operational deniability.

Ideal for professionals who want to elevate their Red Team tradecraft, reduce exposure, and stay ahead of detection frameworks.

Hacking in Healthcare: Offensive and Defensive Security Strategies for Medical Environments" is a highly technical course designed for cybersecurity professionals, red teamers, penetration testers, and researchers seeking to understand and exploit vulnerabilities in healthcare ecosystems.

This course delivers a comprehensive introduction to the unique cybersecurity challenges in medical environments, covering both offensive and defensive perspectives. Learners will explore the architecture of healthcare systems, critical communication protocols such as HL7, DICOM, and ASTM, and the specialized landscape of Medical IoT (MIoT) devices.

Through practical examples, threat modeling, and real-world scenarios, participants will understand how the Cyber Kill Chain applies to hospital networks and medical devices. The course dives deep into red teaming methodologies, vulnerability research on embedded medical systems, and defensive strategies such as Zero Trust Architecture, secure segmentation, and medical firmware hardening.

Key focus areas include:

• Interoperability protocols in digital health
• Attack surface mapping in medical infrastructures
• Exploitation techniques for MIoT and legacy equipment
• Implementation of security controls aligned with HIPAA, NIST SP 800-53, and IEC 80001-1
• Real-world case studies including ransomware in hospitals and pacemaker vulnerabilities

By the end of the course, students will be equipped to perform ethical offensive assessments in medical networks, contribute to secure design and architecture, and apply red/blue teaming strategies tailored to healthcare.

Unlock the power of the Windows API for offensive security. This course provides red teamers and advanced cybersecurity professionals with practical knowledge on Windows internals, syscall manipulation, API unhooking, and memory execution. From foundational C++ interaction to real-world offensive use cases like LSASS dumping, direct and indirect syscalls, this course prepares you to leverage native Windows capabilities in stealthy and effective operations.