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The Red Team Infra Dev [CRT-ID] lab offered by cyberwarfare.live is a practical, hands-on learning environment designed to provide real-world experience in developing OPSEC safe Red Team Infrastructure. In this lab, you will learn how to utilize legitimate cloud and on-premise services for both internal and external operations. You will also create your own re-director and payload server. The lab features a professional Red Team attack case study, providing you with the opportunity to apply the skills you’ve learned in a realistic scenario.

The Process Injection Analyst (CPIA) course offered by CyberWarFare Labs is an advanced learning platform that focuses on cyber attack and detection. The course is designed to develop a mindset to perform process injection in the MS Windows Environment and analyze the events that are generated by different process injection techniques.

The Certified Red Team Analyst [CCRTA] course from the cyberwarfare institute is a Red Team-style hacking and security training for beginners. This is a hands-on training course specifically designed for beginners interested in Red Teaming operations.

Certified Red Team – CredOps Infiltrator [CRT-COI] is a practical mini-course focused on Windows credential storage internals and credential access concepts for offensive security teams. Learners explore DPAPI, WDigest, LSASS, WiFi credentials, browser secrets, the Registry, and Credential Manager through on-demand videos, PDF materials, and hands-on exercises. Designed for beginner to intermediate learners, this course is ideal for red teamers, penetration testers, system administrators, students, and cybersecurity enthusiasts looking to strengthen their understanding of credential operations in Windows environments.

Advanced AI Red Teaming (AI-300) is OffSec’s advanced AI cybersecurity training course designed to help security professionals assess and exploit vulnerabilities in modern AI systems. As organizations increasingly adopt generative AI, machine learning models, and autonomous AI applications, the attack surface for cyber threats is rapidly expanding, increasing the need for stronger threat intelligence, risk management, and modern cyber defense strategies. Traditional penetration testing approaches were not designed for AI-enabled environments, where models, data pipelines, agents, and orchestration frameworks introduce entirely new security risks. As organizations deploy generative AI across production environments, the AI attack surface continues to expand, requiring new approaches to AI security testing and offensive assessment.

This is a large, hands-on IoT security course that takes you across the entire connected-device stack and then teaches you how to defend it. It mirrors its title: a hacking half that goes on the offensive across hardware, firmware, networks, radio, mobile apps, and the cloud, followed by a hardening half that maps a concrete defense back to every attack you learn.

Tired of theoretical phishing courses? This is the definitive, hands-on training for penetration testers and red team operators who need to move beyond theory and execute realistic, effective phishing campaigns against modern, hardened targets. In this course, you won’t just learn about phishing—you’ll build, launch, and manage full-scale campaigns using industry-standard tools like GoPhish and the powerful Evilginx framework, learning to bypass Multi-Factor Authentication (MFA) and common email defenses.