Red Team Ops — Offensive Security in Practice
Step into the mindset of an ethical attacker and learn how professional red teams simulate real-world cyberattacks to identify weaknesses before malicious actors can exploit them. This hands-on course covers the complete red-team lifecycle—from reconnaissance and attack-surface analysis to initial access, privilege escalation, lateral movement, and reporting. All practical exercises are performed in authorized, isolated lab environments, with a strong focus on understanding attacker techniques, documenting findings, and helping organizations strengthen their defenses.
- LevelIntermediate
- Duration8 weeks
- Per week6 hours
- FormatOn campus or online
- Price60,000 DZD
What you’ll learn
- Understand red teaming and offensive security
- Learn the ethical and legal boundaries of penetration testing
- Understand the red-team lifecycle
- Perform reconnaissance and attack-surface mapping
- Identify and prioritize vulnerabilities
- Understand common initial-access techniques
- Explore web and network attack concepts
- Understand privilege escalation
- Explore lateral movement and internal reconnaissance
- Understand identity and access weaknesses
- Learn about command-and-control concepts
- Explore adversary tactics and techniques
- Understand persistence at a conceptual and lab level
- Practice attack simulation in controlled environments
- Learn how defenders detect offensive activity
- Document findings and produce professional reports
- Recommend remediation and defensive improvements
Program
Discover what red teams do, how offensive security fits into cybersecurity, and how authorized attack simulations help organizations identify weaknesses.
Learn the legal, ethical, and operational foundations of offensive security. Understand scope, authorization, rules of engagement, safety, and responsible disclosure.
Learn how attackers think about targets, opportunities, attack paths, weaknesses, and objectives while developing a structured approach to security assessments.
Learn how security professionals gather information about an authorized target and map its externally exposed assets, technologies, services, and potential attack surface.
Explore how red teams identify weaknesses through enumeration, scanning, configuration analysis, and vulnerability assessment in controlled environments.
Understand common pathways attackers may use to gain an initial foothold, including credential weaknesses, vulnerable services, and social-engineering scenarios.
Explore common web security weaknesses and learn how red teams assess applications for vulnerabilities within deliberately vulnerable lab environments.
Understand how attackers may move from limited access to higher privileges by exploiting weaknesses in system configurations, permissions, credentials, or software.
Learn how attackers map internal environments after gaining access and understand the principles behind moving between systems and identifying valuable targets.
Explore how identity systems can become attack paths. Learn the fundamentals of domain environments, permissions, trust relationships, and common security weaknesses.
Understand how real-world adversaries maintain communication with compromised environments and why defenders need to detect unusual behavior. Practical work remains confined to controlled labs.
Conduct structured attack simulations and examine the corresponding defensive signals. Learn how red-team activity can help improve detection and response capabilities.
Learn how to turn technical findings into a professional red-team report, clearly documenting attack paths, business impact, evidence, and remediation recommendations.
Take part in a controlled end-to-end assessment of a dedicated lab environment. Plan the engagement, conduct reconnaissance, identify weaknesses, demonstrate authorized attack paths, document findings, and present recommendations.
Who it’s for
- This course is designed for cybersecurity professionals, penetration testers, SOC analysts, system administrators, security engineers, and learners who want to move from defensive cybersecurity into offensive security.
Prerequisites
- Strong understanding of basic cybersecurity concepts
- Basic networking knowledge
- Familiarity with TCP/IP, DNS, HTTP, and common network services
- Basic Linux command-line knowledge
- Basic Windows administration knowledge
- Understanding of authentication and access control
- Familiarity with virtual machines is recommended
- A computer capable of running isolated security labs