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Master Vulnerability Assessment and Penetration Testing (VAPT) with OWASP | Includes hands-on with virtual lab practical
⏱️ Length: 6.2 total hours
⭐ 4.44/5 rating
πŸ‘₯ 8,949 students
πŸ”„ October 2025 update

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  • Course Overview

    • This course delivers an intensive, hands-on journey into the world of Cybersecurity: Vulnerability Assessment & Penetration Testing (VAPT), designed to transform theoretical knowledge into practical, deployable skills.
    • Focus on the proactive identification and exploitation of security weaknesses across diverse technological landscapes, mirroring real-world cyber threats.
    • Embrace an ethical hacking mindset, learning to think like an adversary to anticipate and neutralize potential attacks before they occur.
    • Bridge the gap between recognizing vulnerabilities and implementing effective, strategic countermeasures.
    • Gain a foundational understanding of the systematic approach to uncovering and reporting security flaws in systems, networks, and applications.
    • Perfect for those seeking to quickly acquire high-demand cybersecurity proficiencies with a strong emphasis on practical execution.
  • Requirements / Prerequisites

    • A foundational grasp of core networking concepts, including TCP/IP, HTTP/HTTPS protocols, and network topologies.
    • Basic familiarity with operating systems, particularly command-line interaction in Linux environments and fundamental Windows administration.
    • An understanding of basic programming or scripting logic, beneficial for comprehending web application vulnerabilities but not a coding intensive course.
    • A keen interest in cybersecurity, ethical hacking, and a strong motivation for continuous learning in a fast-evolving field.
    • Reliable access to a computer capable of running virtual machine software, essential for hands-on lab exercises.
    • A stable internet connection for accessing course materials and online lab resources.
  • Skills Covered / Tools Used

    • Strategic Thinking in Cybersecurity: Cultivating a proactive and adversarial mindset to anticipate attack methodologies and defensive weaknesses across various systems.
    • Information Gathering Techniques: Mastering both passive and active reconnaissance strategies to map target infrastructure, identify potential entry points, and gather intelligence effectively.
    • Network Scanning & Enumeration: Proficiently discovering live hosts, identifying open ports, detailing running services, and fingerprinting operating systems within a target environment.
    • Vulnerability Research & Analysis: Deep diving into publicly available vulnerability databases, security advisories, and industry reports to understand and contextualize attack vectors.
    • Web Application Logic Exploitation: Discovering and exploiting design flaws and business logic vulnerabilities within web applications, extending beyond common injection types.
    • Authentication & Authorization Bypass: Techniques to circumvent access control mechanisms and gain unauthorized privileges within applications and underlying systems.
    • Session Management Security: Assessing and exploiting weaknesses related to user session tokens, cookie handling, and state management within web applications.
    • Client-Side Attack Vectors: Understanding and mitigating threats originating from the client’s browser or device, including various forms of script-based attacks.
    • System Hardening Principles: Learning to identify misconfigurations and recommend best practices for securing diverse operating systems, databases, and network services.
    • Database Security Assessments: Evaluating the security posture of database systems, including configuration audits, access controls, and data integrity checks.
    • Privilege Escalation Methods: Exploring a range of techniques to elevate access levels within a compromised system, from user to administrator or root.
    • Lateral Movement Tactics: Understanding how attackers navigate and expand their foothold within a network after initial compromise, targeting high-value assets.
    • Post-Exploitation Data Exfiltration: Techniques for identifying, collecting, and securely extracting sensitive information without detection.
    • Wireless Network Vulnerabilities: Identifying and exploiting common weaknesses in Wi-Fi security protocols, access point configurations, and client-side vulnerabilities.
    • API Security Testing Methodologies: Applying structured approaches to uncover security flaws in modern API endpoints, critical for contemporary application security.
    • Cloud Security Assessment Foundations: Gaining an initial understanding of the shared responsibility model and common attack surfaces inherent in various cloud computing environments.
    • Professional Report Writing: Crafting clear, concise, and actionable penetration test reports tailored for both technical remediation teams and executive stakeholders.
    • Risk Communication & Prioritization: Effectively conveying the severity, impact, and likelihood of identified vulnerabilities to drive informed remediation decisions and security investments.
  • Benefits / Outcomes

    • Ability to confidently identify, analyze, and articulate complex security risks in various digital environments.
    • Enhanced problem-solving skills, enabling effective responses to novel cyber threats and sophisticated attack scenarios.
    • Foundational expertise for pursuing advanced cybersecurity certifications and specializations in VAPT or ethical hacking.
    • Confidence in performing initial penetration testing engagements and vulnerability assessments from end-to-end.
    • Preparation for entry-level to intermediate roles such as Junior Penetration Tester, Security Analyst, or Vulnerability Management Specialist.
    • Direct contribution to an organization’s overall security posture by uncovering weaknesses before malicious actors can exploit them.
    • A comprehensive understanding of the attacker’s perspective, empowering you to design and build more resilient defensive strategies.
    • Empowerment to make informed security decisions and advocate for robust security practices within your professional role.
  • PROS

    • Highly Practical & Hands-on: Emphasis on virtual lab exercises ensures immediate application of learned concepts, fostering muscle memory in VAPT techniques.
    • Concise and Focused: The relatively short duration provides a targeted deep dive into VAPT essentials without overwhelming learners with tangential topics.
    • Industry-Relevant Content: Covers methodologies pertinent to modern cybersecurity challenges, preparing students for contemporary threats.
    • Community-Validated: High student enrollment and strong rating underscore the quality and effectiveness of the course content and delivery.
  • CONS

    • The accelerated nature of the course may necessitate additional self-study for deeper mastery of specific advanced topics.
Learning Tracks: English,IT & Software,Network & Security
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