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If you are looking for the most practical way into the exploit development and software security world look no further. The Exploit Development Student Learning Path provides not only the fundamentals of Windows and Linux exploit development but also covers advanced Windows and Linux exploit development techniques, as well as anti-exploit mechanism bypasses.

Learning path at a glance:

• Based on techniques professional exploit developers use
• Thoroughly covers fundamental as well as advanced exploitation techniques
• Software debugging
• Shellcoding
• Covers both Windows and Linux exploit development
• Methodology on how to identify and fully exploit 0-day vulnerabilities
• Covers bypassing modern anti-exploit mechanisms
• Learn how to use tools like Immunity Debugger, x32dbg, Mona, Pwntools, GDB, Ropper, etc.

The hardest thing you will ever do in cybersecurity is to land your first job. There are HR gateways, industry jargon, and companies unwilling to hire new talent. To help combat these challenges, we have built a hands-on training path focused on the necessary skills to start your career. The Penetration Testing Student Learning Path covers prerequisite topics introducing you to pentesting, information security, and programming. The learning path prepares you for an entry-level position within a red team, exposes you to bug bounty basics, and provides the skills and practice necessary for the eJPT certification exam.

The eLearnSecurity Jr. Penetration Tester exam (eJPT) validates that the individual has the knowledge and skills required to fulfill a role as an entry-level penetration tester. This certification covers Assessment Methodologies and Enterprise Auditing with Host, Network, and Web Application Penetration Testing. This exam is designed to be the first milestone certification for someone with little to no experience in cybersecurity, simulating the skills utilized during a real-world engagement. This exam truly shows yourself and your employer that you have what it takes to be part of a winning penetration testing team.

Designed for professionals that are just starting their defensive cybersecurity or security engineering journey, this learning path will introduce you to all of the concepts and skills you’ll need to succeed as a Defensive Security Engineer. Starting with an introduction to security engineering, and moving into more in-depth topics covering practical defensive engineering techniques and practices, this path will teach you the skills you need for a successful cybersecurity career. In addition, you will learn basic server and network hardening techniques, risk management strategies, how to properly design a secure architecture, and much more. With hands-on labs throughout, you’re not just reading slides and studying – you get your hands dirty working with real-world scenarios. This path will prepare learners for the eEDA certification releasing in 2023!

Interested in learning how to assess and mitigate real-world web application vulnerabilities an organization could potentially be exposed to? The Web Application Penetration Testing Learning Path is a comprehensive and structured journey designed to equip aspiring penetration testers, Web App Security Professionals, Bug Bounty Hunters, and web developers with the essential skills and knowledge required to plan and perform a thorough and professional web application penetration test and how to effectively identify, exploit, and mitigate vulnerabilities in modern web applications. The Web Application Penetration Tester Professional Learning Path provides you with all the advanced skills required to carry out a thorough and professional penetration test against modern web applications, as well as prepares you for the eWPTv2 exam and certification.

CompTIA’s Security+ certification is a widely recognized, industry-standard certification aimed at entry-level Cyber Security practitioners. This certification and learning path starts by introducing general Cyber Security topics and terms to get you familiar with fundamental security concepts. From there, we go into various types of threats and vulnerabilities that security administrators are responsible for analyzing and mitigating. In addition, you’ll learn how to properly architect a typical security infrastructure, including options for different security controls to better protect an organization’s systems, infrastructure, and data. Alongside that knowledge, you’ll also learn how to manage security controls, detect and manage vulnerabilities, and how to respond to an incident once it occurs. To wrap everything up, we’ll take a look at risk management and compliance topics, including third-party assessments and audits. The Security+ learning path is broken down according to the published Domains and Objectives from CompTIA. After completing this learning path, you’ll be armed with the knowledge to not only get started as a security administrator but also to successfully pass the Security+ exam.

Certified Information System Security Professional (CISSP) is the most globally recognized certification in the information security market. In fact, many consider CISSP the gold standard for industry cyber and information security professionals to obtain because it certifies they have the breadth of knowledge, skills, and experience required to build, manage, and deliver the protections organizations require today. This course provides a review of the security concepts and industry best practices included in the CISSP Common Body of Knowledge across the following domains: Security and Risk Management, Asset Security, Security Architecture and Engineering, Communications and Network Security, Identity and Access Management (IAM), Security Assessment Testing, Security Operations, and Software Development Security. Once you successfully pass the certification exam, career advancement and higher earnings likely follow. Most importantly, becoming a CISSP professional guarantees to colleagues, peers, employers, and potential employers that you have the commitment and cyber competence to deliver architecture, design, management, and security controls that protect business environments.