Divergence Academy

Attack-oriented CTF competitions try to distill the essence of many aspects of professional computer security work into a single short exercise that is objectively measurable. The focus areas that CTF competitions tend to measure are vulnerability discovery (auditing source, binaries, webapps), exploit creation (binary & webapp exploits), toolkit creation (creation & preparation), and operational tradecraft. A modern computer security professional should be an expert in at least one of these areas and ideally in all of them. Success in CTF competitions demands that participants be an expert in at least one and ideally all of these areas. Therefore, preparing for and competing in CTF represents a way to efficiently merge discrete disciplines in computer science into a focus on computer security. Achieve your goals with our 40 hour short CTF course. What you’ll learn: Vulnerability Discovery: Auditing Source, Binaries and Webapps Exploit Creation: Binary and Webapp Exploits Forensics Toolkits: Creation and Preparation Operational Tradecraft

This course aims to prepare you for the Certificate of Cloud Security Knowledge (CCSK) Plus exam, which serves as the basis for obtaining further cloud credentials relevant to particular vendors or job roles. Obtaining the CCSK credential is an essential step toward pursuing a career in cloud security.

The course helps you master the practice of ethical hacking and preps you to pass the Certified Ethical Hacker exam from EC-Council, which involves conducting controlled attacks on IT systems to uncover weaknesses and evaluate their vulnerability. Businesses and government agencies engage cybersecurity experts to penetrate their online security defenses and recommend measures to prevent data theft and fraud by enhancing cryptography standards. Ethical hackers, also known as penetration testers or information security analysts, detect potential threats and assist in mitigating the risk of real cyberattacks. This course provides a comprehensive understanding of ethical hacking principles, including vulnerability analysis, social engineering, and exploitation techniques. It is ideal for security officers, auditors, professionals in the security industry, site administrators, and anyone interested in pursuing a career as a professional penetration tester. Includes: Official CEH Student Guide Exam Voucher

This 40-hour short course will prepare you for CISSP certification—one of the most sought-after infosec certs in the industry. The course curriculum will help professionals demonstrate their understanding of cybersecurity strategy and experience with hands-on implementation. You will obtain the advanced understanding and technical skills to design, develop and manage an organization’s overall security posture—skills necessary for roles ranging anywhere from Security Analyst to Chief Information Officer. To qualify for the CISSP, candidates must pass the exam and have at least five years of cumulative, paid work experience in two or more of the eight domains of the (ISC)² CISSP Common Body of Knowledge (CBK®).

The Divergence Cloud Engineering Immersive (CEI) is an integrated Cloud Computing and Cloud Security program. A Cloud Security Engineer enables organizations to design and implement secure workloads and infrastructure. By understanding security best practices and industry security requirements, these individuals design, develop and manage a secure infrastructure by leveraging Cloud security technologies. This program blends theoretical and practical elements—exposing you to the craft, science, and practice of Cloud Computing, DevOps, and Cloud Security related technologies. You'll gain a technical point of view and a historical and application-orientated perspective. We deep dive into how Cloud Computing and Cloud Security work and examine how to harness their impressive strengths for secure and affordable software design and efficient technological operations. The evolution from general IT to cloud can take five to 10 years. The CEI does it in as little as 10 weeks in a full-time program or 20 weeks with our extended and weekend programs. - Linux and Cloud administration - PowerShell, Bash, and Command Line Interface (CLI) - DevSecOps - IoT development - Secure IoT

Strong cybersecurity is critical in the digital age. Nearly every part of our world—from internet banking to government infrastructure—is vulnerable to denial-of-service attacks, website defacement, and other cyber threats. Penetration testers help organizations identify and resolve security vulnerabilities that threaten their digital assets and networks. In this role, some people work in-house on cybersecurity or information technology teams. Others work for specialized firms which provide penetration testing services to clients. Certain penetration testing jobs have unique titles, such as “ethical hacker” or “assurance validator.” By the end of the Cybersecurity Professional Penetration Tester program, you’ll have all the skills needed to seek, identify, and breach weaknesses in digital systems and networks—from websites to data storage systems. You’ll also be able to show how networks and security infrastructure operate across small to large enterprise businesses. This program uses the National Initiative for Cybersecurity Education (NICE) Framework, equipping students with the realworld skills needed to work in cybersecurity. With these building blocks, you can: Help organizations with security work. Review cybersecurity information to determine its usefulness. Offer operational support and collect cybersecurity information. The evolution from general IT to Cybersecurity can take five to 10 years. The Professional Penetration Tester does it in as little as 10 weeks full-time or 20 weeks with our extended and weekend programs,

Want to learn how to turn data into thoughtful action? Collecting and accessing data with technology is now ubiquitous in business and in life. The power and storage capabilities of cloud computing have driven organizations of all sorts to capture and store “big data.” Leveraging that data effectively with Microsoft® Excel® and Power BI can provide timely insights and a competitive advantage. Analyzing data to find issues, insights, and opportunities and presenting them in visually compelling ways is now a critical part of many job roles. For professionals who are interested in learning new ways to translate their work into effective data visualizations and infographics in order to increase knowledge translation with their desired audience, this is the course for you. Design principles for effective PowerPoint Presentation What constitutes an effective infographic/data visualization? Exploring different chart types and when to use them How to conceptualize, design and produce creative, effective and visually stunning graphics and visualizations

Cyber Threat Intelligence (CTI) is an advanced process enabling organizations to gather valuable insights based on the analysis of contextual and situational risks. Giving organizations the ability to anticipate breaches before they occur and to respond quickly, decisively, and effectively when they do allows them to proactively maneuver defense mechanisms into place before and during the attack. Today’s secure environment is not guaranteed to be secure tomorrow, so an organization cannot allow itself to become complacent. Knowing how to take a small piece of malware, find out who is responsible for launching it, the threat actor’s location, and how to take down that threat actor adds essential value to an organization. By the end of the program, you’ll know how to understand and prioritize cyber threat intelligence processes using log data and machine learning and how it can be integrated into an organization’s security operations to drive impact for your future employer.

Whether you’re a beginner in programming or an experienced programmer, this 40-hour short course will help you master the foundational skills and concepts needed to program in Python. Learn more about working with numbers and string and gain new competency in working with dates and times, dictionaries, recursion, and algorithms. Discover how to design and develop object-oriented programs with graphical user interfaces (GUIs) for real-business scenarios. Help to master the skills and concepts you need to program in any modern language. Help you learn Python faster Both beginners and experienced programmers because it lets you set your own pace Working with numbers and strings—gain new skills for working with dates and times, dictionaries, recursion, and algorithms How to design and develop object-oriented programs—OOP in Python combined with our presentation will make it all clear How all of these skills that you’ve learned are applied to real-world programs How to use Python for database programming— a must in businesses large and small How to use Python to develop programs with graphical user interfaces (GUIs)

This free intro course will provide you with a fundamental comprehension of Git/GitHub and containerization, an overview of Azure basics and Amazon Web Services (AWS), as well as an introduction to the different roles available in the realm of cloud and security.

By taking this introductory course on Cybersecurity Penetration Testing, you can equip yourself with the knowledge and skills required to prepare for future learning. This course will provide you with a foundational understanding of computer operations, essential networking concepts, and an overview of the Linux command line.

This free introductory course will equip you with fundamental knowledge of managing code repositories using Git, SQL, and a brief introduction to Storytelling with Data.

Our streamlined pathway from Network Basics to Full Stack Engineering guarantees no prior deep technical knowledge is required. In this program, students will construct the foundation to master today's most sought-after networking tools and technologies. Course details ‍ Network Foundations: Kickstart your IT journey by exploring the roadmap to becoming a Network Engineer and grasping essential IT architectures. Delve into foundational IT and networking concepts, including the OSI Model, Ethernet, VLANs, TCP/UDP, and topologies. Master IP addressing and subnetting, transitioning from IPv4 basics to an introduction to IPv6. Discover the intricacies of Ethernet, LANs, and switching, including hands-on cable creation. Dive deeper into IP routing in both LANs and WANs, learning about static and dynamic routing. Explore full-stack networking, covering security, wireless networking, voice over IP, and virtualization. Finally, immerse in real-world network engineering, acquainting yourself with vital tools, technologies, and simulation practices. Modern Project Portfolio: The Network Engineering Immersive (NEI) Program transforms students into proficient network engineers through a blend of theoretical instruction and hands-on practice. Spanning three weeks, the curriculum has them undertake three major IT projects. They initiate with the Planning Phase, crafting project diagrams and a comprehensive Statement of Work. This evolves into the Execution Phase where plans become tangible solutions. In the Controlling Phase, meticulous testing ensures quality, while addressing customer needs. Concluding with the Closing Phase, students present a holistic Full Stack Network, encapsulating facets like routing and network security, readying them for real-world IT project management. Simulating Complex Networks: This module emphasizes the practical validation of students' networking skills. Initially, participants undergo preparation labs designed to fortify the knowledge they'll need for the Skills Qualification Check (SQC). During the SQC week, students, within an 8-hour timeframe on an online lab platform, must achieve at least 80% completion and resolve troubleshooting challenges to demonstrate their hands-on proficiency. Beyond technical skills, the module also focuses on career development. Through the Career Workshop #1, students refine their job applications, learn personal branding, and become adept at tailoring their resumes and answering common interview questions, ensuring readiness for the job market. Network Associate Certification Prep: The module delves deep into bolstering foundational knowledge for aspiring network engineers. It initiates with an exploration of essential security concepts vital in today's interconnected digital landscape. This section underscores the importance of safeguarding networked systems using advanced techniques like VPNs, DHCP snooping, and port security. Next, students are introduced to the evolving domain of network automation, including controller-based networking, REST-based APIs, and tools like Puppet and Ansible. Preparing for the exam becomes a pivotal point, where students not only get test strategies and a practice session but also prepare for pertinent industry certifications. Lastly, students immerse in a simulated hiring process, enhancing their job application and interview skills, ensuring they're primed for real-world job hunts.

Our streamlined pathway from Network Basics to Full Stack Engineering guarantees no prior deep technical knowledge is required. In this program, students will construct the foundation to master today's most sought-after networking tools and technologies. Course details ‍ Network Foundations: Kickstart your IT journey by exploring the roadmap to becoming a Network Engineer and grasping essential IT architectures. Delve into foundational IT and networking concepts, including the OSI Model, Ethernet, VLANs, TCP/UDP, and topologies. Master IP addressing and subnetting, transitioning from IPv4 basics to an introduction to IPv6. Discover the intricacies of Ethernet, LANs, and switching, including hands-on cable creation. Dive deeper into IP routing in both LANs and WANs, learning about static and dynamic routing. Explore full-stack networking, covering security, wireless networking, voice over IP, and virtualization. Finally, immerse in real-world network engineering, acquainting yourself with vital tools, technologies, and simulation practices. Modern Project Portfolio: The Network Engineering Immersive (NEI) Program transforms students into proficient network engineers through a blend of theoretical instruction and hands-on practice. Spanning three weeks, the curriculum has them undertake three major IT projects. They initiate with the Planning Phase, crafting project diagrams and a comprehensive Statement of Work. This evolves into the Execution Phase where plans become tangible solutions. In the Controlling Phase, meticulous testing ensures quality, while addressing customer needs. Concluding with the Closing Phase, students present a holistic Full Stack Network, encapsulating facets like routing and network security, readying them for real-world IT project management. Simulating Complex Networks: This module emphasizes the practical validation of students' networking skills. Initially, participants undergo preparation labs designed to fortify the knowledge they'll need for the Skills Qualification Check (SQC). During the SQC week, students, within an 8-hour timeframe on an online lab platform, must achieve at least 80% completion and resolve troubleshooting challenges to demonstrate their hands-on proficiency. Beyond technical skills, the module also focuses on career development. Through the Career Workshop #1, students refine their job applications, learn personal branding, and become adept at tailoring their resumes and answering common interview questions, ensuring readiness for the job market. Network Associate Certification Prep: The module delves deep into bolstering foundational knowledge for aspiring network engineers. It initiates with an exploration of essential security concepts vital in today's interconnected digital landscape. This section underscores the importance of safeguarding networked systems using advanced techniques like VPNs, DHCP snooping, and port security. Next, students are introduced to the evolving domain of network automation, including controller-based networking, REST-based APIs, and tools like Puppet and Ansible. Preparing for the exam becomes a pivotal point, where students not only get test strategies and a practice session but also prepare for pertinent industry certifications. Lastly, students immerse in a simulated hiring process, enhancing their job application and interview skills, ensuring they're primed for real-world job hunts

The goal of this 40-hour short course is to introduce data analysis with the Python programming language and how to work with different data structures—including basic objects, variables, self-defining functions, and control flow. We cover the most popular Python libraries including NumPy, SciPy, Pandas, Matplotlib, Seaborn, and ggplot for data analytics and visualization. Learn how to manipulate functions to make working with structured data fast, easy, and expressive. What you’ll learn: Introduction to Python: Basic objects in Python, Variables and self-defining functions, Control flow, Advanced data structures Deep dive with Python: Object-oriented programming, deal with files, run Python scripts, and handle and process strings Scientific computation tools – Understand and apply three modules for scientific computation that make Python as powerful as Matlab: Numpy, Matplotlib and Scipy Data Visualization – Generate graphics by using appropriate tools like Seaborn and Plotly Data manipulation with Pandas – Understand and apply provides rich data structures and functions designed to make working with structured data fast, easy, and expressive

Python for Pentesting is designed for pentesters who want to use Python to build specialized tools. This challenging course will expose students to target scanning, enumeration, exploit development, web application attacks, and persistence mechanisms through Python scripting. Upon completion, students will have built an arsenal of over 20 penetration testing tools. This course is designed for students who have basic programming/scripting experience in C or Python, knowledge of networking concepts, and knowledge of penetration testing methods and hacking tools. Introduction to Building Pentest tools: Students will review Python fundamentals and will develop target scanning and enumeration tools using modules from the Python Standard Library as well as third party modules. Scanners: Students will begin by creating custom scanners using the Nmap module. They will develop algorithms to parse complex data sets and build additional functionality into their custom tools. Exploit Development: Students will begin by taking a deep look at x86 memory architecture, operating system controls and debugging. Students will then learn how to construct exploits against stack-based buffer overflows, as well as how to embed shellcode into their Python scripts. Exploit Web Application Vulnerabilities: Students will learn about common web application vulnerabilities, reconnaissance methods and attack vectors. Students will then write code to identify and exploit Standard Query Language (SQL) and Cross-Site Scripting (XSS) vulnerabilities to reveal server-side details, as well as to find directory traversal vulnerabilities. Post-Exploitation: Students will learn how to conduct post-exploitation pillaging and employ persistence techniques. They will then learn how to build reverse shells, send encoded data via HTTP requests, and control their persistence tool via command-and-control mechanisms. By the end of the course the students will have the knowledge necessary to analyze technical situations, solving them through the development of Python tools.

As a popular cybersecurity framework, Zero Trust helps organizations assess, control, and recover network operations. You'll start this program off by validating deep technical knowledge. Not long after, you'll be designing, engineering, and managing a company's security—learning firsthand about security controls and access policy development in the process. Together, these courses will give you transferable skills in understanding how backend data communicates and controlling how people access corporate resources. By the end of the program, you'll be able to properly measure cybersecurity maturity and threat types. You'll also be able to align processes and practices with information to protect against attacks. This program uses the National Initiative for Cybersecurity Education (NICE) Framework, equipping students with the realworld skills needed to work in cybersecurity. With these building blocks, you can: Help organizations with security work. Review cybersecurity information to determine its usefulness. Offer operational support and collect cybersecurity information