Python Programming Language - Basic Concepts and Syntax
This article covers the basic concepts and syntax of Python programming language and provides code examples for using Python in pen testing and red teaming.
This article covers the basic concepts and syntax of Python programming language and provides code examples for using Python in pen testing and red teaming.
This article introduces malware analysis for technical audiences, covering types of malware, their characteristics, attack vectors, and analysis techniques with real-world examples.
This article provides a comprehensive introduction to various password-cracking techniques, tools, and best practices for red teams and penetration testers, highlighting the importance of using these skills ethically to enhance cybersecurity.
This article discusses the different types of phishing attacks, how they work, and techniques for detecting and preventing them.
This article covers efficient web development with Rails, discussing best practices, tips, and specific security considerations for pen testers and red teamers, with a focus on the Rails framework, MVC pattern, and standard web vulnerabilities.
This article provides a technical introduction to buffer overflow vulnerabilities, how attackers can exploit them, and techniques to mitigate them, with plenty of examples and code snippets.
This article provides a basic overview of Red Teaming concepts and frameworks, including goals, scope, methodologies, and popular frameworks, with examples included for those who are new to the field or looking for a refresher.
This article explores standard social engineering techniques used by attackers, provides real-world examples of successful social engineering attacks, and offers suggestions for how organizations can protect themselves from these attacks.
Explore the Nim programming language for pen testing and red teaming, diving into its basic concepts, syntax, use cases, and comparisons to other popular languages.
This article introduces the basic concepts of reverse engineering, including disassembling, decompiling, patching, dynamic analysis, and obfuscation, with code examples for red teamers and pen testers.