This article explores the evolution of video games across four phases of computer history, delving into interesting anecdotes and trivia, and highlighting the cybersecurity risks associated with gaming for technical audiences.
This article explores techniques and best practices for physical security testing, including social engineering, physical bypass, lock picking, surveillance, and physical access control, and provides real-world examples and resources for red teams and pen testers.
This article delves into the Java programming language, covering basic concepts, syntax, and its practical applications in pen testing and red teaming, while also discussing its pros and cons for cybersecurity professionals.
This article provides an overview of the evolution of the internet from its inception to current and future trends, including key technological advancements and their impact on society.
This technical article provides a detailed overview of various techniques and tools that can be used to bypass firewalls, including examples and best practices for red teamers and pen testers.
This article explores the basic concepts and syntax of the Go programming language, including its unique benefits for pen testing and red teaming, and provides specific code examples for port scanning, password cracking, and web crawling.
This article explores the history of computer graphics, including the pre-computer era, vector graphics era, raster graphics era, 3D graphics era, and modern era, and discusses how computer graphics apply to cybersecurity while providing trivia and interesting facts.
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 explores the history and impact of the Y2K bug on computer technology, including its origins, preparations, aftermath, and lasting consequences, with a focus on its implications for legacy systems and embedded systems
This article introduces malware analysis for technical audiences, covering types of malware, their characteristics, attack vectors, and analysis techniques with real-world examples.