This week on the podcast, we cover Uber's most recent security incident and the alleged individual behind it. After that, we dive into the world of gas station operational technology and potential security weaknesses in one tool. Finally, we end with a chat about the FBI CISO Academy and how the FBI as a whole is trying to reshape relationships with the private sector. The 443 Security Simplified is a weekly podcast that gets inside the minds of leading white-hat hackers and security researchers, covering the latest cybersecurity headlines and trends.

In order to stay one step ahead of cyber adversaries, you need to understand how they work. The modern threat landscape is constantly evolving as sophisticated threats emerge and quickly become commoditized. In this webinar, Marc Laliberte, director of security operations at WatchGuard, will give you a view of the latest threat landscape, including the attack tools and techniques you need to defend against.

Snyk helps software-driven businesses develop fast and stay secure. Continuously find and fix vulnerabilities for npm, Maven, NuGet, RubyGems, PyPI and more.

Consolidate and Integrate Vendor Risk Data

The new ISO/SAE 21434 increases the requirement for security testing in the automotive domain. Car manufacturers must now provide advanced security tests for each software component, as part of the validation process. This includes either, penetration testing, vulnerability scanning and/or fuzz testing. But especially the early adoption of fuzz testing is currently becoming best practice among German car manufacturers.

Due to their high degree of interconnectivity, web applications are often difficult to secure. In this coding session, Simon Resch demonstrates an approach that allows you to simplify and automate your web application testing using modern fuzzing techniques. Content

In this coding session, Khaled Yakdan will demonstrate how to secure web applications with fuzzing, and explain how fuzz testing can help you to uncover complex security vulnerabilities, such as Denial of Services (DoS) and Uncaught Exceptions, in your source code. Content

In this live coding session, Daniel Teuchert shows you how to mock embedded systems with fuzz data. This approach enables you to use the advanced mutation methods of feedback-based fuzzing to simulate the behavior of external sources under realistic circumstances and cover unexpected and unlikely edge cases.

In this recorded live hackling session, Simon Resch talks about feedback-based fuzzing as a method for reliability testing of web applications.