Building secure and reliable APIs is an essential and challenging endeavor. Traditional API testing approaches perform blackbox testing and test the application through the network. This is both slow and lacks deep insights into how the tested application handles API requests. Also, it happens late in the software development lifecycle as it requires a complete application deployment.

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Join our CI Rewind and Learn how to Identify and Fix Common Bugs in Automotive Software In this replay of his talk at FuzzCon Europe - Automotive Edition 2022, CARIAD's Andreas Weichslgartner shows how contemporary software engineering can help to write more secure code and detect vulnerabilities already during development. He revisits historical vulnerabilities in the automotive space and take a look at common classes of bugs present in embedded software.

JavaScript is widely used in backend and frontend applications that rely on trust and good user experience, including e-commerce platforms, and consumer-apps. Fuzz testing helps secure these applications against bugs and vulnerabilities that cause downtime and other security issues, such as Crashes, Denial-of-Service (DoS) and Uncaught Exceptions. In this session, you will learn about.

In this coding session, fuzzing expert Josh Grant will demo how the integration of Jazzer.js into Jest enables a unified workflow for functional and security testing in JavaScript. All with the familiar look and feel of a unit test.

While most developers rely on unit testing to test whether their application behaves as expected, complementary testing approaches such as automated fuzz testing can enable them to also check their applications for unexpected or strange behaviors that could lead to crashes and make them vulnerable to Denial of Service (Dos) attacks or Zero-Day exploits, or Remote Code Execution (RCE) attacks such as the recent Log4j vulnerability.

How to build a unified workflow for functional and security testing using JUnit