Building software continues to look like an assembly line, with developers pulling resources from across the web to create applications. Although third-party resources have played an essential role in developing software for many years, the way that development teams use these external components looks different today.

The 2024 Olympics are in full swing, and everyone at Snyk is excited to tune into the games and cheer on our respective countries’ athletes. There’s a lot to love about the Olympics — dazzling opening ceremonies, heart-racing feats, close-call victories, and so much more. But along with all the fun and excitement comes a sense of inspiration.

One of the main goals of this research was to explore C/C++ vulnerabilities in the context of NodeJS npm packages. The focus will be on exploring and identifying classic vulnerabilities like Buffer Overflow, Denial of Service (process crash, unchecked types), and Memory Leakages in the context of NodeJS C/C++ addons and modeling relevant sources, sinks, and sanitizers using Snyk Code (see Snyk brings developer-first AppSec approach to C/C++).

As your organization considers how to shift security left and facilitate shared responsibility for fixing issues, it can be tricky to know where to start. Which tooling will work best with your existing processes? What are the best ways to spread the word about the importance of application security? And once you’ve chosen tools, how do you actually get developers to use them?

Nowadays, the security of your applications is just as important as the functionality they provide. Therefore, analyzing your code for security vulnerabilities is a vital part of maintaining the integrity of your applications and protecting your users' data. As developers, we are at the front lines of this battle. It's our responsibility to ensure that the code we write is not just functional and efficient but also secure.