Decoding Code Dependencies: Understanding Application Dependency for Robust Security Posture

In today's video, we'll delve into the crucial topic of understanding dependencies in your compiled code, focusing on application dependencies and their impact on your security posture.
When it comes to compiled code, especially in languages like C/C++, navigating the landscape of dependencies can be challenging. While languages like Rust and Golang benefit from robust package managers, the C/C++ space lacks a universally accepted solution. Although the Conan package manager by JFrog is functional, its widespread adoption in the open source community is still growing.

We explore three primary approaches to comprehend dependencies. The first involves examining the binary produced post-compilation, providing insights into dependencies like libopenssl or glibc. However, this method may overlook static archives, header files, or modified source files.
The second approach shifts to the left, analyzing the source repository for dependency information. While this method may be challenging to automate, it presents its own set of challenges, such as determining dependencies based on different versions or operating systems.

Our video highlights a unique third approach, pioneered by RunSafe, which involves building a software bill of materials (SBOM) at compile time. This approach captures every element contributed by the compiler, linker, and more, ensuring a comprehensive set of dependencies. What sets this method apart is its ability to exclude unnecessary files, providing a precise and complete set of information for your application or library.

Join us as we explore these approaches in detail, shedding light on the importance of understanding dependencies in code and how it contributes to a robust security posture. Don't miss out on valuable insights that can enhance your development practices and safeguard your software projects. Like, subscribe, and hit the notification bell to stay updated on our tech discussions! #DependenciesInCode #ApplicationDependency #SecurityPosture