Open source code is everywhere, and it needs to be managed to mitigate security risks. Developers are tasked with creating engaging and reliable applications faster than ever. To achieve this, they rely heavily on open source code to quickly add functionality to their proprietary software. With open source code making up an estimated 60-80% of proprietary applications’ code bases, managing it has become critical to reducing an organization’s security risk.

Protecting the software supply chain is now a major organizational priority. Two weapons in the arsenal to help protect against data breaches and digital attacks are software supply chain security and software composition analysis (SCA). Here’s a look at Software Supply Chain Security vs SCA. The world today runs on software and ensuring it is reliable and secure can be a dicey proposition.

According to OpenLogic’s Open Source Adoption and Expansion in 2022 Report, the adoption of Open Source Software (OSS) across all sizes of organizations is rising with 40% of respondents stating an increase of OSS software over the previous year and 36% reporting a significant increase in OSS software usage. The increase in OSS adoption can be attributed to a number of factors including access to the latest innovations, reduction in costs and frequent product updates.

A new malicious package has been detected on the Node Package Manager (npm) repository that poses a significant threat to users who may unknowingly install it. Named ‘Vibranced,’ the package has been carefully crafted to mimic the popular ‘colors’ package, which has over 20 million weekly downloads.

Open source software has revolutionized the software development landscape, providing cost-effective solutions and promoting collaboration among developers worldwide. However, the legal terms associated with open source licenses can be complex, and improper management of these licenses may lead to significant legal risks.