Security | Threat Detection | Cyberattacks | DevSecOps | Compliance

Snyk Code is a powerful tool designed to help developers identify and automatically fix vulnerabilities in their source code. It eliminates flow interruptions and repeated work by detecting and resolving security issues in real time with over 80% autofixing accuracy. It integrates seamlessly with your development workflow, providing real-time feedback on security issues directly within your IDE, CLI, or SCM.

After almost a decade in business, we’ve had the opportunity to watch the software development industry change dramatically. Developers work with more moving parts than ever, relying on technologies like third-party resources and AI coding assistants to release sophisticated software on tight deadlines. While we’ve been talking about the relationship between development and security for the past decade, the DevSecOps conversation has shifted quite a bit.

This story starts when Sébastien Lorber, maintainer of Docusaurus, the React-based open-source documentation project, notices a Pull Request change to the package manifest. Here’s the change proposed to the popular cliui npm package: Specifically, drawing our attention to the npm dependencies change that use an unfamiliar syntax: Most developers would expect to see a semver version range in the value of a package or perhaps a Git or file-based URL.

What are some of the growing cybersecurity risks in the modern software development landscape that keep CISOs busy? Developers and security teams face an ever-increasing array of threats, from sophisticated open source and vendor-controlled supply chain attacks to vulnerabilities introduced by AI-generated code like prompt injection and poor code security by GitHub Copilot.

Snyk, a leading provider in developer security, is excited to share that we’ve been named a Customers’ Choice in the 2024 Gartner Peer Insights Voice of the Customer for Application Security Testing for a third consecutive year. Gartner defines the Application Security Testing category as products and services designed to analyze and test applications for security vulnerabilities. This distinction is based on meeting or exceeding user interest, adoption, and overall experience.

Most modern applications contain a substantial number of open source packages, libraries, and frameworks. In fact, it's estimated that at least 80% of the source code in modern applications is from open source. In addition to relying heavily on commodity components to build applications, development teams often deploy these apps and services via community-sourced container base images.

On September 27, 2024, evilsocket.net (Simone Margaritelli) published information about several vulnerabilities in CUPS (Common UNIX Printing System), which can allow for arbitrary remote code execution (RCE). There are currently 4 CVEs associated with these findings, with potentially more on the way. There is also some debate about the severity of these vulnerabilities, however, one of the CVEs was initially given a CVSS score of 9.9. We will update this blog if new information becomes available.

In many standard enterprise applications, consistent logging serves a multitude of purposes. It helps businesses identify and rectify errors, provides valuable analytical insights, and lets you test new solutions. However, this also makes log injections one of the most common ways hackers can hijack or even gain access to sensitive user information.

C and C++ remain foundational in critical software development. These languages power a wide array of systems, from embedded devices to high-performance applications in manufacturing, operational technology (OT), and the industrial market. Their efficiency, control over system resources, and performance make them indispensable for developers working on mission-critical projects.