A staggering 96% of organizations utilize open-source libraries, yet fewer than 50% actively manage the security vulnerabilities within these libraries. Vulnerabilities are welcome mats for breaches from bad actors, and once they've entered your system, the impact can be colossal. A software bill of materials (SBOM) is an important tool for managing the security of open-source software.

In a significant stride towards strengthening cybersecurity practices and protecting the nation’s digital future, the White House has issued a formal National Cybersecurity Implementation Plan, and named the 5 pillars that it believes are critical to successfully implementing its cybersecurity strategy.

Software today relies heavily on open source, third-party components, but these reusable dependencies sometimes inadvertently introduce security vulnerabilities into the code of developers who use them. Some of the most serious vulnerabilities discovered in recent years—like the OpenSSL punycode vulnerability, Log4Shell (Log4j), and Dirty Pipe (Linux)—reside in popular open source packages, making them so widespread that they could compromise almost the entire software ecosystem.

As software systems become more intricate and the use of third-party components increases, the security risks within the software supply chain also escalate. To combat these risks, organizations are turning to the Software Bill of Materials (SBOM) as a valuable tool. This blog will guide you through the concept of SBOM and its impact on software supply chain security.

A Software Bill of Materials (SBOM) is a key cyber defense item — it identifies what’s in your software, applications, and code base so that you can detect and mitigate risk more effectively. This is useful when it comes to application security because companies can only detect and fix vulnerabilities if they know what’s there in the first place. SBOMs give you that visibility. Consequently, SBOMs are now a “must-have” tool for most companies.

With FDA requirements mandating a cybersecurity bill of materials (CBOM) for medical devices, consider partnering with a trusted SBOM solution provider. In today’s world of Internet of Things (IoT), the possibility for connection is endless: cars, watches, light bulbs, HVAC, refrigerators—even humans and the devices monitoring and controlling their health can be connected.

In a post published earlier. this week, we delved into the sharing lifecycle phases of a Software Bill of Materials (SBOM) from a report the Cybersecurity and Infrastructure Security Agency (CISA) recently released. Included within the report was a survey on the current state of SBOM sharing among stakeholders, in which 21 organizations provided responses on their approaches.

Our most recent product and feature release further secures software supply chains, extends Tanium’s single view of endpoint data to additional ARM-powered devices, and expands the capabilities of our Risk & Compliance solution.