Four requirements for open source vulnerability management in a DevOps environment

Open source software continues to solidify its role in a successful DevOps environment. It offers many unique benefits to the CI/CD pipeline that make it attractive to developers, such as the ability to be customized and ease of integration. However, you must be aware of the application security challenges it can bring. Open source software, while no more or less secure than commercial software, puts the responsibility of updating and monitoring for new vulnerabilities on the consumer, and that can be difficult to manage without a proper approach and tooling.

Open source vulnerability management is no easy task, but it’s necessary if you want to provide secure, dependable applications for both internal and external customers. To address vulnerabilities while avoiding interruptions to the CI/CD pipeline, organizations should approach open source vulnerability management by relying on these four critical elements.In this section, your goal is to craft a strong introduction that sets the tone for your blog article and encourages readers to continue reading. To achieve this, you need to introduce your topic, establish its relevance or importance, and use an engaging hook to capture the reader's interest..

1. Accurate and comprehensive sources

You can’t just rely on one data source for open source security vulnerabilities. Pulling together multiple sources including your own primary research, a National Vulnerability Database (NVD) data feed, a validated set of security sources, third-party security vendors, open source risk analysis, and component distributors is a great start. But the truly vital piece is to infuse this information directly into the software development life cycle (SDLC), and as far left as possible. If developers have known vulnerability information at their fingertips as they code, it will save time and resources later in the SDLC.

2. Exact identification of vulnerable components

In order to pinpoint vulnerable components in your applications, you have to first identify ALL the open source components in your applications. Doing so requires that you consider all versions and forks of the code, detect components in source and binary form, analyze commercial software where open source is frequently embedded, and look beyond just what has been declared in package managers. Automating this task saves teams from having to keep manual and often inaccurate inventories of open source. It also makes it possible to very quickly pinpoint vulnerable components as they’re pulled in, and know immediately when new vulnerabilities are reported. The full inventory is the first step, because if you don’t know you have it, you can’t make sure you patch it.

3. Information critical to making prioritization decisions

Once you have your inventory, and your diverse set of sources has surfaced all the known vulnerabilities, you might be left with a daunting list of things to fix. Being able to leverage additional information about the vulnerabilities will help the team prioritize the list and make sure they fix what’s most critical first. Data such as severity, exploitability, the impact of an exploit, reachability, and available solutions can all be vital to this task. The key to DevOps, though, is not just to have the information, but to automate the prioritization using this data and your business rules, so fixes happen quickly and alerts appear where developers are already working.

4. Complete and expedite patch information

Finally, once you have your inventory, understand your known vulnerabilities, and know which ones to fix first, the last step is to actually make the fix. Patch information needs to come with the alert and must be clear and concise and get to the right person quickly. Armed with the information, the team has to quickly determine if the patch is compatible with the fork, and ensure it won’t cause any other downstream issues.