What Makes Software Composition Analysis So Important?

Software composition analysis (SCA) provides developers with information surrounding vulnerabilities and license compliance issues. SCA tools work with automated systems that take care of the heavy lifting.

Therefore, developers can focus on other work and be alerted by their chosen SCA tool when there’s a license compliance issue or vulnerability that requires their attention.

This post takes you through how SCA works and why it’s becoming more important in software development.

The Need For SCA

Open-source environments are incredibly important among many organizations today and they’re predicted to continue growing. It’s becoming more common for companies to use open-source in a wider range of applications and it has led to developers using it as a standard part of software development projects.

SCA allows companies to get a better idea about what parts of their open-source environments are prone to attacks, as well as making sure that license agreements are correctly in place.

Develops can use SCA tools to search through code with an automated system and find third-party elements. These tools find libraries that may be outdated, vulnerabilities, and license issues that require fixing so that developers don’t have to go through all of the data themselves.

Since open-source components and licenses are changing on a consistent basis, it’s difficult for companies to keep on top of it all. SCA tools are continuously scanning for any changes so that developers can be notified and are able to make changes to the licenses to remain compliant.

Software composition analysis is key to ensuring that you minimize security risks that are often found inside third-party components that developers are using. You’re also able to keep open-source elements up to date while minimizing legal liability issues by ensuring that your licenses are compliant.

Using SCA To Manage Risk

SCA helps developers manage risks in a few important ways by letting you see all the potential vulnerabilities within your application.

Having Access to Applications

Having total access to your application environment is critical to ensuring that you’re able to accurately measure any risks. SCA tools enable you to do this across a wide variety of levels that include all types of licenses, license obligations, and copyright details.

Once developers are happy being able to have total visibility within open-source environments, they’re able to use third-party elements to build software. This is a common method that developers use to speed up the development process.

Analyzing Risks

While it speeds things up, it also leaves the application more vulnerable to security risks. Without SCA, developers would have to keep a close eye on their code to ensure that they’re fixing any risks and remediating licensing issues as they go along.

This can become a tedious process. However, SCA allows you to be given notifications about any security risks or license compliance issues along the way. This saves developers a ton of time and energy on having to do this themselves. Instead, they can be more productive with developing the code.

Being able to see the entire code in one big picture is also another big benefit to SCA. Prior to this, developers were only able to see their code in pieces which made it more difficult to carry out risk assessments for an entire piece of software being created.

So, developers can analyze their risks by using SCA tools. They can then take it a step further and use this analysis to prevent risks or mitigate them from becoming worse.

Mitigating Risks

When it comes to using third-party applications, it’s common for them to report risks and provide updates to prevent the vulnerabilities from becoming a bigger issue. Developers used to have to go and find which one of their applications used the third-party library and update them quickly.

SCA allows developers to skip this process and simply use the system to find which parts of their projects are using the reported library in an automated manner. This saves a lot of time having to go through an entire project just to find one third-party library that needs updating.

In addition to this, there are tools that will provide you with a more up-to-date version of the updates to save you even more time. Furthermore, these tools provide you with advice on remediation if they aren’t able to fix the problem for you.

The advice includes details on what the issue is, ways that you could fix it, as well as any of the risks that may be involved if you decided to make the fixes.

Another one of the biggest reasons why organizations use software composition analysis tools is to help development teams work together more efficiently. Many SCA tools include collaboration and project management features that teams can use to work more productively with each other.


It’s important to find an SCA tool that fits well with your pre-existing infrastructure. Ideally, you’d want the tool to work hand-in-hand with applications that your development teams are already using. This is a vital factor to consider before making the final decision on an SCA tool.

Furthermore, you want to make sure that your chosen SCA tool will work with current projects and ones that you have lined up in the future. This will prevent the hassle of teams having to readjust or make drastic changes.


SCA provides developers with an automated system that frees up a lot of their time so that they can focus on developing software. The exact features of SCA tools will vary depending on the ones that you choose. However, you can expect the standard ones to effectively scan open-source environments and continuously inform you about vulnerabilities or license compliance problems that need updating.

Due to how a large proportion of most software development projects include previous models or third-party code, there’s a higher risk of attacks and license issues. Using SCA tools as outlined in this post can keep your software protected and help you avoid any legal liability.

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