Ensuring Continuous Remediation in your Build Pipeline

by Analytics Insight

April 27, 2022

Take a closer look at some additional components of the build pipeline ensuring continuous remediation 

The build pipeline is now being used by every organization. A build pipeline is a collection of automated procedures that assist users (developers or DevOps professionals) in compiling, building, and deploying their code to the production server in a reliable and efficient manner. 

The building of the automation, testing it, and finally deploying that automation is all critical components of the development pipeline. The next stages show us that automation is the foundation of the build pipeline, which automatically compiles code, tests it, and deploys it to a target environment. 

The continuous build is a fundamental requirement of end clients in continuous integration and continuous delivery (CI/CD), and it can only be achieved through automation. Let’s take a closer look at some additional components of the construction pipeline.

build pipeline


Why Continuous Remediation in CI/CD Is Needed

build pipeline

The CI/CD process eliminates delays in the development process and offers users agility by allowing them to address build faults in each phase or in gradual increments. As a majority of today’s software applications rely on a variety of open source code or dependencies, effectively managing those reliances is essential. Thus it is very important to refer to the list that contains all the dependencies being used in a software application. We refer to this list as a “software bill of materials.” 

It is vital to manage and verify the software bill of materials because the software might be a combination of open-source, a range of assets, and occasionally third-party software, which makes it difficult to manage and verify. As they may have a variety of dependencies, it is probable that some of them may have vulnerabilities. Therefore, maintaining a list of them makes it easier to identify and remediate those flaws.

These vulnerabilities can leave you open to attacks that can cause your organization to lose its important data and reputation. As changes in the build are continuous, there’s a need for continuous remediation. This continuous remediation process can reduce the chances of vulnerabilities. Continuous remediation processes provide early warning or vulnerable code to developers so that they can fix it at an early stage. The benefit of the whole process is that it makes the organization bug free and makes employees more productive. 


Ensuring Proper Remediation in Build Pipelines

build pipeline

On a daily basis, a product management organization releases thousands of lines of code for a variety of reasons, including the introduction of a new product or fixing a vulnerability in an existing application. Developers are usually good at what they do and take great care when writing code, but human error is always possible. There is a requirement to incorporate security into the CI/CD security pipeline so that when code is delivered, it can be checked to determine if it contains vulnerabilities before being uploaded to the production server.

There are different countermeasures organizations can take to build proper remediation and detection in the CI/CD pipeline. 

A lot of organizations use SAST tools to perform the scanning of the code. Static analysis tools are crucial because they can perform checks on the code of an application before it is deployed to ensure that it does not include any software vulnerabilities or coding errors. They are identified when the code is deployed. If there is any vulnerability, the code merging fails, and it needs to be fixed. 

Companies should require the use of IDE plugins and linters by the entire team when installing these utilities in order to standardize their efforts to incorporate security into their projects. Some open-source components on which these projects rely have not been updated in a long time, they may contain some of the known vulnerabilities. 

They should also use code quality tools that are specifically designed to analyze open-source components for known vulnerabilities. A lot of different tools are available which can connect with different building tools such as CircleCI, GHAS, and SonarQube. They detect the errors before the code is merged into the production.

Lots of organizations are now integrating peer review of code before it is merged into the productions, and this is becoming increasingly popular. As a result of this, organizations can improve the quality of their code through the use of rigorous inspection procedures. Having said that, they are unable to analyze every line of code, but they are able to examine some of the more fundamental aspects of the code, such as input validation. 

All development teams should adhere to the OWASP security best practices while auditing their code, such as scanning for input validation errors and looking for components that may contain known vulnerabilities. It is possible to do these checks manually while keeping typical vulnerabilities in mind throughout the development process as well.



The methods I have outlined in this post can be used by any business, regardless of its size or financial ability, to protect itself from vulnerabilities in the CI/CD process. A number of others may exist, but they will differ greatly from organization to organization. 

In order to maintain continuous changes in CI/CD builds, continuous remediation is required. In order to maintain continuous remediation, continuous coordination between the security, development, and operations teams must be maintained. Only then would they be able to successfully minimize the threat; otherwise, identifying the threat would have been pointless.

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Analytics Insight

Analytics Insight is an influential platform dedicated to insights, trends, and opinions from the world of data-driven technologies. It monitors developments, recognition, and achievements made by Artificial Intelligence, Big Data and Analytics companies across the globe.

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