The DevSecOps Pipeline provides a consistent process for integrating security into all stages of the software development life cycle (SDLC). Here, we provide an overview of each stage and suggest helpful tools to help you secure your software.

To put it simply, DevSecOps means incorporating security at every point in the SDLC. As such, the DevSecOps pipeline is a set of best practices designed to streamline testing while remaining secure

Currently, the AWS cloud is the major playfield for DevSecOps pipelines. Thus, almost every AWS cloud consulting company is striving to implement it eloquently.

Benefits of the DevSecOps Pipeline:

· Faster identification of any potential security risks.

· Reduced chances that your code will include anything harmful or malicious.

· Improved speed and efficiency for your Security Team and increased speed in recovering from any security incidents.

· Protection during every stage of the Software Development Lifecycle Process (SDLC).

· Reducing risk related to Infrastructure as Code technologies and focusing on securing applications at an early stage.

At last, all this leads to improved application stability, better availability, and greater security. This makes the DevSecOps pipeline an incredible solution to data risks and vulnerabilities.

Phases of DevSecOps Pipeline:

 Stage 1: Software Composition Analysis

Software Composition Analysis (SCA) scours the open-source libraries of a company's code and alerts developers to potential vulnerabilities. It can also note discrepancies between an organization's policy for licenses and those of individual open-source components.

As many programs now use at least one piece of open-source software, SCA has become essential to many companies. With this in mind, pipelines should be set up so that they fail if any SCA issues are found - though, with Snyk Open Source available, this won't happen often.

Stage 2: Static Application Security Testing (SAST)

Static Application Security Testing is a test applied to the entirety of an organization's codebase. It searches for many different vulnerabilities, some of which are classified in the OWASP Top Ten list. SAST tools are fairly popular because they're easy to use and are able to detect very basic vulnerabilities based on an application's source code.

The SAST tool should execute after each build stage so it can push its findings directly to the build console, halting the pipeline if any dangers were detected. Many other tools integrate SAST seamlessly into HCL AppScan, SonarQube, and Checkmarx pipelines.

Stage 3: Dynamic Application Security Testing (DAST)

With Dynamic Application Security Testing, the software developers' application is tested for vulnerabilities such as cross-site scripting and TLS certificate issues. DAST should always be performed when submitting an app to a testing center. However, it does not need to stop the whole pipeline process before doing this - only analyze once finished.

Applications with unfavorable outcomes will also have their route stopped from running through the pipeline. Popular tools for scanning these applications include HCL AppScan and MicoFocus Fortify.

Stage 4: Interactive Application Security Testing (IAST)

In interactive application security testing, an application is monitored by a human tester or automated scanner while it is being used. This information may include encrypted data, file systems, and website access.

The IAST tools collect this information as the user or program navigates to various parts of the app. There are many software products designed for this purpose; Synopsys Seeker and Veracode are just two of them.

For implementing these stages, you can easily hire DevOps developers and relish the functionalities.

Building an End-to-End AWS DevSecOps CI/CD Pipeline

Every step in the pipeline has specific goals that change as your product evolves. A well-implemented and well-documented CI / CD process delivers significant benefits. You'll see changes happening faster because individual tasks are completed quickly.

It reduces retest time at every level. It's possible to run a successful software business without this workflow. But, it won't happen nearly as fast or cost less than a fully automated process that delivers continuous improvement right out of the gate.

At each stage in the development lifecycle, you need to validate different areas for risk mitigation; Some targets will be far more nuanced than others. Especially when there are many complex dependencies, handoffs between teams, and coupled designs.

And poor access controls and data leakage prevention (DLP), and major architectural changes after initial delivery. Moreover, extreme size and scale, and globalization of user needs--all challenges requiring different types of validation within CI / CSV structures.

Also Read: ITOps vs. NoOps vs. DevOps Services- Which One is Suitable for Your Company?

Wrapping Up

DevSecOps is the practice of integrating security testing at every stage of the software development process. This means, there are tools and processes built-in to encourage cooperation between developers, security specialists, and operation teams to build software that not only operates efficiently but securely too.

A pipeline can help automate steps in your software delivery process, such as initiating automatic builds which are deployed straight onto Amazon EC2 instances. In this, they can be monitored using AWS CodePipeline - a service that takes care of building it up again.

To leverage the technology in your organization's architecture, you must get DevOps consulting services with relevant experience and expertise.