Why Implement DevSecOps Into Your Software Development Life Cycle

There are various reasons why you should implement DevSecOps into the software development life cycle. DevSecOps is a forward-looking framework that is focused on injecting security into every step of the custom software development pipeline. This enables developers to accelerate feedback collection, promote risk mitigation, minimize delivery rate expenses. As a security-savvy software developer, this strategic methodology can even promote rapid adaptability, early vulnerability identification, and cross-departmental collaboration. Read on to discover why you should implement DevSecOps into your software development lifecycle. 

Increase Automation

First off, consider integrating DevSecOps into your software development life cycle to increase automation. We already know that AI could be a game changer. DevSecOps automates security at each stage within the life cycle, from the initial design to the last step of production. Additionally, you receive automated security checkpoints that are distributed during each stage of the DevOps pipeline. As a result, you can determine if your application is ready to move on to the next phase. More so, you can code DevSecOps to automatically enforce your company policies. In fact, it can block downloads, send alerts in case of violation and prevent deployment of vulnerable release bundles. Surely, integrate DevSecOps into your SDLC to increase automation.

Leverage Advanced Development Tools

Programming software with DevSecOps cultural practices, you can benefit from advanced development tools. Many software engineering teams use DevSecOps tools by JFrog to integrate security into every phase of the development process. Commonly, they work with secure solutions for static code analysis (SAST), software composition analysis (SCA), and vulnerability scanning. There are even specialized tools that can monitor, protect, and secure binaries in live production environment. To further revamp software protection, many teams also recommend integrating resources for container runtime security.  

Balances Responsibility

In addition, implement DevSecOps into your SDLC to balance responsibility. DevSecOps breaks traditional software development into equal workflows. As a result, your security team is not pressured to face potential issues in the post-development stages alone. In fact, issues are located earlier in the SDLC and can be addressed before reaching post-development stages. Security operations are shifted to the left to balance out responsibilities. This improves communication between members, which enhances security design pattern quality. More so, DevSecOps also makes addressing security strategies more reactive. Certainly, implement DevSecOps into your SDLC to balance responsibilities. 

Conduct Security Unit Tests

Next, integrate DevSecOps within your software development life cycle to conduct security unit tests. Security unit tests should be your first implementation of continuous security. Introduce static analysis security testing (SAST) to detect vulnerabilities in code you own and in libraries you import. This test focuses on the interior makeup of your software. Additionally, you can deploy and test subsystems for vulnerabilities with dynamic analysis security testing (DAST). This test examines your software from an outside running state, like a hacker would do. Certainly, enforcing these tests within your CD pipeline can provide early feedback to prevent future errors and attacks. Certainly, implement DevSecOps within your SDLC to conduct security unit tests. 

Offers Accelerated Vulnerability Patching

Of course, consider implementing DevSecOps into your SDLC to access accelerated vulnerability patching. Not only will DevSecOps find software vulnerabilities, it will offer a solution to fix them. It introduces vulnerability scanning and patching into your release cycle. As a result, you can reduce the need to continually identify and fix common vulnerabilities and exposures (CVE). More so, vulnerability patching also limits cybercriminals from accessing and abusing vulnerabilities within public-facing production solutions. Surely, consider introducing DevSecOps into your SDLC to access accelerated vulnerability patching. 

Acts As A Continuous Process

Finally, integrate DevSecOps within your SDLC to act as a continuous process. DevSecOps has repeatable and adaptable cycles that ensure security is constantly applied throughout your development environment. For example, it provides robust security infrastructure to handle ongoing issues within your development life cycle automatically. More so, DevSecOps can convert your software and security into various operations to be distributed among your development, security and IT teams. Of course, DevSecOps can ensure your development process is nonstop by fixing issues as they occur, managing teams and enforcing security protocols. Certainly, implement DevSecOps in your SDLC to receive continuous processes. 

There are several reasons why you need to integrate DevSecOps in your software development life cycle. First, utilize DevSecOps to balance responsibilities within your team. Next, leverage these operations to increase automation with AI-driven security processes and protocols. You can also use these principals to run unit tests that detect vulnerabilities within your application. Unfortunately, many organizations are slow to patch high profile vulnerabilities. Of course, DevSecOps is also known to accelerate vulnerability patching and bug defense. Furthermore, these solutions offer continuous processes that eliminate the need to pause and fix errors. These are just a few reasons why you should implement DevSecOps within your software development life cycle.


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