The deployment of basic functions of DevOps allows organizations to boost their software delivery and takes into account critical aspects of operations and development. Once DevOps eliminates the ops bottleneck in the main delivery pipeline, it speeds up the production and improves the operational feedback loop.
Consequently, it grants developers the freedom to have more control over their code throughout the production process. But increasing the delivery timeframe translates into the security vulnerabilities. It puts companies in a spotlight to review their security system and address security flaws while ensuring it does not become a bottleneck issue.
Adopting a DevSecOps methodology means improvement of your entire product security in terms of robustness and quality:
Even if you make a huge investment in tools and training, it won’t guarantee seamless DevOps adoption. Therefore, consider the human element throughout the collaboration process. Once you have a voluntary security champion in each team, you can create a security network that answers everyone’s question.
Organizations with more than 10 teams, for instance, should have security advocates who can offer practical expertise. After the first layer, the security problems should head to the Andon chain from one of the security champion teams.
Your system network should ensure that every layer learns completely about the issues encountered. You must continue to improve, grow awareness around your security issues, and decrease the overall time it takes to address a security flaw.
Embracing the fundamental functions of DevOps means the inclusion of a wide array of security solutions to your DevOps toolkit. Your first course of action should be to automate your security at all phases of software delivery.
You can implement this by adding the right security tools to your CI and CD pipeline. It can include monitoring tools, logging tools, vulnerability checks, linters, automated security testing, and DAST or SAST suites.
Subsequently, you should be able to govern the design of your integrated security. You can implement standard practices such as securing coding practices, forcing API authentication, and enabling TLS (Transport Layer Security).
In broad terms, building the perfect DevSecOps is a continuous iterative effort. In fact, it is vital to understand that DevSecOps transformation revolves around tangible results through changes in current processes that make the collaboration between security teams and DevOps possible.
Predominantly, the security measures that will render the most impact include collaborative efforts between security teams and DevOps on threat models. Furthermore, it also involves regular automated tests by security specialists. You can merge security features with a software delivery backlog.
Initiate the collaborative experimentation process between security teams and DevOps at a specific software delivery stage and frame the process through agreed-upon experimentation. Essentially, you will have to conduct a security audit of your standard process. Remember, the standard process will decrease the added risk that are presenting security loopholes.
If you want to develop a secure and robust DevOps process through the IaC (Infrastructure as Code) pipelines, then Prancer Framework is the answer you’ve been looking for. You can conduct hundreds of compliance tests to uphold the modern standards of your DevOps process.
It is a perfect way to make sure your code is secure and does not contain errors. Furthermore, the pre-deployment policies of Prancer allow you to improve the quality of your code through IaC pipelines and roll out resources to the cloud.
DevSecOps has become a unified culture that focuses on the collaboration between operations, security, and development team essential to have a robust and reliable software delivery. Therefore, if you want to take your security system to the next level through DevOps functions, focus on the people, process, and technology.