Using CloudOps to Apply DevSecOps in the Cloud

Cloud services are the most reliable operation for someone with less storage in their computer to a large organization storing their database to government agencies storing their confidential data. Cloud makes it easy for everyone to operate without any inconvenience with the cost of high-speed internet.

We will learn how cloud services are managed and secured for storing confidential data, your privacy, and massive databases with constant protection of their software from bugs and keeping their systems in check simultaneously.

CloudOps

In a cloud context, including a multi-cloud, hybrid cloud, a data center cloud, an edge cloud, cloud operations, or cloud ops, it is the discipline of managing the delivery, tuning, optimization, and performance of workloads and IT services. Like DevOps does for application development and delivery processes, CloudOps codifies procedures and best practices for cloud-based operational activities.

Cloud operations rely on analytics to improve the visibility of cloud environment components and provide the knowledge required to manage resources effectively and perform services.

CloudOps have superseded the network operations center (NOC) in certain businesses as IT operations have moved from on-premises infrastructure to cloud-based infrastructure. CloudOps monitors, instruments, and controls virtual machines (VMs), containers, and workloads operated in a cloud, the same as the NOC did for the data center. To achieve commercial and technological objectives, developers, IT operations, and security all work together following CloudOps principles.

DevOps

DevOps refers to a collection of processes that integrate software development and IT operations. It seeks to reduce the systems development life cycle and enable continuous delivery of high-quality software. DevOps and the cloud are inextricably linked.

DevSecOps

It's simple to assume from the terms that DevSecOps is merely DevOps with security added. However, this isn't the case.

The development and operations team collaboration, known as DevOps, is the only aspect of the development process that it concentrates on.

In that DevSecOps has taken the DevOps concept and added security as a second layer to the ongoing development and operations process, it is an evolution of DevOps. DevSecOps involves application security teams early to strengthen the development process from a security and vulnerability mitigation viewpoint rather than treating security as an afterthought.

How to Apply DevSecOps

Step 1

For successful execution, the strategy must be intelligent and short. More than simple feature-based summaries will be needed. The experts must also build threat models, user designs, and acceptance test requirements.

The following step is development, and teams should begin by assessing the maturity of their current procedures. It makes sense to compile information from several sources to offer direction. At this point, a code review mechanism should be established since it promotes consistency, a feature of DevSecOps.

Step 2

The construction process follows, where automated build tools are practical. The source code is combined into machine code in such tools via a build script. Tools for building automation include several powerful capabilities. They offer several accessible UIs in addition to a massive library of plugins. Some libraries are capable of automatically identifying any that are weak and replacing them with new ones.

Step 3

The pipeline is tested, where a solid automated testing framework instills sound testing procedures.

IaC tools are typically used for deployment since they automate the procedure and distribute the software.

Step 4

Another crucial stage is operation, and operations personnel routinely do periodic maintenance. Zero-day vulnerabilities are terrible. Operation teams should thus monitor them. DevSecOps may use IaC technologies to swiftly and effectively safeguard the organization's infrastructure while preventing the human error from slipping in.

Step 5

Utilizing potent, ongoing monitoring technologies is a crucial component of the process. They guarantee that your security systems are operating according to plan.

Essential roles in implementing DevSecOps to your DevOps in CloudOps

Practice Secure Coding

The capacity to create software highly resistant to flaws is the evident significance of secure coding. Composing a company's private information is one of the many software security hazards that can arise from not using safe coding practices. Because of this, your developers must have the necessary skills—even if doing so requires investing time and money. Setting and following coding standards is also beneficial since it aids developers in producing clean code.

Automation

Automation is a crucial component of DevSecOps, just like in DevOps. Automation of security is required in a CI/CD system to keep up with the rate of code delivery while maintaining security. Most developers use static application security testing (SAST) technologies to continually monitor and spot any possible problems early in the development process. The success of your company's goods depends on selecting the appropriate security automation technology and implementing it.

Shift Left

The shift-left testing strategy requires integrating security into your apps immediately rather than delaying it until the very end of the delivery chain. The apparent benefit of doing this is that you can find possible weaknesses and start working on fixing them right away. Additionally, fixing defects will be less expensive for you the earlier you uncover them. So while it's a terrific habit, there are a few drawbacks. Shifting left may momentarily disturb your current DevOps process workflow, which is a regular difficulty. Although overcoming this may be challenging, adopting DevSecOps will help you move time.

Conclusion

In that DevSecOps has taken the DevOps concept and added security as a second layer to the ongoing development and operations process, it is an evolution of DevOps. DevSecOps involves application security teams early to strengthen the development process from a security and vulnerability mitigation viewpoint rather than treating security as an afterthought.