DevSecOps is becoming increasingly concerned about developer access to the entire stack. Broad permissions assigned to developers could lead to mass destruction of the cloud infrastructure either by an insider threat or by accident. As a result, DevSecOps teams are monitoring activity and access to identify permission access and use that to assign the least privileges.
As a result of the constant shift to cloud-based and cloud-centric technologies, the need for DevSecOps initiatives has increased tremendously. Many organizations are realizing the importance of enterprise-wide security and looking for solutions that allow DevSecOps to be better implemented and deliver successful results. This article explores how DevSecOps needs to embrace all cloud-based and cloud-centric technologies and approaches, including containers, Kubernetes, microservices, microservices orchestration, and multi-cloud. In this paper, we’ll learn about five pillars of a secure DevOps approach.
DevSecOps is designed to provide developers a level of confidence that their code can run on any platform or with any application management platform (AMP). DevSecOps teams can also create seamless interconnections between application infrastructure, databases, and application components by combining security practices and processes across teams. The benefits of DevSecOps also benefit IT operations and security teams who work to deliver application performance, which increases customer satisfaction and drives retention. Businesses looking to drive customer-driven innovation while delivering software at scale and reducing risk should consider moving to DevSecOps as a way to optimize development and increase customer satisfaction.
Once you have established the baseline, it’s time to dive into the most important aspect of the framework, which is the team’s cybersecurity posture. Consider these benefits of DevSecOps and steps your organization can take to improve your cybersecurity posture: Improved development cycle . By enforcing security practices, you can help developers more efficiently build secure applications. Developers can rely on security best practices to find and fix problems faster. . By enforcing security practices, you can help developers more efficiently build secure applications. Developers can rely on security best practices to find and fix problems faster. Risk assessment . Securing an application means taking an initial risk assessment.
The transition from “good enough security” to DevSecOps has been challenging, and the concepts of whitebox security still need to be matured before organizations can really move toward an infosec-centric DevOps practice. There are major challenges, especially when designing for an open-source infrastructure. As organizations grow their IT services, they must understand security in a holistic way. This means carefully considering architectural elements such as API-driven networks, cloud data services, identity and access management, and compliance requirements. Once security is better defined, it becomes easier to translate it into an infosec-centric DevOps practice. Security will remain a top concern in a DevSecOps environment.
There are many new and interesting ways in which technology is impacting the world around us. With the advent of technologies like IoT, artificial intelligence and machine learning, it is becoming crucial for organizations to assess and manage new risks. I am sure you will agree that the rapid increase in the number of unconnected devices is a huge cause for concern. The increase in volume of data means that analysis will need to be done on large and distributed cloud environments. Similarly, security teams have to understand the vulnerabilities and their potential impact across the whole software delivery pipeline. And these are the challenges faced by every technology leader.