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Security & Governance
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One of the most difficult concepts to wrap your head around has to be infinity. Perhaps imagining that anything can last forever is difficult because of our initial indoctrination to the 鈥渆verything has a beginning and an ending鈥 perspective. However, we must eventually either accept the notion of infinity鈥攐r at least pretend to鈥攐r else we would never pass calculus.
When going through a to the cloud, it is also best to accept the concept of infinity. Otherwise, it is possible to wrongly conclude that a static development is sufficient for avoiding security breaches and ever-evolving . Instead, as we explain in this article, security considerations should be inherent throughout your development and deployment. First, however, let鈥檚 take a closer look at the stages of the DevOps lifecycle.
Today, most people are aware of the tremendous impact software programs have on our lives. However, there are also some of us who can recall the days before terms like 鈥渃omputer,鈥 鈥渉ardware,鈥 鈥渢he cloud鈥 or even 鈥渟oftware鈥 were common or even widely understood. In the early days of computing, program development was typically a linear process of coding/debugging鉄箃esting鉄筪eployment, performed by a single programmer. This structure, known as the software development life cycle (SDLC) was extended to accommodate more complex programs, integrated software architectures, and teams of developers, testers, and operators.
However, software development today requires integration with IT resources to:
This development operations, or DevOps, process is defined by seven stages known as the DevOps lifecycle.
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The DevOps Lifecycle is a series of phases or stages that define the DevOps software development process. The lifecycle is robust in that it is based upon the concept of continuity. In other words, optimal development only occurs when the process is continually refining and improving the software and the processes. This continuation is reflected throughout the lifecycle stages as discussed below.
The DevOps lifecycle consists of seven stages of development, each of which is continuous.
The formalized software development structure above not only brings together programmers, application developers, test engineers, and IT professionals, but also maximally leverages automation to quickly deliver highly functional software with minimal errors. Over time, this continual process should deliver a bug-free application that meets its performance objectives. However, there is an important aspect of software development that is underrepresented in this DevOps lifecycle, which is discussed in the following section.
DevOps is an effective paradigm for developing software applications that rightly incorporates the concept of continuity. However, the DevOps lifecycle falls short in recognizing the importance of considering security at all stages. Transforming the process from can help set the stage for optimal software development,
As is often the case with innovation, the advantages of success are often illuminated to such an extent that the costs of failures are overshadowed. As most enterprises are currently or plan to soon be operating in the cloud, security concerns require a greater level of consideration when developing software. What is required is good up-to-date coupled with a to enhance your DevOps lifecycle process. Armed with this knowledge and an experienced , you can implement a lean security intelligence (LS/IQ) platform to safely develop, deploy and operate your software.
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