Software developers and IT engineers is widening at an alarming rate, posing a threat to productivity and efficiency, DevOps has emerged as a savior, bridging the gap between these two critical silos. This article focuses on "DevOps Automation" at a time when the relentless pace of automation is driving the market, with new deployments happening by the second. DevOps is not just a technology; it is a strategic approach ensuring better synchronization between developers (Devs) and operations teams (Ops).

The Essential Role of DevOps in Software Development:

DevOps has become indispensable, thanks to its role in addressing the challenges posed by the increasing skill gap. It thrives in the current market scenario, which heavily relies on software development. Moreover, DevOps is guided by a series of sequential steps that stretch from software development to its release, underscoring the imperative need for automation in this domain.

The Working Mechanism of DevOps Automation:

DevOps Automation is a comprehensive approach that encompasses a spectrum of automated assistance throughout the software development life cycle. The viability of any application is determined by its runtime, and Auto Scaling, derived from cloud computing, optimizes runtime by dynamically adjusting computational resources. To ensure its effectiveness, Code Quality Integration is introduced, ensuring the synthesis of quality code with consumer needs.

Managing the Life Cycle of Code:

The life cycle of code, from planning to building, testing, and release, is meticulously governed by Application Lifecycle Management (ALM). Infrastructure and Software Configuration Management are crucial components, ensuring proper infrastructure and configurations for seamless code execution.

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Addressing Changes, Defects, and Deployment:

Change Management maintains a balance between Devs and Ops during software alterations. Defect Management takes charge of ensuring the smooth working of the produced software by addressing defects that may arise from changes. Auto Deployment Management guarantees autonomous runtime for applications, an essential aspect considering most applications run without external aids. The build process is made automatic through Build Automation, enhancing productivity and code adaptability.

Optimizing Size, Deployment, and Continuous Integration:

Binary Storage Management reduces clutter and optimizes space, particularly addressing concerns related to the size of applications. Deployment Promotion ensures a visible reduction in production time, facilitating quick rollouts of new features and products. Continuous Integration keeps the code up-to-date by merging it with previous versions stored in a central memory unit, ensuring ongoing efficiency.

Concluding Words:

Reporting and Log Management play a pivotal role in documenting failures, production concerns, modifications, and the frequency of new rollouts. Thorough investigation and documentation contribute to continuous service improvement while maintaining a log helps track past events, deciphering the next steps to be taken.

While the above aspects cover most facets of DevOps Automation, the question remains: How much automation is too much? The answer lies in aligning automation with the specific purpose for which the application is built. Striking the right balance ensures that DevOps continues to bridge skill gaps, enhance collaboration, and drive efficiency in the ever-evolving landscape of software development.

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