By CIOReview | Thursday, November 21, 2024

Platform engineering is increasingly being acknowledged as a crucial development in the progression of DevOps. This article details the role of platform engineering in boosting DevOps.

Fremont, CA: Platform engineering is gaining recognition as a significant advancement in the evolution of DevOps. DevOps has transformed operations for numerous organizations by emphasizing the collaboration between software development, operations, and IT teams to deliver value to customers. Nevertheless, it is essential to note that the foundation of DevOps is deeply rooted in product engineering, which entails the frequent release of new applications and their dependability.

DevOps has proven a successful strategy for bridging the communication and collaboration divide between development and operations teams. It has implemented practices and tools that facilitate the continuous integration and distribution of applications and their updates. Furthermore, it has transformed the software construction, testing, and market release methodologies, resulting in a more expedited and dependable process.

Nevertheless, as organizations expand and adopt microservices, containers, and cloud-native architectures, the difficulties of managing and maintaining infrastructures and platforms have intensified. This is where platform engineering becomes essential. Organizations adopt this approach to manage the inherent complexities of infrastructure, self-service platforms, and reusable components.

Platform Engineering assists developers in coding and providing optimal customer value by overseeing all aspects, from provisioning to managing the platforms and services essential for efficient application development and operation.

How DevOps-Platform Engineering Integration Improves Software Delivery

Given the significant importance of platform engineering within the DevOps framework, infrastructure provisioning processes are accelerated, automation is enhanced, and CI/CD pipelines are refined. Furthermore, organizations that adopt platform engineering can create more adaptable, reliable, and trustworthy delivery environments for their platforms. When cross-functional teams are provided with robust platforms and automation tools, they are effectively positioned to achieve remarkable speed and consistency in delivering value to customers.

In what ways will Platform Engineering speed up DevOps?

Platform engineering focuses on effectively using systems to enhance efficiencies and optimizations. This approach allows platform teams to empower the organization to utilize its resources to serve customers better, improve operational efficiency, secure a competitive edge, and reduce risks that may lead to adverse outcomes, including the erosion of consumer trust.

To maximize the benefits of their DevOps platform, platform engineers can implement and utilize monitoring tools within the DevOps framework to identify the root causes of bottlenecks and address these issues effectively. It is essential to ensure that teams entirely use the platform's offerings, such as vulnerability scanning and access management, to improve their operational workflows.

Additionally, extensions for Continuous Integration (CI) or other tailored scripts within the platform may more effectively align with the organization's needs. Subsequently, it is essential to identify the best practices for implementation and ensure that adherence to them is consistently monitored. It is advisable to establish and configure platform templates for creating new pipelines, serving as a foundational reference so that developers are not obligated to construct new pipelines from the ground up.

For instance, efficiencies can be incorporated into the pipeline related to custom code that pertains to the organization's infrastructure or the specific type of application. Furthermore, regulations should be established that govern the security and compliance frameworks, determining when scans should be conducted, if they should occur at a designated stage, or upon initiating a pipeline for a particular branch.