That said, the new age trends in DevOps have seen a constant increment, steadily expanding in recognition thanks to the changes in requirements and complexities of modern-day software.

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Organizations today require a diverse set of platforms and operating systems. DevOps is more about taking a business to more significant heights while taking advantage of technology rather than doing things in a predetermined way.

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DevOps's latest technology tendencies rely on best practices to assist in pushing the performance of an industry in a modern economy driven by digital improvement.

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It provides companies with a renewed form of delivering value to customers fast. Many organizations acknowledge the true potential of DevOps regarding overall performance and operational efficiency. 

Top DevOps Trends to watch out for in 2023

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DevSecOps

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With security being one of the most critical aspects of the digital age, enterprises have incorporated the DevSecOps lifecycle to improve it further, using it for simplifying governance and observability. 

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The central belief that DevSecOps stands for is the shift-left approach that security should follow rather than being an afterthought. 

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With the considerable amount of shared responsibility and third-party data generated in modern on-premises and cloud architectures, collaboration and security culture became a general approach. Shared responsibility led to the company embracing DevSecOps integrated automation regarding security checks instead of manual monitoring of application privacy. 

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Overall, DevSecOps strives to enhance the security and reliability of software by incorporating security into the development methodology and making it an essential part of the culture of development and operations teams.

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As DevSecOps becomes more widely adopted, its influence on DevOps practices for 2023 will be substantial. 

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Serverless Computing

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Serverless computing is developing and running services and applications without considering servers as part of the client-managed infrastructure.

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These applications do not need server management because they are built that way from the developmental phase of the app. Serverless computing has become a widely used innovative technique for software deployment.

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The serverless market is calculated to achieve $30 billion by 2030. Additionally, over 50% of Businesses with cloud-based architectures have incorporated serverless computing into their systems. 

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The DevOps approach has significantly benefited from serverless computing, successfully bridging the development and operations gap with added operability. It also generated DevOps pipeline code without needing the host to develop, test, and deploy. 

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One stark example is Autodesk, a company specializing in designing software for Architecture, Engineering, and Manufacturing. By expanding its AWS footprint, Autodesk successfully streamlined faster development.

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With the growing number of user accounts and subscriptions, Autodesk needed a lot of effort to sustain its optimum performance and work efficiency, which encouraged them to opt for AWS Dynamodb and AWS Lambda, which evolved into an essential part of their serverless transformation.

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Serverless computing helped Autodesk reduce the time required for account creation from two weeks to ten minutes. 

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Microservice Architecture

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Microservice architecture is presently being broadly utilized in the IT sector. Customized to adapt to the latest DevOps market demands, it has successfully broken down monolithic applications into more manageable fragments, simplifying development testing and deployment in operations.

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Microservices also streamlined the consistent and frequent delivery of software and applications, making it easier to facilitate the DevOps processes and principles to enhance the Holistic quality of products. 

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A famous example would be Coca-Cola which has produced over 3800 products globally, using a legacy-based architecture that connects every entity belonging to different continents.

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Supporting this ever-increasing growth became a significant challenge for the IT teams of Coca-Cola, who in turn decided to use a DevOps-based approach involving microservices that allowed them to create reusable modules that helped enhance the agility and speed of deploying the product.

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With microservice architecture, there was a substantial decrease in data flow in the network, ushering them to gain additional time for scaling up to support more machines within minutes. 

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AIOps

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Machine Learning Operations (MLOps) and Artificial intelligence for IT Operations (AIOps) are two of the most renowned trending DevOps tools.

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They are estimated to become a 40.91 billion dollar commodity by 2026. MLOps and AIOps are essential role-players in optimizing DevOps operations to reap the advantages of high-grade and quick-release software.

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With AIOps, it is easier to identify the leading cause of problems that reduce operational productivity, while MLOps allows organizations to optimize operations and enhance productivity. 

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AIOps is also a central part of a solution named DRYiCE IntelliOps, developed by HCL that addresses the full stack AIOps of the organization as well as its observability requirements.

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DRYiCE IntelliOps specializes in transforming reactive customers into proactive with the help of incident management and providing more visibility into the infrastructure without HCL incurring additional operations costs, reducing help desk tickets by 62%, MTTR by 33%, and streamlining hassle-free cloud migration. 

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Low Code Applications

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The term 'low code' translates into emphasizing coding less, while DevOps means efficient collaboration. Many robust companies have embraced a low-code DevOps strategy, which has aided teams by enabling agility, providing every organization with a competitive advantage in the challenging and fast-paced software market.

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Low-code platforms allow companies and enterprises to build applications without expert coding proficiency. 

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Low code allows non-technical professionals to get involved in developing software via visual interfaces that manage the app development procedure.

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Low code enables users to build their logic and workflow by dragging and dropping elements. It is one of the prominent DevOps future trends that has assisted in speeding up the development and deployment process of building simplistic and user-friendly applications. 

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Many programming tools are entrusted with automating deployment applications by working with low-code platforms. Vital DevOps processes like version control, QA, and build validation have significantly benefited from low code frameworks.

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The "no" or "low" code trend has also considerably helped DevOps teams work more efficiently, reducing complexity. An amalgamation of DevOps and Low Code enhances development and deployment. 

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GitOps

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GitOps has been established as one of the best new DevOps trends that have been added to the DevOps workflow, helping control, monitor, and automate infrastructure.

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GitOps considers all of the vital DevOps practices; collaboration, version control, compliance, and Continuous Integration/Continuous Development, and applies them to the automation of infrastructure deployment. 

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Based on the Kubernetes paradigm, GitOps allows IT operation managers and developers to utilize Git for collecting and deploying several applications. It emphasizes increasing releases and consistent delivery to create, test, and deploy software quickly and efficiently.

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The finance form called Mettle, powered by NatWest, needed to offer customers of small businesses applications that streamline payments by effectively managing their finances. Every service running consistently 24/7 is imperative to their business infrastructure. 

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At a certain point, the engineering team needed to deploy the newest features faster without compromising security or reliability on the Continuous integration and deployment pipeline.

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To enable this, Mettle adopted the GITOps approach, which helped the organization develop a self-service program that allowed engineers to focus more on delivering value via innovation without requiring manual tasks by the platform team. The adoption of GITOps helped increase production by 50% and deployment by 25%. 

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By funding this technology, companies can profit from enhanced cooperation between development and operations teams, quicker deployments, simplified rollbacks for errors, and increased transparency about software modifications across the organization.

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The adoption of GitOps will likely evolve into one of the most influential DevOps trends over the following years due to its efficacy in managing complex environments.

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Kubernetes

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Kubernetes is an extensible and portable open-source platform that helps manage container services and workloads. It provides a continuous and autonomous ecosystem for integration, allowing development teams to scale up or down on the resources as needed.

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Scalability is one of the prime reasons that Kubernetes has become one of the top DevOps trends in 2023. Newly, 48% of developers have turned to Kubernetes for container integration. 

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On top of all, Kubernetes helps facilitate cross-functional action and ensure minimum deployment downtime to align with the standard and the best DevOps practices. 

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A great example of this is Nordstrom Inc., an American luxury departmental store headquartered in Seattle. As in the e-commerce industry, agility, speed, and a phenomenal customer experience were vital to that company's principles.

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Therefore they began using Kubernetes to incorporate a complete DevOps transformation, the deployment of pipelines, and the implementation of consistent integration.

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Adopting Kubernetes helped them considerably reduce the time required for deployment from 3 months to a matter of 30 minutes, in addition to enhancing operational efficiency.

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Conclusion

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The framework of DevOps has seen a tremendous evolution in recent years. It has been estimated that it will continue to grow with more enterprises adopting it into their workforce.

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With more and more DevOps trends cropping up to enhance operational efficiency, it is more likely to go beyond automation in the future. The rising DevOps trends are more focused on the continuous improvement of the framework to improve user results.

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It is safe to assume that the DevOps transformation is a never-ending process. With companies consistently inculcating the DevOps methodology in the system, having in-depth knowledge about it is a mandate. 

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As DevOps trends of 2023 take shape, it's essential to understand the new capabilities available and how businesses can leverage them to their advantage.

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By understanding how these trends may affect your long-term strategy, you can focus your efforts, empower your DevOps team, and advance your organization in this ever-evolving landscape. 

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Is your company thinking of adopting the DevOps framework? Don't hesitate to call us!

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