Every business is riding on the bandwagon of cloud native to keep up with the pace of digital transformation. Leveraging cloud native capabilities can increase a team’s productivity, boost operational efficiency and enhance the innovation output.
Cloud native anatomy may seem challenging at first as it is all about Microservices, APIs, Database, Containers, Orchestration, Monitoring, Continuous Integration, Continuous Delivery and more. Which is why, it is important to understand cloud native elements to harness its power and potential better.
Businesses are prioritizing cloud native application development to accelerate digital transformation. Microservices architecture helps businesses with better scalability, productivity, flexibility, and faster project development. Kuberenetes is a future proof solution that provides portability, agility, flexibility, and multi-cloud capability.
Continuous integration, continuous deployment and effective monitoring make the system, process and procedure more reliable. This blog explores essential points that every business need to understand and consider before getting started with cloud native,
Importance Of Microservices Architecture
As the shortcomings of monolithic have been widely known to the organizations, Microservices structure has come into the role to streamline the operations. The shift to microservices can empower organizations to develop and deliver new features at a faster pace to keep up the ever-increasing demands of their clients.
Legacy applications to microservice migration include application architecture assessment and readiness for microservice. Microservices develop an application as a bundle of small chunks known as services wherein each service executes different business capacities. Microservices are packaged and deployed as Docker images to provide portability.
Giants like Netflix, Uber, Spotify are leveraging Microservices to meet the increasing demands of their clients. Businesses can experience dynamic scaling up, reduce downtime and glitches and increase their operational agility, scalability, and flexibility with Microservices.
Understand DevOps, Containers, Docker, And Kubernetes In Detail
DevOps collaborates software development and IT operations teams with a goal to develop and deliver high-quality products that can cater to the needs of the customers and clients better. Containers lead to increased portability, consistent operations, better application development with high efficiency.
The process of containerization eliminates the chances of conflict among languages, libraries or frameworks. Docker acts as an open-source software engagement platform which fills applications inside containers for development and deployment. Dockers provide agility and security to process applications across different architectures.
Containers are well managed as an orchestration framework like Kubernetes to automate an application’s deployment, operation and scaling. Kubernetes admission controller and its entire ecosystem enhance business productivity as applications can run in a stable manner. Cloud native application development leverages the power of DevOps and Microservices to ensure operational efficiency.
Focus On Automated Deployment And Continuous Monitoring
After running the apps in containers and orchestrated in kubernetes, next comes automated deployments. Continuously automated features make DevOps stand out against other software development practices.
It involves rolling out the features on a regular basis through an automated CI/CD pipeline. Microservices are used to develop large applications, and for rapid provisioning and deployment due to continuous delivery and DevOps practices.
Monitoring is imperative for effective and efficient development, maintenance and functionality of applications. The monitoring solutions have to keep an eye on more services and servers due to containers and microservices.
C-Suite Must Prepare The Teams To Embrace The New Cultural Shift
Advantages of going cloud are known to all yet various teams that are well-versed with waterfall development remain sceptical about the move. Success or failure of a cloud native technology depends on the existing organizational culture.
Paving the way for a cloud native culture demands change in mindset. Cloud native application development demands a mindset shift that includes culture, organization process, system architecture, and technology choices.
Making the move to the cloud involves transformative changes that inhouse teams need to embrace. CEOs need to guide their teams and communicate with their employees the reasons to adopt cloud native.
The shift to the new cloud native development paradigm may seem challenging as it includes redefining the old tools and processes to an entirely new level. While doing cloud native transformation, businesses have to keep technology, processes and culture under consideration.
To Conclude
Drive your business transformative journey with cloud native software development.
Organizations invest in cloud computing technology for its flexibility, transparency and agility. Cloud native development approach is especially designed to capitalize on the unique benefits offered by the cloud ecosystem that help businesses deliver solid digital user experience.
It empowers startups and enterprises to create and run scalable applications in dynamic public, private, and hybrid clouds environments. Cloud native application development boosts the business to work on new developments happening across the industry, foster the environment and act as a bridge between where they stand now and where they want to reach in the future.
