Cloud computing, cloud migration, cloud infrastructure… By far, we have heard about many cloud-related terms. Cloud-native is another word that has been in the buzz in the IT world for quite some time. Tech giants like Google, Amazon, Netflix, Facebook, Uber, and Twitter have already adopted a cloud-native approach. This has intrigued even small, medium and large companies to explore more about cloud-native technology.
What is cloud-native?
Cloud architecture refers to a data center that is placed somewhere. Its ownership belongs to different companies like Microsoft, Alibaba, and AWS. People generally pay them to park their data inside the center.
Due to its agility, ease of access, and effectiveness, cloud technology has become popular quickly. Millions of organizations worldwide have been building up their businesses around cloud technology.
Initially, cloud-ready applications were built with once-only developed programs, and then they were launched on the cloud. As a result, these apps faced multiple problems like:
- Some features worked well only in a static environment.
- They were highly dependent on the Operating Systems (OS) and the hardware.
- They could not function well in a diverse environment and required custom configuration.
- Maintenance of these apps was a demanding task.
- These apps were limited to server capacity and had very little scope for expansion.
- Cloud-native applications were developed as a solution to all these problems.
Cloud-native is an approach that focuses on increasing the speed and flexibility of applications built on the cloud. Cloud-native apps reduce time-to-market considerably with quick responsiveness, almost zero downtime, and advanced features.
Cloud-native apps are built and operated on the cloud using its containers, microservices, orchestration, and infrastructure. All these are expressed as a code. This app development approach ensures faster software development and scalability to meet future requirements.
Fundamentals of cloud-native
Cloud-native comprises five elements: Cloud, DevOps, Containers, Orchestration, and Microservices oriented architecture. Let us briefly glance at what role they play.
Read More: Cloud-native: How much do you know about the new buzzword in the IT world?
This blog post highlights the key benefits of using Azure managed services to accelerate cross-platform app development processes.
Platform as a Service (PaaS) has become an increasingly popular medium for web development with significant advancements over recent years.
Since most developers are well-versed with these languages, they can easily learn PaaS techniques to accelerate their development efforts.
Azure App Service is a PaaS platform introduced by Microsoft to strengthen its cloud-based web services architecture.
It simplifies the deployment of packages and containers to build and manage enterprise-grade and cloud-based applications running in containers.
The service fabric enables organizations to overcome complex enterprise challenges that generally arise while developing and managing cloud-based native and hybrid applications.
What is Cloud DevOps?DevOps is a system designed to align development and operation teams to deliver high-quality software faster, and it bridges the gap between software development and operations.
DevOps works to leverage collaboration, monitoring, tool-chain pipelines, automation, and cloud adoption, resulting in you bringing your products to the market faster.Collaboration and communication are at the core of the DevOps philosophy.
This practice unites the three forces - tech operations, development, and QA – in a feedback-centric development pipeline.
The result is quality, agility, security, speed, and a rich customer experience coupled with compound delivery across digital & enterprise.Is Cloud DevOps Consulting the Right Choice for You?Although Cloud DevOps consulting may sound deeply tempting at first glance, it is important to identify whether DevOps consulting services is the answer for you.
One way to do so is to identify if the points listed below are of concern to you and your company:Differences in the configurations of development, testing and production environmentsThe lack of collaboration between the teams (development, testing, system administration, and security) resulting in a slow software delivery and low software qualityThe slow manual process of providing new IT infrastructurePost-release errors affecting user or customer experience or business operationsTime-consuming infrastructure modifications, software updates and bug fixingA slow and inefficient testing process due to insufficient test automationSpecific lag points as a result of issues in communication, non-automated procedures, testing errors, or collaborative differences, resulting in negative user feedbackThe Benefits of Cloud DevOps ConsultingAnother option is to look at what benefits Cloud DevOps consulting can offer you, and to see if those sound like something worthy of your company’s patronage.
Some of the advantages that all DevOps consulting services offer are listed below; of course, it must be borne in mind that all consulting services are unique, and offer one-of-a-kind advantages as an edge over their competitors.DevOps allow you to build faster by getting better deployment and infrastructure management processes to launch your products fasterThey cut costs by putting a stop to costly mistakes in deployment.
