Everything You Need To Know About Cloud Infrastructure!

Are you and your organization starting your journey towards digital transformation yet having doubts? Today, we discuss the significant takeaways, what precisely the term Cloud Native is and the critical capabilities of a Cloud platform. So let’s start with a brief introduction and history of cloud-native and its establishment.

What is Cloud Native and Its History?

The term cloud-native and its aspect refers to the concept or approach of building and deploying applications in public, private or hybrid clouds in a scalable manner. However, the term was coined by companies like Netflix, which leveraged the concept by completely transforming itself into one of its largest on-demand delivery networks. At its core, cloud-native infrastructure increases the velocity of any organizational productivity and workflow by taking advantage of cloud-native technologies like automation and resource allocations.

With the modern landscape of complex codes and applications, users expect continuous improvements that require organizations to be more flexible and increase their results. Cloud-native fills these gaps, ensuring increased productivity at a much faster pace. It powers the modern app development process through Kubernetes, Docker, APIs and other serverless features. Cloud platform providers offer access to services and tools that reduce operational costs and tasks to complete the building and deploying process faster. The increasing number of organizations now moving to cloud platforms. This has transformed the business by making it possible for service providers to maximize their customer’s experience.

Understanding Cloud-Native Technology

Cloud-Native architecture is a methodology that comprises the cloud services through cloud platforms that allow dynamic and agile app development and deployment solutions taking a modular approach to build, run, and update applications. It concerns the design of apps specifically to exist on the cloud rather than on-premise infrastructure. The core architecture runs on microservices and containerization, making it easy to manage and transfer the services between cloud providers. That too with minimal downtime and errors. Compared with the legacy system, cloud-native architectures are more agile, flexible and scalable without relying on a physical server.

Cloud microservices is the major key for organizations when moving to the cloud infrastructure. Arranging the apps into various independent services allocating specific functions drastically improves the scalability and performance. Another advantage and key point for developers is also the support for DevOps.

In simple terms, a cloud-native or serverless architecture allows users to write codes on a platform that functions as a service. This approach eliminates the requirement of constant monitoring, provisioning, scaling and availability of the developer teams. With PaaS (platform as a service) like 01Cloud, your applications are divided into smaller pieces of code. This can then be dynamically automated deployed on demand. This approach reduces the cost and resources used as the codes are only executed when required compared to the traditional approach, where the cost rises with idle resources.

Benefits of Cloud-native

We have already covered most of the offerings and benefits of moving onto the cloud-native platform. So now, we wanted to  focus on the key takeaways and elaborated further.

Increased Productivity & Agility

With the support of DevOps, CI/CD and DevSecOps, building, testing, and deploying the applications have become so much more effortless and cost-effective. Organizations can bring any innovative or new ideas onto the platform. They can be deployed within minutes instead of slaving on writing each line of code and pushing it to production. Additionally, constant monitoring and alerting eliminate human errors or bugs before significantly impacting the application. Additionally, a well-developed and designed cloud-native app can survive and stay online even in cases of infrastructure outage.

Improved Reliability and Security

Cloud-native platforms offer their users access to limitless scaling of resources whenever necessary. This allows the organization to match any on-demand requirements without the hassle of extra infrastructure planning and creation. There is a lowered risk while implementing changes, storage, rollback, and even effortless disaster recovery through the best practices with DevOps. With continuous integration and deployment, cloud-native allows the applications to update and fix bugs without disrupting the online user experience. Moreover, this ensures reliability with increased uptime and better service and security.


Cloud-native infrastructure and technology rely on pay-per-use models, which reduces the company’s spending in the long run and concentrates those funds elsewhere. As the users are likely to pay only for the resources in use, excluding the idle resources, the overall cost reduces significantly by proper resource allocation and usage. This makes it a cost-effective solution.

Innovative and Cutting Edge

Cloud-native, alongside its open-source technology, is constantly evolving. This allows users access to tools and resources to help organizations move faster and effectively. By taking advantage of the portable and compatible whenever and wherever, developers can take their codes, applications and projects to a whole new level. An added advantage is the impact on your company’s reputation as a part of the technologically advanced cloud-native company.

Should you transition to Cloud Native?

The short answer: Yes! Cloud-native application development and deployment delivers results faster and more securely than traditional. The benefits are pretty clear: scalability, flexibility, security, agility, cost-effectiveness and even innovation beyond the years. Cloud-native has become the new way of transforming your business through consistent experience and quality service. It allows the organization to take full advantage of cloud computing while maximizing the utilization of the resources.

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