Building and Deploying Cloud-Native Apps Anywhere

What is Cloud-Native Architecture?

Cloud-native architecture refers to a design methodology using cloud services to enable dynamic and agile app building techniques utilizing a modular approach to developing, running and updating software through a suite of cloud-based microservices versus a monolithic application infrastructure.

In just a couple of years, the world has witnessed a decade's worth of digital transformation, including but not limited to the need to allow service accessibility and link people from anywhere remotely.

How can corporations catch up with this fast-paced move to "digital-first" and still offer business value to customers and, more importantly, remain revenant, while also cutting costs?

More precisely, in what ways can IT forerunners:

● Modernize apps making them simpler to develop and keep up-to-date?
● Distribute tools or resources efficiently by optimizing IT infrastructure?
● Support portability of workloads on various clouds to keep investments safe?
● Automate and manage workloads from core to cloud to edge?

Over the years, there's been an interesting change in the way apps are created, deployed and managed. Cloud-native generation was used in the public cloud as a quicker, more flexible and more effective way to build the next wave of apps.


Cloud-Native Apps on Hybrid Cloud

A wave of change is underway in developing, deploying, and managing apps. Cloud-native creation has been used in the public cloud as a quicker, more agile, and more dependable method of developing the next generation of apps.

Cloud-native apps are created on three fundamental technologies to offer agility:

● Containers: to help in packaging apps, focusing on running anywhere.
● Microservices: to create apps from loosely coupled services.
● Orchestration: to run and manage containerized apps at scale.

But the topic not so elaborated on is that cloud-native apps also can be created and deployed in the data center, on private clouds and at the edge. Or that these new apps can also access existing data to develop future mission-critical systems.

Combining such technology with consistent development resources births a new method for developing workloads across the hybrid cloud.

Cloud-native workloads can be enhanced for hardware architectures. They can also be co-located with data for optimum performance and app management and to handle data residency needs.

Creating Hybrid Cloud Platforms

First, creating cloud-native apps that can be used anywhere requires a hybrid cloud platform that cuts across all possible deployments. This offers the framework for developing and deploying services and apps and cuts across all hybrid cloud­s.

An open-source foundation is relevant for ensuring future agility, leveraging community innovation and providing consistency across customer development teams. It's for this reason, cloud platforms are created on open-source components. The open-source features then require to be consolidated together, hardened for organization workloads and made simple to manage and use.


How to Deploy Hybrid Cloud Software?

The hybrid cloud software workload delivers the business value, which can be containerized to run on top of the hybrid cloud platform. These workloads can consist of databases and automation software, including business-relevant apps and ISV. Once containerized, they can leverage the scalability and orchestration provided by tools.

Features of Cloud-Native Apps

There are five important aspects to building cloud-native applications:

● Designing the Application: The move to microservices
● Exposure to API: Internal and external access through standardized procedures
● Operational integration: Aggregating log and observing information to allow managing applications
● DevOps: Automation across the application lifecycle
● Testing: Editing roles and use of quality assurance

Every element is integral cloud-native application development. Not addressing any would probably result in an app development that underperforms and fails to satisfy external users and internal constituencies.

Running Cloud-Native Apps Anywhere

Cloud-native apps are not restricted to public clouds anymore. The availability of a hybrid cloud platform that runs across public and private clouds and traditional infrastructure has shone light on the common pathway to building apps across the hybrid cloud — enabling high-speed delivery of newer values to customers and service providers.

Benefits of Cloud-Native Applications

Cloud-native architectures have some advantages over traditional web frameworks. These include:

● Traditional applications deployed locally may need downtime when updating as opposed to cloud-native applications, which are always updated.
● Locally deployed traditional apps do not have dynamic scaling, and they need several sources to handle huge traffic, while cloud-native applications enable sharing resources through automatic and elastic scaling, which enhances efficiency and saves cost.
● Locally deployed traditional applications require manual deployment and maintenance, whereas cloud-native applications support automatic deployment and maintenance.
● Cloud-native applications depend on abstract infrastructure, while traditional applications are dependent on the system environment.
● Monolithic architecture is used with locally deployed traditional applications, while cloud-native applications have a microservices architecture.

Difficulties Facing Cloud-Native Architecture

Regardless of the benefits, the cloud-native architecture poses several problems:

● Without an established DevOps pipeline, it can be challenging for teams to manage the distributed workflow and responsibilities involved with microservices.
● The quick scaling of containers can introduce security risks if not appropriately controlled.
● Migrating from a legacy app to microservices architecture can cause complex interdependencies or functionality issues.

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