A / NZ George Tsoukas article by Gigamon Country Manager.
Cloud native computing may provide the answer for organizations that want to fully benefit from their approach to the cloud. Unfortunately, the benefits of the cloud-native approach are widely recognized, but there is a lot of confusion about what cloud-native computing is.
So what is cloud native? How are cloud-native and cloud-based computing compared? And perhaps most importantly, what are the benefits of cloud-native computing on tables?
Cloud-based computing is a relatively new approach to managing data and running applications. This is similar to traditional computing, but instead of deploying the application to physical internal / onsite hardware, all software, servers, and networks are hosted within the cloud. Is different.
Cloud computing uses an on-demand computer model that allows IT resources to be accessed over an internet connection as needed.
One typical example of cloud computing is email. SaaS providers such as Gmail and Microsoft Outlook allow users to store their email data on offsite servers and access it from popular web browsers.
Cloud-native computing is cloud-based and therefore meets the above criteria. However, the term cloud-native more specifically refers to the entire cloud computing infrastructure. Simply put, how your application is organized is more important than where it is deployed.
In cloud native computing, all relevant components are assembled to fully optimize the cloud environment. As a result, cloud natives are both a computing architecture and an idea.
Organizations that adopt a cloud-native approach need to be more involved in the design, implementation, and operation of cloud applications while fully utilizing the resources of cloud service providers when building critical business systems.
There are certain factors to consider when adopting a cloud-native approach. This is because with cloud natives, it’s not enough to get existing on-premises applications and move them to the cloud.
Cloud-native computing requires you to explicitly design your app for optimal effectiveness within your cloud environment, using an architecture that supports this ideal. The latest cloud services make this possible.
However, there are certain considerations that organizations and IT departments should keep in mind when creating cloud-native applications.
- Cloud-native applications should target microservices for ease of maintenance and agility.
- It should be containerized so that it works best in any environment.
- Cloud-native applications need to be dynamically tuned. This allows individual containers to work together effectively to form a complete application, improving efficiency and scalability.
- They should be built using the framework and language that best suits a particular task, rather than adopting a single framework or language throughout the architecture.
- Cloud-native applications should be managed using an agile DevOps process.
- These need to be developed mobile-first and implement user-centered design.
- Finally, cloud-native applications are vulnerable to cloud-specific security threats and may require specialized security tools or platforms.
Benefits of cloud native computing
- Cloud-native architectures offer certain advantages and advantages over traditional computing solutions.
- Cloud-native apps are independent services packaged together as containers. This means that you can scale in and out very quickly.
- Cloud-native containerization allows you to add or remove specific services without affecting other aspects of your application.
- Cloud-native apps ship very quickly and are updated on a near-constant basis. This not only reduces time-to-market, but also improves the customer experience.
- Cloud-native applications are easy to manage.
- Finally, thanks to containerization, support tools, and cloud standards, the cost of operating a cloud-native infrastructure is typically lower than the cost of migrating existing non-cloud applications to a cloud environment.
The real meaning of cloud native
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