Cloud Native Architecture: What They Are and Why They Matter

Cloud native architecture and development is a new approach to software design that has gained traction in recent years. It stems from the idea of using modern cloud technologies such as containers, service meshes, and serverless architectures to develop applications. This blog post will discuss cloud native architecture and development, why it matters, and how the industry is evolving with these developments.

Cloud-Native Architecture: What It Is and Why It Matters

Cloud native architecture refers to a software design approach that takes advantage of the cloud’s elasticity, scalability, and automated deployment. It uses containerization technology such as Docker or Kubernetes to provision infrastructure on-demand. This allows for increased speed in building apps while still allowing them to take full advantage of the benefits of public clouds like Amazon Web Services (AWS) and Microsoft Azure.

While this architecture does not need containers or orchestration frameworks per se, these technologies are becoming integral parts of it since they simplify an otherwise challenging development process involving multiple microservices and distributed systems. In addition, cloud native application development is also gaining traction because it improves developer productivity by simplifying testing with load balancers that can automatically scale depending on demands, facilitating continuous integration pipelines.

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Why Is Cloud-Native Architecture Important?

Cloud native architecture is important because it enables developers to create truly cloud-native applications, which means they can take full advantage of the benefits of public cloud platforms. This includes improved developer productivity thanks to automated testing and deployment with load balancers. In addition, as a result of this tooling, cloud native architecture applications can scale easily and remain reliable even in unpredictable conditions.

As we’ve already seen, this approach also speeds up development time and simplifies the process by requiring fewer resources for testing. For instance, developers don’t need to spend as much time on infrastructure provisioning so they can focus on building better apps rather than managing servers or configuring network stacks. They only pay for what they use at run-time through service providers such as AWS Lambda or Azure Functions while still enjoying some of the benefits of virtual machines (VMs) like reduced cost when idle since their instances are automatically shut down after an hour without activity. This is especially beneficial for companies with limited budgets but intensive computing needs that couldn’t afford using VMs before.

How Is This Architecture Evolving?

Cloud native architecture is evolving in a couple of different ways, including serverless architectures and service meshes such as Istio for connecting microservices across distributed environments. While this technology isn’t necessary to develop cloud-native applications, it can make them more efficient by removing some overhead from managing network traffic within containers or between services communicating over public clouds like AWS Lambda. In addition, it makes apps easier to deploy since developers don’t need additional tooling other than Kubernetes clusters and YAML files to build container images with docker builds. 

All they need is an orchestrator that supports their application’s requirements plus configuration files in a YAML or JSON format.

This approach is also evolving in the industry and may soon be considered a standard in cloud-native development rather than just an emerging trend since it’s already being adopted by major players such as Google, IBM, AWS, and Microsoft Azure due to its many benefits for cost savings and ease of use. 

In addition, smaller companies are experimenting with this new architecture because they can easily get started without spending much on their infrastructure thanks to services like Amazon ECSS that only charge when active instead of reserved instances that require long-term commitments upfront. This means developers don’t have to spend time configuring VMs, which reduces their overall costs while still getting the same level of performance from applications built with containers running across distributed systems.

What are the benefits of cloud-native architecture?

Removes Constraints to Rapid Innovation

With cloud native architecture, you no longer have to rely on physical hardware or inflexible hosting services. This allows your company to directly address the changing needs of your users and customers with minimal delay.

Also, by using a range of different service providers in conjunction with each other (rather than one set provider), companies can avoid being locked into an inflexible system that doesn’t meet their requirements, which happens all too often in traditional architectures where everything is centralized. Instead, they can choose how much risk they are willing to take on for themselves when it comes down primarily to cost vs convenience – if they find that some parts of their infrastructure aren’t performing well enough, then why not switch them out? Cloud native makes this easy and affordable.

Tracks Down Issues More Easily than Traditional Architectures

Traditional architectures use a centralized database, leading to performance problems if one part of the system is under heavy load whilst others are relatively idle. In addition, this means that when issues arise, it’s hard to pinpoint where they were created or what sections need improvement – because everything is running through this single source (such as an RDBMS), you don’t always get accurate data about where in the network your problem lies.

Instead, cloud-native architecture applications split into small pieces using microservices and APIs, allowing for much easier debugging at every stage without costly, time-consuming server rebuilds (and potentially downtime). The distributed nature also reduces latency versus traditional architectures, such as having everything on-premise, so you won’t feel the effects even if one application isn’t performing well.

The Marketplace is More Transparent than Traditional Architectures

Cloud native architecture allows inhouse vs outsource software development for more transparency than traditional architectures because it’s possible to see what services are available in your marketplace and compare them side by side without having to do any additional digging. Since there are often many providers offering similar technologies, this can be extremely beneficial when trying to find the best solution that fits your budget.

This also means it’s easy to switch service providers or upgrade/downgrade as needed – no need for lengthy contracts with inflexible terms. Don’t you have a lot of time? Then choose something that’s quick to implement – or if you have a lot of in-house technical knowledge, choose something that will save you time instead.

All these features are possible with modern cloud-native architectures, whether they’re on AWS, Azure, GCP, etc., so why not consider them for your next project? Of course, as the saying goes, “don’t fix what isn’t broken,” but traditional architecture is starting to show its age and needs some significant updates when it comes down to it.

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