How Cloud-Native Architecture Can Benefit Businesses
The internet has changed the way we do most of our daily tasks, from communication, shopping, entertainment, and more. This is why it is imperative that businesses adapt and provide online services to their clients and staff, no matter what industry they are in.
Perhaps equally important is ensuring that these services can be accessed from anywhere, at any time on any device- this is one of the benefits of cloud-native architecture. This is when something is designed specifically to be placed within the cloud.
Compared to on-premises infrastructure, cloud-native architecture provides far more possibilities for services. Cloud-native architecture encompasses all the benefits of exploiting the cloud to create and allow dynamic and agile app development methods that follow a modular approach to the software, whether this is running, updating, or building it through cloud-based microservices versus the traditional monolithic infrastructure.
What are the Benefits of Cloud-Native Architecture?
There are many benefits of cloud-native architecture for businesses that can boost efficiency within the workforce and create a better user experience for clients and customers.
One of the most time-consuming tasks for any developer is the ensuring of compliance within the industry at all times. Cloud-native architecture dramatically reduces the time it takes to complete the arduous task of meeting all compliance standards.
There is nothing more annoying than bugs and slow loading speeds and these need to be rectified as soon as possible to ensure satisfactory user experience. Not only does cloud-native architecture speed up the development process but can also improve the lifecycle of software development by helping to rectify the problems that bugs and slow loading speeds bring while simultaneously reducing human errors.
By using cloud-native architecture, developers are able to continue with their work, without the interruption that can often occur to the application at the same time. This reduces the risk of unsatisfied customers and loss of revenue and manages variable costs.
As the use of microservices within cloud-native architecture is completely portable, this allows a business to not be completely reliant on just one computer. This in turn allows files to be shared across devices and reduces the risk of lost work from lost, stolen or damaged computers.
Cloud-native architecture allows staff to spend their precious man hours on other tasks that generate revenue, such as making quick iterations and improvements based on customer feedback and deploying apps. With the use of a container orchestrator, resources can automatically be allocated and scheduled based on user demand, which can in turn increase efficiency.
By adopting DevOps methodologies and agile practices within a business, IT costs can be saved with the cloud-native architecture by delivering results with apps at speeds previously unseen.
The core bases of any app development are to heighten user experience to reduce the risk of attrition, attract new users and build a great reputation. Microservices within cloud-native architecture operate independently which means developers are able to enhance elements of the application based on functionality and create a better overall user experience, without interruption.
There seem to be endless platforms that applications can now run from, from computer, phones, watches and even car systems. The cloud-native architecture provides businesses with a way to run applications on various platforms without having to implement huge changes. This can be on both public and private platforms.
Development teams can choose the framework, system, and even language that best meets the standards and objectives that are specific to the business using loosely-coupled services, as opposed to an enterprise tech stack.
There are always challenges with any new method introduced within development teams, below we list what should be taken into account when opting for cloud-native architecture so proper training and resources can be given before full implementation.
- Developers and their teams can discover some difficulty managing workflow and responsibilities within microservices without a proper and established DevOps pipeline.
- There can be security risks if the rapid scaling of containers is not monitored properly.
- Functionality issues or complex interdependencies can occur while transitioning from legacy applications to microservices architecture.
- Certain capabilities are required for microservices within certain machines. For example, Compute, SSD, and GPU which means they are dependent on a particular type of system for operating or machine instances.
With every sector rapidly evolving at huge rates, cloud-native architecture can provide a platform to innovate faster while also reacting to customers and the market with even more agility.
To embrace cloud-native, businesses need to be prepared to embrace change within the entire software lifecycle from initial creation to testing to the launch of an application. But with this change comes incredible benefits.
By chaining together various technologies, services, and processes, while always keeping the cloud in mind, businesses can really obtain the true value of cloud-native architecture.