Advantages of AWS for Cloud Native Development

Amazon Web Services (AWS) is a comprehensive, broadly accepted & adopted cloud platform offering various services from its data centers globally. Startups, large enterprises and government agencies are using it to lower their computing costs and become more agile to innovate faster. AWS cloud services is a comprehensive cloud computing platform providing various services like Infrastructure as a Service (IaaS), Platform as a Service (PaaS) & Software as a Service (SaaS). Cloud computing offers on-demand delivery of IT resources on a pay-as-you-use or go pricing model over the internet. Companies can rent out infrastructure, computing power, storage space & databases which are scalable, rather than owning and maintaining these services on their own. What are Cloud-native Applications? Cloud-native architecture and technologies are approaches to designing, constructing and operating workloads that are built in the cloud and take complete advantage of the cloud computing model. A cloud-native platform is designed, optimized & operated in the cloud. This technology offers robust functionality, seamless interconnectivity and optimized business continuity. Cloud-native systems are built in the cloud and provide developers with new and advanced tools that can be deployed for the rapid evolution of the enterprise’s overall architecture. They streamline complex infrastructure in design and administration. AWS provides a better Infrastructure as a Service (IaaS) compared to its peers like Microsoft Azure or Google Cloud Platform (GCP) as per a report from Gartner. AWS is also high on the customer preference list as per Gartner peer insights. Based on its global infrastructure network and exhaustive range of serverless computing, storage and database solutions, AWS is an enterprise favorite by bringing a set of significant advantages for enterprises creating cloud-native applications and supporting companies like Netflix, Airbnb & Comcast. Benefits of AWS for Developing Cloud-native Software-

• Cost reduction- The most visible benefit of cloud computing over the in-the-premises working model is the ease of adaptability as per the need of the institution. With cloud hosting, organizations can scale IT infrastructure as per their needs and requirements. An added advantage to this is zero time latency as no wait time is needed to scale the infrastructure.rnBy developing applications on the cloud, companies can reduce or eliminate on-premises infrastructure costs. Most of the cloud services offer a pay-as-you-go pricing model, which also helps in saving costs.
• Faster processing- Cloud platforms offer scalability and are designed for fast performance and can handle heavy data transfers easily and quickly.
• Scalability- Cloud native is extremely flexible and scalable and offers advantages of DevOps best practices that can give the developers and the IT department a low-risk method to implement and also revert changes. Cloud-native offers pay-per-use models. Since these are cloud-based systems, infrastructure costs are reduced. AWS offers well-documented resources and APIs along with AWS Management Console.rnCloud computing eases Infrastructure scaling capabilities and delivers IT resources as needed including computing power, storage, bandwidth, etc. Companies can benefit from this and increase or reduce cloud infrastructure as per their needs.
• Security- Cloud providers offer a broad range of policies, technologies, controls that strengthens the overall security of the data, apps & overall infrastructure from potential threats. Cloud computing also follows stringent compliance controls and offers multiple layers of protection against data breaches, hacking, and other attacks.
• Reliability- Cloud computing data centers offer backup and disaster recovery facilities. The data is mirrored at multiple sites making it a more reliable option than an onsite data center. Cloud-native applications are built as containerized microservices and have an advantage over applications that are migrated to the cloud. Since cloud-native applications are built into independent microservices, the failure of one component does not translate into the whole application.

Besides this, the application can be moved in parts or as a whole as the containers are designed to be self-sufficient and can work uninterrupted wherever they are hosted. The reliability of cloud-native software is backed by AWS Availability Zone (AZ) which spans five continents with isolated multiple server locations. Each AZ offers uninterrupted performance as it is designed with physical redundancies which ensures that the cloud-native applications keep functioning even if one AZ goes down, the load will be taken up by another location in a seamless manner. AWS’s wide network of technology partners can help build resilient cloud-native applications as these partners go through a stringent certification and verification process. In conclusion, AWS offers a mature cloud infrastructure that enables them to create fault-tolerant solutions that can comply with several security standards. AWS is a key player in cloud native movement and Its services can simplify and accelerate development speed and reduce costs. AWS offers over 200 services which include core computing, storage, database, analytics as well as machine learning. An AWS application development services partner with AWS-certified teams having experience working with a range of AWS products can help deliver cloud-native software and applications.