Cloud native applications are designed to take full advantage of cloud environments. Rather than running on traditional monolithic infrastructures, they are built as collections of loosely coupled microservices that can be developed, deployed, and scaled independently. These systems thrive in dynamic environments, offering improved fault tolerance, rapid deployment cycles, and seamless scalability.
Modern digital services demand performance, flexibility, and resilience at scale. For organisations looking to future-proof their operations, adopting a cloud native architecture in AWS provides the ideal foundation. At its core, cloud native architecture refers to building applications specifically for the cloud, not simply migrating existing systems. It embraces services, tools, and design patterns optimised for agility and efficiency.
AWS provides a powerful ecosystem of services that make it easier to build, deploy, and manage cloud native applications. From fully managed databases like DynamoDB and Amazon Aurora to compute options like AWS Lambda, ECS, and EKS, AWS gives businesses the building blocks to architect modern solutions. Object storage through S3, APIs via API Gateway, and scalable networking all come together to support a seamless application experience.
Using a mix of serverless and container-first approaches, AWS reduces the operational burden. Developers can focus on building features rather than provisioning infrastructure. The platform encourages best practices in automation, security, and observability, making it a natural choice for migrating to cloud native application architectures.
One of the cornerstones of cloud native architecture is the move from large, tightly integrated systems to more modular ones. These are some of the principles underpinning a well-architected AWS cloud native environment:
Microservices: Break applications into independent services to improve agility and resilience. This enables teams to deploy new features or updates without impacting the entire application.
Containers and Serverless: Choose efficient deployment methods using Amazon ECS and EKS for container orchestration, or go serverless with AWS Lambda for event-driven workloads.
Infrastructure as Code: Use AWS CloudFormation or Terraform to version-control infrastructure, allowing consistent environments across staging and production.
CI/CD and Automation: Implement continuous integration and deployment pipelines using AWS CodePipeline and CodeDeploy, backed by monitoring tools like CloudWatch.
Observability and Resilience: Use CloudWatch, AWS X-Ray, and IAM to monitor performance, trace requests, and enforce secure, role-based access.
Stateless Design and Scalable Storage: Build systems that do not rely on local server state, allowing horizontal scalability. Combine this with cloud-native storage like S3, DynamoDB, and Amazon Aurora for availability and performance.
The transition to AWS cloud native architecture enables:
If you're exploring modernisation, our Modernisation Journey page outlines key steps to guide your transformation.
From high-growth startups to established enterprises, cloud native solutions on AWS offer tangible results:
If you're exploring modernisation, our Modernisation Journey page outlines key steps to guide your transformation.
If you're considering migrating to cloud native application architectures, D55 is an experienced AWS services partner that can help you plan, design, and implement your transformation. From architecture workshops to full-scale delivery, our team supports every step of the journey.
Explore more about how D55 supports data migration, cloud database modernisation, and real-time analytics using AWS tools and methodologies.
You can also read our case studies to see how we've helped businesses across different sectors deliver powerful, scalable solutions. Or download our "Migrating to Cloud Native Application Architectures' PDF guide to see what a full transition looks like.
Book a consultation with an AWS-certified expert today and discover how we can help unlock your application's full potential.
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