Features
Adopt cloud and microservices with confidence
Combining Grid Dynamics’ custom microservices platform experience with AWS’ cloud migration expertise, we have created a comprehensive Starter Kit leveraging AWS EKS Blueprints for fast, seamless cloud migrations from PCF (now called VMware Tanzu) to AWS Kubernetes. As an enterprise entering the world of cloud and microservices for the first time, you can rest assured that you’ll be up and running in a matter of days, with much more time to focus on your newfound business value.
From months to days with AWS cloud-native components
AWS cloud services, including AWS EKS, AWS CodeCommit, AWS CodeBuild, AWS Lambda, AWS Container Registry, AWS Event Bridge, AWS Secrets Manager, AWS IAM, coupled with Grid Dynamics’ microservices and CI/CD platform, provide a reliable foundation that boosts speed to market, cutting infrastructure provisioning time by at least 60% in a fully integrated cloud-native environment.
Microservices platform: a pre-defined ecosystem blueprint
Our microservices platform is a pre-packaged solution that solves the common questions raised when migrating to a modern technology stack in the cloud:
The platform provides capabilities for CI/CD processes, infrastructure automation, security and compliance management, and operational processes such as AIOps.
Microservices platform implementation for AWS powered by EKS Blueprints
Based on Amazon’s EKS Blueprints, which are customized to support easier migration of real workloads and provide additional support for Code Build pipelines provisioning, the PCF Kubernetes Migration Starter Kit includes CI/CD provisioning that requires no code changes on the application side, enables a secure workflow for credentials and secrets for applications, and provides capabilities for future enhancements.
Cloud Microservices Platform Starter Kit
The Cloud Microservices Platform Starter Kit accelerates the construction of a microservices platform from months to days. It comes pre-packaged with a set of tools, capabilities, policies, and design practices to modernize and seamlessly integrate, deploy, monitor, and manage applications on Kubernetes, significantly reducing the burden on infrastructure teams, and saving time and costs for the business.
Business needs covered
Cost savings
Infrastructure standardization
Access to CI/CD automation & IaC
Fast migration process
Uses current source code
Easy change management
Benefits
Co-innovate in a fully pre-integrated environment
Leveraging the AWS EKS blueprint for best practices and onboarding of your technical team to AWS, we help you learn how to effectively use AWS resources and how to efficiently manage and configure them.
Quick time to market
Provision new environments including all lower and upper environments (development, QA, pre-production, production) within days as opposed to traditional weeks or even months.
Backed by emerging AWS EKS Blueprints
The Starter Kit improves existing features offered by the AWS EKS Blueprint and AWS CDK. It is fully compliant with AWS best practices on infrastructure provisioning, management, and security.
Migrate without changing existing code
The source repository will be automatically migrated and built to run on scalable architecture without a change to your code. The migration script takes care of all the complexities.
DevOps automation
The source repository will be automatically migrated and built to run on scalable architecture without a change to your code. The migration script takes care of all the complexities.
Why move to EKS with our Starter Kit?
Our PCF Kubernetes Migration Starter Kit leverages AWS EKS Blueprints to ensure a quicker time to deployment and more seamless operations working on Amazon Web services – a robust and scalable vendor.
How the migration process works
Migration from Pivotal Cloud Foundry to AWS Kubernetes microservices and CI/CD platform starts with an assessment of the application portfolio. This includes the existing continuous delivery process and underlying technology stack. A number of considerations, such as the connectivity between applications, security requirements, technology stack dependencies, and complexity of applications, are made to determine the right sequence of migration.
As applications deployed in Cloud Foundry usually follow modern microservices and 12-factor design best practices, only limited, if any, modifications of application code are needed. After the base microservices and CI/CD platform is deployed in the cloud, applications are configured to use cloud-native dependencies such as DBs, caching, and messaging. Applications are then deployed and tested, data is migrated, and after final testing deployed to production.
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