What is AWS Managed Services?

Managed Cloud – An Introduction

A managed cloud is described as a service that helps organizations build their servers and infrastructure on the cloud by handling the technical back-end, allowing companies to remain focused on their core business. This method is gaining popularity among smaller businesses and even some enterprise-level companies because of its ability to greatly reduce IT and management costs. It also provides easier access to necessary technology stacks.

Services offered under managed cloud include designing server architecture, managing security tools, automatic patching and updating, cloud optimization, and even scaling on demand. One of the important features includes around-the-clock support for companies which reduces the financial burden of the organization by eliminating or reducing the need for in-house IT staff. Companies that handle their own technology infrastructure must constantly have workers available whose responsibility is to build and administer virtual servers, optimize cloud storage for performance, and other IT needs.

For organizations, the appeal of the managed cloud is that it will reduce the necessity for experts on their staff. It results in the reduction of salaries and overheads, without having to sacrifice the expertise and services they manage. When companies outsource the more costly aspects of cloud technology, they can reinvest that capital into their actual services.

AWS managed services

Modern Cloud Solutions

Today, the agile era and therefore the high rate of micro services adoption have motivated cloud providers to supply many new services that make implementations easier. They have managed to do this mainly by taking the specified server maintenance out of the equation and allowing teams to use these different services with minimal configuration required. These are called managed services.

A managed service is in fact a cloud feature that companies can simply use without having to take care of the underlying hardware’s administration. For example, within the Amazon ecosystem, one finds AWS Fargate, AWS Lambda, AWS Aurora, Amazon DynamoDB, and Elastic Beanstalk, among others. What do all those services have in common? The service provider, and not the organization, is liable for getting deployments up and running on these platforms.

Modern deployments employ applications running on a mix of services/integrations. This mixture will still be utilized for a long period of time, but there’ll always be a tendency to use more managed tools and APIs that cloud providers offer. For instance, a normal Django application can usually be deployed on AWS Fargate with an OAuth2 integration for Google APIs (maps, translations, etc.).

Even though managed services are considered great for scaling and simple use, they come at a higher price tag and with fewer customizations. But it is important to note that as compared with the engineer-hours saved, they’re definitely worthwhile.

AWS Managed Cloud Services

AWS Managed Cloud Services can be described as a set of services and tools that automate infrastructure management tasks for Amazon Web Services (AWS) deployments. The service is aimed toward large enterprises that need a simplified solution to migrate their on-premises workloads to the cloud that is public and they also want to manage that workloads after migration.

Any enterprise can automate its cloud management tasks by using AWS managed services. These tasks include patch management, change management, provisioning, user access management, incident monitoring, and backup and restores. An enterprise follows a series of steps — referred to as the AWS Managed Services Jumpstart process — to use the service. The migration process includes a planning stage along with the selection of the applications which will migrate to the public cloud, and accessing the AWS Managed Services platform.

The AWS managed services take control of a customer’s AWS account. It is part of the onboarding process. However, a system administrator can still make change requests for resources by using a self-service cloud management console. Customers’ AWS infrastructure is continuously managed by AWS managed services. It is consistent with the best practices set by the IT Infrastructure Library and AWS. AWS Managed Services relies on APIs so it is able to integrate with other development and systems management tools. The service supports Microsoft Windows Server, Red Hat Enterprise, and Amazon Linux operating systems. It is able to manage over 20 cloud services on AWS.

AWS managed cloud services offer numerous advantages including a secure and compliant AWS Landing Zone, a proven enterprise operating model, as well as ongoing cost optimization, and day-to-day infrastructure management. By implementing best practices that take care of your infrastructure, AWS Managed Services helps to scale back your operational overhead and risk. AWS Managed Services manage and automate common activities that include change requests, monitoring, patch management, security, and backup services, and provides full-lifecycle services to provision, run, and support your overall infrastructure. AWS Managed Services unburdens you from infrastructure operations so you’ll direct resources toward differentiating your business.

Benefits offered by AWS Managed Cloud Services

AWS managed cloud services offer numerous advantages, some of which are described below:

AWS Managed Services offers a step-by-step process for extending your security and identity perimeter within the cloud while providing features that assist you to meet various compliance program requirements (HIPAA, HITRUST, GDPR, SOC, NIST, ISO, PCI, FedRAMP). This process includes the critical tasks of Active Directory integration, security onboarding, and customer control mapping. You can enforce your corporate and security infrastructure policies and develop solutions and applications using your preferred development approach.

AWS Managed Services provides an enterprise-ready, proven operating environment, enabling you to migrate production workloads in days versus months. Working with partners and AWS Professional Services, it leverages the minimum viable refactoring approach to make only necessary modifications to your applications to fulfill security and compliance requirements. It then takes responsibility for operating your cloud environment post-migration, like analyzing alerts and responding to incidents, enabling your internal resources to remain focused on the more strategic areas of your business.


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Enterprise Development and Operations is defined as the convergence of the modern development best practices and existing IT process frameworks in order to give you speed and agility while maintaining governance, security, and compliance control. It enables Enterprise DevOps by packaging AWS IaaS services into a development platform that is secure, and compliant and that works with most enterprise workloads – not just cloud-native or heavily refactored workloads. It helps your development teams to remain focused on their core applications and innovate faster.

Conclusion

The future of the cloud will most definitely be hybrid and managed. By using managed services, teams are able to focus more on code and business logic than on infrastructure. And by implementing external API integrations, you can avoid having to reinvent the wheel and instead be ready to react faster to the needs of the market. Options are out there. Your task is to research them and see how they fit within the cost/benefit parameters your business demands.

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