Microsoft Workloads AWS Services

Get more out of your Microsoft workloads by migrating and modernizing on the AWS cloud

Maximize Your Microsoft Workloads on the Cloud

Our cloud computing experts help companies migrate and modernize their legacy Microsoft workloads – Windows Server, SQL Server, and .NET frameworks – on the AWS cloud. We’ll help you boost performance, optimize IT infrastructure costs, increase scalability, and minimize security risk, setting you up for long-term success with the latest cloud-native technologies.

Achieve More With InfraNext and AWS

Accelerate innovation by taking advantage of AWS cloud-native technologies like serverless architecture, containers, machine learning, and data analytics across your Windows infrastructure when you move from monolith to microservices architecture on AWS.

Eliminate expensive Windows and/or SQL Server licensing, reduce TCO, and maximize compute consumption when you move to AWS. Companies can reduce the 5-year cost of operations by 56% and gain 37% lower infrastructure costs when they migrate to AWS, according to IDC.

AWS offers more than 300 security, compliance, and governance services and features. With AWS, you control where your data is stored, who can access it, and what resources your organization is consuming.

Why Choose InfraNext as Your Microsoft on AWS Consulting Partner?

The InfraNext Advantage

InfraNext is an AWS Premier Consulting Partner with the Microsoft Workloads Competency, which means we’ve demonstrated repeated success designing Microsoft-specific cloud solutions. We’ll help you implement the ideal AWS infrastructure for your business and maximize the performance of your Windows workloads.

The InfraNext Difference

Our experienced team of solution architects, engineers, and developers bring a wealth of knowledge in modernizing Microsoft environments on the cloud. By focusing on AWS services for Microsoft applications, we ensure that your business smoothly transitions to a modern cloud infrastructure, while also realizing the full potential of cloud-native features for enhanced performance, scalability, and innovation.