Emirates Global Aluminum deploys Hybrid Infrastructure managed by Azure Arc
Managing data and applications across multiple environments is a growing challenge for global enterprises. This video shows how Emirates Global Aluminum used Azure Arc to simplify hybrid infrastructure deployment while enabling modern capabilities across its operations. Watch the video to learn how centralized management and flexible architecture helped this global manufacturer meet evolving business demands. Reach out to Traction Consulting Group for a conversation about your hybrid data approach.
Azure Arc is a service from Microsoft that allows organizations to manage their hybrid and multi-cloud environments seamlessly. For Emirates Global Aluminum (EGA), it enables a more adaptive cloud approach, facilitating modern aluminum production by integrating on-premises and cloud resources.
How does EGA utilize hybrid infrastructure?
EGA employs a hybrid infrastructure managed by Azure Arc to rethink and reshape its production processes. This approach allows them to optimize operations, improve efficiency, and adapt to changing demands in the aluminum industry.
What benefits does EGA gain from adopting an adaptive cloud approach?
By adopting an adaptive cloud approach, EGA can enhance flexibility, streamline operations, and better manage resources across different environments. This strategy supports their goal of modernizing aluminum production while maintaining operational efficiency.
Emirates Global Aluminum deploys Hybrid Infrastructure managed by Azure Arc
published by Traction Consulting Group
Often, IT providers focus on selling you a "tool" like Microsoft CRM, Salesforce, SharePoint, and others in order to facilitate customer relations and workflow within your organization. But after initial roll-out, most companies find teams lack in engagement and fail to meet the initial goals of their project.
At Traction Consulting Group, we believe there is a better way. Let us guide you to better engagement and "Get Traction."
Sign in with LinkedIn