In embracing digital transformation, businesses need to rethink their IT infrastructure. This is where HPE CloudPhysics and HPE CloudPhysics Plus come into play. They provide a comprehensive inventory and key metrics for your compute, storage, and virtualization frameworks. Get a complete view of your workloads and identify the best opportunities for cost and performance optimization. Leverage more efficient compute and storage options using less energy, requiring less data center space, and providing greater capacity and performance. Assess your servers, identify candidates for refreshing to HPE ProLiant Gen12 servers that boost performance and reduce power usage. Similarly, assess your storage arrays and upgrade to HPE Alletra Storage MP options for seamless, compromise-free applications running from edge to cloud. Discover potential cost savings through modernization with HPE's solutions. Contact us today to get started!
What is HPE CloudPhysics Plus?
HPE CloudPhysics Plus is a free assessment tool designed to help organizations modernize their hybrid cloud compute, server, and virtualization infrastructure. It provides insights into existing infrastructure resources, enabling organizations to perform what-if analyses and identify opportunities for optimization and cost savings.
How does HPE CloudPhysics Plus support hybrid cloud modernization?
HPE CloudPhysics Plus accelerates the modernization journey by offering a comprehensive inventory of compute and storage resources, along with key metrics for virtual machines. This information allows organizations to make informed decisions about optimizing their infrastructure, reducing operational costs, and improving performance through modernization.
What benefits can organizations expect from using HPE CloudPhysics Plus?
Organizations using HPE CloudPhysics Plus can expect to gain a clearer understanding of their IT landscape, identify obsolete resources, and uncover potential cost savings. The assessment helps in planning data center refreshes and optimizing compute and storage options, ultimately leading to increased efficiency and reduced energy consumption.