The file system arrays have multiple nodes, so one node automatically comes up if another goes down. The system should allow the primary node to remain the master node and the secondary node to function as a non-master node. HP has already deployed AI in GreenLake's cloud features, but they should also integrate them into the flash array. None of the HP arrays has a single console. They use two or more controllers, making it challenging to manage them all in a single array. If the controller or the console goes back into an embedded state, it's difficult to track or recover the system that failed.
We can make it better if we can put more features for the use of GreenLake in hybrid multi-cloud enrollment. Multi-cloud enrollment means if we are going to use the same scenario as we are using, a single cloud enrollment. Right now, we are facing some challenges in using it with a multi-cloud environment due to limitations in the service providers due to some compatibility issues. So if those things are going to be improved going forward, then we can leverage the GreenLake platform with multi-cloud. The most important benefit of using multi-cloud is that we will gain more resiliency on our platform. If one of the clouds, one of the regions, or one of the areas goes down, the users will still have seamless control and similar accessibility to all their data.
Find out what your peers are saying about Hewlett Packard Enterprise, Dell Technologies, Qumulo and others in File and Object Storage. Updated: February 2025.
File and Object Storage offers scalable solutions for data management, providing flexible access to unstructured data. These storage types are crucial for budgets and efficient data retrieval. File Storage manages data in a hierarchical structure, using directories to organize records, enhancing human readability and ease of use. It is ideal for data environments with multiple users accessing shared files, such as databases and multimedia servers. Object Storage, however, handles data as...
The file system arrays have multiple nodes, so one node automatically comes up if another goes down. The system should allow the primary node to remain the master node and the secondary node to function as a non-master node. HP has already deployed AI in GreenLake's cloud features, but they should also integrate them into the flash array. None of the HP arrays has a single console. They use two or more controllers, making it challenging to manage them all in a single array. If the controller or the console goes back into an embedded state, it's difficult to track or recover the system that failed.
We can make it better if we can put more features for the use of GreenLake in hybrid multi-cloud enrollment. Multi-cloud enrollment means if we are going to use the same scenario as we are using, a single cloud enrollment. Right now, we are facing some challenges in using it with a multi-cloud environment due to limitations in the service providers due to some compatibility issues. So if those things are going to be improved going forward, then we can leverage the GreenLake platform with multi-cloud. The most important benefit of using multi-cloud is that we will gain more resiliency on our platform. If one of the clouds, one of the regions, or one of the areas goes down, the users will still have seamless control and similar accessibility to all their data.