Cloud storage architecture requires major basic standards when it is assembled

Cloud storage architecture is an important part of cloud storage organization. Especially for the future service is very important. A good cloud storage architecture can be a good upgrade for future service levels. Let's look at the specific criteria for the cloud storage architecture below.

Regardless of whether the cloud storage architecture is public or private, the key to success is to create an appropriate infrastructure that delivers every cloud storage architecture service as effectively as possible. For a private cloud storage architecture, you may need to support a wide range of applications, so your goal is to create an infrastructure that is flexible and on-demand resources for each application.

Clearly, at the compute end, server virtualization provides a suitable infrastructure for cloud storage architecture services, because it allows computing resources to be effectively partitioned, quickly allocated, increased or reduced, or redistributed when requirements change. A rapidly maturing set of management Services provides fast, flexible, and more availability.

Few articles deal with how to create a valid storage schema for cloud storage schema calculations. In fact, the first SNIa cloud storage architecture team was inaugurated in April 2009 at the United States SNW Congress, which aims to "identify, develop, and coordinate system standards and interfaces for the cloud storage Architecture".

Since there are no identified or actually appropriate cloud storage architecture standards, you should consider these issues when assessing the suitability of new or existing storage solutions:

1. Can you expand your storage flexibly? Similar to what you do with a virtual server, you need to be able to allocate, increase, reduce, and redistribute storage quickly and with minimal overhead.

2. Can you automate the storage management process? The higher your automation of routine operations, such as configuration, backup, and replication, the more scalable your environment will be.

3. Can you measure and report on usage? In order to implement the cloud storage architecture service, you must understand the resource as a user of your service needs, be able to report the actual usage, and now or in the future be able to charge for the use of the resources.

4. Can you move data freely? If your data is tied to a lack of flexibility in storage, availability and availability will be worse.

5. Can you build multiple tenants while ensuring that resources are safe enough? It is a necessary condition for a valid cloud storage architecture to allow multiple business units or independent entities to share the same storage hardware.

6. Can you improve the efficiency of the cloud storage architecture? The first step is to increase utilization, and in addition, cutting costs, automating the configuration and eliminating redundancy all contribute to greater efficiency.

7. Can you effectively protect your data? One key to successfully implementing a cloud storage architecture is to integrate all your processes to make them simple, repeatable, and effective. Consistent data protection and disaster recovery processes with appropriate policy levels and coverage for each service you provide are essential.

8. Can you do everything on a single network structure? The advent of FCoE makes it possible to consolidate your SAN and LAN on a single Ethernet infrastructure for lower costs and greater flexibility.

9. Does your storage environment Support server virtualization? Assuming that server virtualization will be a key component of your cloud storage architecture, you will need to keep the storage tightly integrated with any virtualization solutions that you are currently using and likely to use in the future.