Is Software-Defined Storage Driving a New Era in Cloud Computing?
Enterprises data management challenges have definitely had a major impact for business owners to adapt their core workloads to cloud computing platforms. Most enterprises only use a few SaaS applications like email or customer account management. One of the primary challenges that most cloud platforms have is meeting the data management requirements of enterprises critical applications and core workloads. Cloud platform new Software-defined storage (SDS) can help enterprises meet the performance, availability and scalability they need for their critical applications. Therefore, SDS specialists are now taking a closer look at data management elements and what is driving the new era of cloud computing.
5 Critical Elements That Are Now Driving The New Era Of Cloud Computing
1. Cloud computing and business-critical workloads
In the new era, cloud platform computes virtualization has enabled multitenant cloud computing. Many cloud platform architectures depend on a shared-nothing scale-out architecture, which doesn’t meet the needs of tier-one and tier-two applications. The problem cloud providers have today is that business-critical workloads require big data sets, high bandwidth, snapshots, and low latency. Therefore, cloud providers find it difficult to partition enterprises workloads into cloud-sized chunks. However, in the new era of cloud computing availability, performance, and data scalability will vary from one cloud provider to another. Today, Azure and AWS now allow block storage volumes up to a terabyte. In addition to the new storage capability the management tools used to manage different cloud platforms may differ from one cloud provider to another, therefore, presenting different obstacles to seamless hybrid workload deployments.
2. Enterprises have different data management platform requirements
Most cloud based providers offer cloud storage or key-value object storage that can easily be scalable for enterprises, that is simple and inexpensive. Many providers use case like images or archiving that can effectively use object storage that easily meets the business needs of small companies. However, tier-one and tier-two enterprise workloads require cloud platforms to have frequent access and updates of their stored data. Their critical applications are designed around a block or file storage. Tier-one and tier-two enterprise data requires mirroring, snapshots, and cloning for their on-premise storage and therefore, are important considerations for many enterprises when moving their corporate workloads to any cloud-based platform.
3. Enterprises have new options for moving their data management into the cloud software layer
The cloud software-define storage can now abstract the physical layer, virtual or cloud storage giving the cloud platform more flexibility for tier-one and tier-two critical data needs. Plus, the new SDS can move the storage services into the cloud software layer that can now run on any standard x86 servers either in the cloud or on-premises. The SDS can now enable enterprises to create the “server SANs” that uses the local storage of the cloud servers. Therefore, this offers enterprises aggregating performance that uses the spanning “availability zones” to protect against outages. The new SDS can provide enterprises, scale-out that is unlike other cloud-based block storage that has features and volume size limitations.
4. Key software-defines storage features meet tire-one and tier-two workloads
Cloud SDS enables enterprise data to be managed centrally. Now, enterprises can use cloud SDS platforms to provide storage services for their employees in various RAID levels, QoS, snapshots, cloning, and always be able to deliver across all their storage types. Therefore, with SDS, enterprise requirements for their tier-one and tier-two workloads can be met. The SDS offers a common storage management platform that provides enterprises access on-premise and inside the cloud infrastructure. Furthermore, with the OpenStack enterprises can integrate deployment on many cloud platforms.
5. New era SDS allows hybrid management that spans on-premise and cloud storage
To meet enterprise tire-one and tier-two data requirements hybrid or disaster recovery will require that companies data sets to be spanned on premises and also on their cloud storage resources. However, moving large data sets to the new SDS platform will be time-consuming and is subject to the bandwidth available inside each enterprise. Many cloud providers offer enterprises the option of sending their physical data to their facility during the initial migration. Hybrid requires enterprise data to be managed and kept in sync on-premises and within the cloud workload. However, the true SDS platforms can deliver enterprises mirroring and replication for their datasets. Therefore, they support active-active application deployments across multiple data centers when the network latency permits.