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Weighing over a ton and occupying almost a whole room, the first hard drives were introduced in 1956 by IBM. They had a capacity of just over 3700 kilobytes of data and were considered a technological revolution back then.

With the evolution of faster computers, our dependency on data has increased manifold. We have now moved ahead from bulky storage devices to chips that can hold petabytes of data and fit on a pencils nib. But then again, physical storage was deemed impractical for companies expanding through the world. This is wherecloudmigration came into play.

Cloud storage is storing digital business data in the cloud, across multiple servers, instead of a physical device.

Cloud storage is another example of storage as a service, where the storage capacity and maintenance are provided by vendors and delivered on-demand. Its in high demand after the massive migration of big organizations to the cloud platform. Cloud storage offers businesses a virtual infrastructure accessible, scalable, and customizable for their data needs.

While physical storage services need several devices and servers at multiple locations, cloud storage stores data in virtual servers hosted by internal and external vendors.

Cloud storage is essentially moving your organizational data from physical devices to online servers. It works through data servers connected via the internet.

The data blocks or files are sent to the cloud using the internet and are stored in more than one server to ensure accessibility. These files can be accessed through a user interface that can be customized for each stakeholder.

Multiple data servers ensure that the data has been replicated and backed up for any unforeseen circumstances where a server fails.

Cloud storage works differently with different kinds of computing platforms. Lets take a look at the different cloud computing models and how storage works in them.

Private cloudstorage provides a personal cloud storage platform with in-house resources. It uses a single physical server to instantiate multiple virtual servers and gives the organization full control over the storage capacity and architecture.

Public cloudstorage platforms provide you with a cloud space that several other companies share. The main advantage of using such platforms is the increased accessibility and scalability of the storage platform. Amazon AWS, Microsoft Azure, and Google cloud storage are the most common examples of public cloud storage platforms.

Hybrid cloud storage solutionsgive organizations a choice to segregate their data between private and public cloud platforms. This ensures that sensitive applications security is upheld and the scalability of public cloud storage is also leveraged simultaneously.

Cloud storage can be classified based on the architecture used to store data. It can be broadly classified into three categories.

Object storage is used for storing unstructured data such as media files in repositories known as containers or buckets. This storage option allows for greater flexibility and scalability in terms of the type of data being stored. It also accounts for easier data access and permissions.

Applications that need to share and store files employ a file storage system to access the data hierarchically. Its a simple storage system to store and retrieve well-organized data files.Cloud collaboration softwareprovides dedicated file-based storage and sharing solutions.

Block storage allows dedicated storage blocks for files of equal size. It makes up for a high-performing storage and retrieval system because of the storage blocks modular nature. Its generally used to store databases, virtual machines, and email servers.

Every viable cloud storage solution needs to fulfill certain requirements to be used in a business scenario. Let's have a look at the most basic requirements of a cloud storage solution.

Cloud storage services need to be durable and resilient towards natural disasters, data losses, and server failures. They need to be more robust than physical storage to be a viable investment option.

Cloud storage has the advantage of being accessed remotely, even if the user is not present near the physical infrastructure. They should be accessible over multiple mobile devices and regions and contribute to the ease of data retrieval.

Data security is a big responsibility for cloud storage providers since theyre considered to store sensitive data. Data centers need to be encrypted over multiple layers and should be only accessible with proper authentication.

In a world dominated by digital data, cloud storage has opened up avenues for efficient deposit and retrieval of business data. Cloud storage is responsible for making data easily accessible for businesses around the world. Lets have a look at the benefits of using cloud storage.

Cloud storage provides users with a platform to conveniently upload files all across the globe. It enables businesses to send organized data in the form of files and get multiple users to work on the same set of data from various locations.

When multiple users are working on the same set of data or files from different locations, cloud storage helps synchronize the changes made. It also ensures that the data in every device accessing the storage is up to date and accessible. Data syncing helps reduce the redundancy of data over a single platform and speeds up the software development process.

Cloud storage eliminates the need for physical storage devices and the hassle of keeping them safe. It also helps your physical memory storage by not taking up any space for any downloaded or streamed content.

Cloud storage software provides you an option to upgrade your storage plan if your data demand increases or if you need to support the amount of storage for new applications. Its a highly scalable solution that helps grow businesses.

Outsourcing data storage to cloud storage vendors helps organizations to cut down their expenditure on in-house infrastructure. This provides a cost-effective solution for the companys data needs and reduces the dependency on resources required to collect and maintain data.

Cloud storage services are equipped with multiple layers of security measures andvirtual private networks (VPNs) to protect your data from unauthorized access. They also ensure your data is not misused or stolen by hackers.

Data recovery is an important aspect for any business and cloud storage. It provides organizations with a safe online backup of their data if anything goes wrong. In case of any hardware failure, your files can still be retrieved from the cloud.

Data compliance can be a tricky thing to maintain while migrating your data from one platform to another. Cloud storage solutions take care of this by enforcing existing compliance controls on your business data.

Onboarding cloud storage for your business comes with its own set of challenges that need to be identified and overcome in time to use the cloud storage system efficiently. Lets have a look at the most common challenges of using cloud storage.

Cloud web services are prone to downtimes owing to slow internet or infrastructure failure. This leads to unexpected business-impacting downtimes. An organization must have a fair idea of the service providers downtime history to make an informed decision about how reliable they might be in terms of business uptime.

While choosing a cloud storage provider, you need to consider their pricing structure, the bandwidth they are providing, and if theyve provided services in your industry domain before. Since onboarding a cloud storage service is a long-term decision, you must keep in mind that the niche expertise of the vendor youre choosing should be in sync with your companys budgets and goals.

Service level agreements (SLAs) are a formal documentation of commitment between a client and a service provider. For cloud storage service providers, SLAs are defined for business uptimes, internet bandwidth, real-time maintenance support, and so on.

Poorly defined SLAs may mean ambiguity in an issue with the resolution time, data breaches, and ineffective monitoring. Its important to lay down business SLAs which are in order with your growth and working plans.

If your organization needs to move away from one storage provider to another, data mobility might be a big issue if your service provider doesnt provide adequate support. Therefore, its important to set ground rules with your vendor about the timeline to move data if needed, data archiving guidelines, the bandwidth cost involved, and if the data will be transferred over the cloud or physically.

The bandwidth of a cloud storage service provider encompasses internet speed, mobile apps, desktop apps support systems, storage limits, and supported data types. Its necessary to have a clear idea of the bandwidth beforehand to set realistic storage performance expectations. Its also important to determine the softwares data backup capacity so that the backup frequency can be adjusted.

With more and more companiesmigrating to the cloud, the increase in the number of cloud service providers has been quite apparent. How do you choose the right cloud storage provider from the umpteen options available?

Lets check out the factors you need to consider to choose the best option for your business plans.

For onboarding a cloud storage service, you need to decide on the type of cloud sharing youre willing to accommodate. Every employee might need to have access to shared storage, or each employee can be given a slice of the storage space, depending on the nature of the business and their roles.

Vendor uptime is an indication of the time when the vendor services were operational over a period of time. Its important to consider the past uptime record of any cloud storage vendor since you cant afford to have business downtimes due to performance issues on the vendor side.

Cloud storage services need to be compatible with your software stack. Organizations need to ensure that their application programming interfaces are supported by the cloud storage service theyre considering. If your organization deals with big data, your cloud storage provider should be able to support data warehouses and data lakes in order to optimally manage your data. Moreover, multiple operating systems such as Windows, iOS, and Android need to be supported by the storage solution to be eligible for multi-device operability.

Each cloud storage service provider comes with a data backup plan which is important since it enables data recovery. When choosing a storage service provider, you need to check if their backup plans are compatible with the amount of data you need to store daily.

Cloud securityis a major concern for every business, and cloud storage providers need to ensure that data vulnerabilities are kept to a minimum. While onboarding a cloud storage service, its important to check the security features that it provides for your applications.

Cloud storage gives you a chance to save on physical storage costs and opt for a secure, accessible, and convenient online storage option. It also eliminates the need for data transportation over various locations and helps in creating regular data backups.

With a rise inmulticloud computingin the business arena, its not surprising that cloud storage being utilized as a service has caught the attention of growing organizations.

Read this article:
Cloud Storage Simplified: What Is It and How to Choose One - G2

Three companies were critical to creating the PC of today, well, four if you include Apple. But Apple only set a direction. The work of IBM coupled with Intel and Microsoft created the IBM PC, which founded what over 90% of us currently use as our desktop solution today.

Apple isnt leading in anything but margins and revenue anymore, as that capability was lost mainly when Steve Jobs passed. Still, Pat Gelsinger is the closest thing Intel has had to Andy Grove since Andy Grove left the company, and I think Pat has proven to be one of the most well-rounded CEOs the tech market has ever had.

Now it is interesting that both Microsoft and IBM also have what may be perfect storm CEOs. Both are cloud experts, which is where most of the near-term revenue opportunity resides. As part of Pat Gelsingers Vision talk this week, both IBMs CEO Arvind Krishna and Microsofts Satya Nadella were on stage to support Intels vision. I think this opens the door for what could become a significant cloud pivot driven by the same three companies that created the PC revolution.

Let me explain.

While these companies have had trouble working together in the past, their current leadership had embraced open architectures, collaboration, and interoperability in sharp contrast to positions they took when they fought with each other. This CEO alignment not only made this announced partnership likely, but it also made it sustainable because the firms are less likely to disagree to the degree that would cause them to break up again.

In short, they are even more able to come up with and execute a collaborative vision than when they loosely partnered to create the IBM PC. Interestingly, Microsofts and IBMs cloud strategies are in direct conflict. Microsoft is trying to be the best volume cloud provider with Azure. At the same time, IBM is more focused on multi-cloud tools. Their cloud is positioned as a premium offering for buyers who need substantially more security (government, healthcare, and finance).

Intel is, of course, focused on the hardware side of this, and Gelsinger articulated a Microprocessor roadmap that implied a huge future focus on the kinds of loads that both Microsoft and IBMs cloud solutions could embrace.

We do a lot of work in the cloud today, but the projected future is to shift almost every load, including desktop loads, to the Cloud over time. Also, due to latency and internet traffic concerns, those Cloud instances will increasingly be distributed to bring them closer to the systems and users that make use of them.

These new smaller distributed data centers should aggressively address latency issues making cloud computing more viable. The pandemic and Microsoft Teams created reduction in travel and should reduce desktop hardwares need to perform disconnected.

I expect cloud server hardware to continue to evolve along specialty lines, with different loads being routed to the specific resources optimized to carry them. This increased flexibility should open the door for far more varied cloud hardware, resulting in the replacement of existing servers and the creation of never seen before server classes.

Clean power needs will likely help fuel Geothermal and Nuclear energy generations interest at an ever-smaller scale. By the end of the decade, I expect many of these remote cloud data centers will primarily be self-powered, using more sustainable energy sources.

Automobiles, appliances, security systems, a new generation of fixed and mobile terminals (in PC and Smartphone form factors) will emerge mainly using the maturing 5G standard with ever-growing capabilities and greater flexibility to have redundant suppliers.

The most dramatic change will likely be with AIs, which will significantly benefit Intel, IBM, and Microsofts collaborative research. Ease of use should advance significantly, and the as-a-service trend should also significantly accelerate through this decade.

In the end, computing power is likely to become more like a utility that you pay monthly with partially subsidized hardware. As a service, the need to churn on-premise hardware should drop sharply, with much of the advancement shifting to the Cloud.

In short, computing costs will be increasingly charged according to use with competition, assuring technical advancement and low prices (if the market doesnt consolidate, which remains a risk).

Intel, IBM, and Microsoft created the PC revolution showcasing they are collectively capable of great things. All three companies are now led by CEOs who are less combative and far more collaborative than their predecessors. All three companies clearly understand what can happen if they miss a market pivot.

And the best way to not miss a market pivot is to execute it yourself. Alone none of these companies (though Microsoft comes close) can do this, but little they can not do together.

There is incredible potential in this partnership. The cloud market is poised for a massive change; I think it likely that these three companies are setting up to drive that change and another disruptive revolution.

See the original post:
How Intel, IBM, and Microsoft Could Change the Cloud Forever - Datamation