Cloud computing is the next leap in computational technology. In some ways, it facilitated the mobile movement, which has become so integrated into society that today, more people access the internet through mobile devices than desktop devices. Very few would have predicted that before it happened.

As mobile technology has expanded, so has the cloud. Decentralization is increasingly definitive. It’s a lot more cost-effective than many on-site solutions, and capability is compounded by increased technological capability.

As a brief illustration, imagine pixels on a computer screen, or lights on a billboard you might encounter walking Times Square.

Each light on the billboard, each pixel, represents a small piece of the larger picture. If you lose one light or one pixel, you may not even notice—the information is spread across a larger array.

Well, cloud computing has server arrays greater than a million. That’s thousands of times more servers in one array than there are pixels on your screen. A 13-inch Macbook Pro has about 237 pixels per inch.

Well, if that weren’t enough, quantum computing is on the horizon. Google has initiated its first quantum computer. A quantum cloud will very likely launch within the next ten years, if not sooner.

That will exponentially expand the potentiality of the cloud, which is already an exponential expansion over on-site server arrays. Using this available tool helps you avoid falling behind; following, we’ll explore five ways how.

1. Cloud-Hosted Software And Infrastructure


The software can be hosted over the cloud. So can infrastructure. You can use a cloud computing array as a means of replacing what an on-site server array would otherwise do.

You can do so at a fraction of the cost similarly representative systems would incur if you hosted them on your premises. The cloud can act like server infrastructure and can host software for you.

Accordingly, all you’ve got to handle are access portals. That is to say: desktop computers or laptop computers that would traditionally connect to your network server array.

Using cloud computing solutions to replace your on-site server array will save tens of thousands in resources a year. You may not even need as many tech personnel, and that can save hundreds of thousands annually.

2. Two Kinds of DaaS And BYOD

Desktop as a Service and Device as a Service are two different forms of DaaS. The desktop version essentially “floats” your desktop so you can access it remotely. Meanwhile, Device DaaS makes it so you can “rent” devices at a monthly cost.

Just as the cloud lets you outsource your servers, device DaaS lets you do that with end-user devices, consolidating their work under desktop DaaS.

However, you can cut even that cost if you want through BYOD, or Bring Your Own Device. This is where you allow employees to work from wherever they have web access and proper credentials to log-on to a given network.

With desktop DaaS and BYOD, you can essentially outsource the totality of equipment costs to a monthly expense.

The big downside of BYOD is the consolidation of diverse hardware and software as owned by employees in a business.

This is why device DaaS makes sense. What you pay in the monthly rental will likely help you avoid operational issues in terms of security that would arise from a managed BYOD solution less effectively managed. In either scenario, you want some form of Mobile Device Management (MDM).

3. Utilizing Cloud Computing For More Reliable Logging


If you’re running applications, online workstations, or any other sort of software, you’ll want logging options in place.

Any software you designed and put into operation will have issues. Some are basic; some are integral, some are hidden. When you’ve got a secure logging framework in place, you can catch and fix those errors quickly.

Logging additionally helps you improve the totality of software effectiveness. You can find where something is working but could be enhanced. Now you can put into place a cloud logging service from

Solutions like this allow you to get all the advantages of cloud computing and effective logging together, under a secure operational paradigm.

4. Security Enhancement

There are multiple “clouds” out there run by varying competitive businesses. Amazon, Microsoft, Google—all have cloud options private, public, and hybrid. These companies are dealing with data and acting as an exterior agent managing the data of clientele.

Cloud computing providers have as a naturally built-in prerogative the need to securely manage data.

Accordingly, since data management is the center of their business model, cloud computing providers do an excellent job of securing data for their clientele. They have resources directly devoted to the task. Meanwhile, businesses have a budget that precludes the most cutting edge security solutions.

5. DRaaS And Better Failover Recovery: Database Mirroring

With cloud computing, you can use something called “database mirroring” in the event your online site “crashes”. Basically, with database mirroring, the cloud “reflects” your site so that instantaneous “failover” takes place when there’s a disaster. This is an excellent measure for businesses that do a lot of transactions over their online portal.

Beyond database mirroring, cloud computing also facilitates something called “DRaaS”, or Disaster Recovery as a Service. Essentially, this allows you to use the cloud as your data security solution.

They can backup information for you and help you get back online after a disaster more quickly than many traditional on-site options.

Finding The Best Ways To Use The Cloud For Your Business


DRaaS and failover recovery through database mirroring can help keep your business secure in the wake of an unexpected disaster, and better than most on-site options can manage.

Also, through the cloud, you can enhance overall security, log more reliably, cut costs through DaaS, DRaaS, and BYOD, host software, host infrastructure, and enhance overall business.

If you haven’t looked into cloud computing solutions yet, doing so may very well be a competitive requirement even for very small businesses in the near future.

Quantum computing is on the horizon, and though no one knows the future, in all likelihood, it’s going to have greater decentralization at its core. Accordingly, it makes sense to get ahead of that.