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It seems like just yesterday when the cloud skeptics were out in force, saying things like this, “The computer industry is the only industry that is more fashion-driven than women’s fashion. Maybe I’m an idiot, but I have no idea what anyone is talking about. What is [cloud]? It’s complete gibberish. It’s insane. When is this idiocy going to stop?”

That’s Larry Ellison’s famous rant, and he certainly wasn’t alone in his skepticism.

Now, the deniers are all on board, and it’s just a matter of time before the general public knows what the term “cloud” means and doesn’t think it refers to an actual cloud or some other weather phenomena. Then again, 46 percent of Americans still believe the Earth is less than 10,000 years old, and 25 percent believe the sun orbits around the Earth, so . . . Well, maybe I should lower my expectations.

From where I’m sitting, the evolution of the cloud reminds me a lot of the Internet itself. Back in the mid-90s, the Internet was borderline useless for most people. There were no decent search engines, just aggregators that sorted popular sites into major categories like “sports” or “news,” and no decent mail clients, just so-so services from the likes of AOL and Prodigy.

In fact, back in 1998, Nobel Laureate Paul Krugman, who is right more often than not, famously whiffed on the future impact of the Internet, saying, “By 2005 or so, it will become clear that the Internet’s impact on the economy has been no greater than the fax machine’s.”

That prediction certainly didn’t pan out.

Similarly, the cloud has quickly gone from a novel and somewhat risky technology to a mainstream one in record time.

Case in point: Remember not that long ago when everyone wondered what it would take for smartphones and then tablets to ever take off? Well, it took the cloud. There were other factors too, of course, such as improved networks, cheaper processors, etc. — but these other things were known factors. The cloud was the critical, much-needed wild card.

In fact, I believe that the cloud has already become a foundational technology. Cloud-delivered services are powering Big Data, mobile banking, social media, the Internet of Things, M2M, etc.

When the Internet went from being just another communications option to a foundational technology, the nature of business and the economy radically changed. We shop, bank, and find dates on the Internet. We use email more than snail mail, and many people (knowledge workers) do nearly all of their work online.

Now, the cloud is replacing hard drives; cloud music services have displaced MP3 players, and can you even remember life before Netflix? The horror.

“We recently saw a major tipping point for the cloud,” said Tom Lounibos, CEO of SOASTA, a cloud testing company. “When the CIA awarded Amazon a $600 million cloud contract, it really proved that the cloud had become the future of computing.”

Lounibos also pointed to something else we should watch for if we need more evidence of the cloud’s importance: “Just before the iPhone 6 is released, do you know what the carriers will do? Every single one will set up a pre-order site, and those sites will be in the cloud.”

Mobile game developer Phyken Media, creator of the popular Wizard Ops Tactics title, relies on the cloud to let players challenge each other, regardless of where they are located in the world.

The standard method for playing others online is to choose (or allow the game to choose) a particular server near you, and then you can challenge other people using that server. If you have a friend or relative living across the country or on another continent, you’re out of luck.

“We wanted to create one unified pool of players, with players not knowing or caring about which server they were on, and the only way we could do that is through the cloud,” said Kunal Patel, CEO of Phyken Media.

Phyken recently adopted GenieDB’sMySQL Database-as-a-Service (DBaaS). The service helped Phyken meet the demands of a growing player base (up 30 percent this year), as well as user demands for high availability. Phyken says that GenieDB is ideal for gaming platforms because it delivers fast performance, no latency or downtime, and master-master replication with auto-healing and conflict resolution – all within a native MySQL environment.

The complexity of setting something like that up can’t be understated, but for Phyken, they now just get to hand those headaches off to a service provider.

I should point out here that Wizard Ops Tactics is a turn-based game. The solution wouldn’t enable simultaneous gaming due to latency issues over the WAN and the speed limit posed by the speed of light, but, who knows, perhaps cloud-driven predictive analytics could even overcome those obstacles.

Not that long ago, the path to success for a new tech startup was pretty well mapped out: secure angel funding, create an alpha product or service, find VCs and eventually release a product or service. Then, you figured out an exit, failed, or, much less frequently, turned into a viable standalone company.

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Will Google Cloud Catch Up?

There’s an odd phenomenon that happens to me at Google Next conferences, Google’s annual event to tout its cloud computing platform. It happened to me at last year’s show, and it happened again this year.

I go into the event full of skepticism about Google’s hopes for its cloud computing platform. The search giant is clearly a laggard in cloud computing. Its toughest critics suggest it may never be more than a supporting player. And yet after I spend time at its annual conference, watch demos and listen to Google execs, I become convinced: Google Cloud will be a force to be reckoned with.

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I look back at my Google Next piece from last year and I’m almost sheepish – I was so enthusiastic about GCP’s chances, a distinctly minority opinion at the time. (In my defense, my Google Next article from 2023 was restrained.) Mind you, I’ve seen a lot of tech presentations; I’m properly jaded. But, even with a year to regain my doubts – well-founded doubts, to be sure – this year’s Google Cloud conference again won me over.

First, the skepticism. Cloud leader Amazon Web Services began offering IT infrastructure services in 2006, essentially pushing the IT industry into the new world of cloud. Microsoft, slow at first given its legacy of packaged software, saw the critical importance of cloud and invested deeply in Azure. Google, meanwhile, appeared to be largely sleepwalking. Google Cloud Platform has only been seriously competitive in the enterprise market for the last few years.

This Kubernetes display seemed popular among Next attendees

Estimates of 2023 cloud revenue from Deutsche Bank sum up the horse race: AWS earned $12.22 billion, with 2.42 billion for Microsoft Azure and $900 million for Google. (Figures don’t include sales of cloud-based productivity tools, which for Microsoft is huge.) Deutsche Bank forecasts that both Google and Microsoft will double their cloud sales over the next two years, with Microsoft growing at a faster rate that Google. In other words, GCP’s underdog status won’t change in the foreseeable future.

But Google? Hmmm, well, it has a depth of technical expertise that is unsurpassed by any company on the planet. But AWS has a clever habit of finding what’s commercial in high tech and offering it to businesses in a way that’s geared for their current needs. Microsoft is no slouch in this area either, and has an edge over AWS in hybrid cloud, a model adored by large enterprise.

Underneath the marketing noise, Google Cloud’s positives going forward boil down to two key areas: Google’s profound strength in artificial intelligence (and the related fields of data analytics and machine learning), and its newfound deep desire to romance enterprise clients.

Promoting GCP technology

Newfound Enterprise Focus: There’s an opinion that often voiced about Google: its internal company culture is geared for exceptionally high end, sophisticated tech. This is the company that creates self-driving cars and tweaks neural networks for deep AI projects. But catering to the boring needs of regular mainstream businesses? Not so much.

“Google makes phenomenal technology, but their strength and their weakness is that everything is very ‘Googly,’” said Stu Miniman, an analyst with Wikibon who attended Google Next. Translated: it’s geared for the hyper geek. Google’s attitude is perceived, he explained, as “we make the best stuff, and the smartest people know how to use it.”

Another longtime tech pundit I spoke to at the event, who asked that he not be named, put it thusly: “With Google, they can talk to you a long time and you won’t really know what they said. They’re smart people, they’re smarter than you.”

But there were signs at the conference that this is changing. Google SVP Diane Greene, hired in November 2023 to remake Google Cloud, is GCP’s greatest asset. Having co-founded and built VMware – which revolutionized enterprise IT – Greene has the enterprise DNA that Google so lacks. If anyone can turn the GCP into a leader, it’s her. (Incidentally, in her keynote, she said, “I look forward to the day when this audience is 50 percent women.”)

Onstage, Greene presented various large enterprise GCP clients. Most notably, to my eyes, Colgate-Palmolive. While it’ a highly successful company, no one has ever described Colgate as a hot bed for futuristic innovation. Greene’s spotlight on Colgate seemed to saying, Look, we can cater to the needs to plain-old businessy businesses. GCP enabled Colgate to deploy the G Suite of productivity tools “to 28,000 employees in less than six months.” Wow, touting cloud-based office software: that’s a wonderfully mundane thing to brag about in 2023.

Clearly, Greene is whipping GCP into shape as an enterprise competitor. Google Cloud has hired more new employees than any of Alphabet’s other divisions; it’s also working to bolster its partner community. Google claims that in competitive bid situations, it’s awarded the contract 50 percent of the time, an increase from prior years. Not surprisingly, Microsoft and AWS dispute this; an AWS executive told The Wall Street Journal that “We rarely see (Google) among the last two finalists for big deals—especially when it comes to larger customers or enterprises.”

Whatever the truth of that issue, GCP is rolling out a smorgasbord of tools to entice enterprise clients. For instance, a free Virtual Machine transfer service, which facilities transfer from public clouds or on-premise environments; Cloud Dataprep, which allows data to be more easily prepared for processing; and support for Microsoft’s SQL Server on GCP. In fact Google put out a byzantine slew of announcements at Next; 100 by its own count, an amount no regular human could digest. Apparently the strategy is “let’s overwhelm them with new stuff – we are that committed!”

Press conference with Google executives; SVP Diane Greene at far left.

Along these lines, Google pushed two points hard this year. First, it promoted itself as the most resilient, reliable cloud, offering five nines – 99.999 – of uptime. Greene said that GCP had been designated as “having the highest availability of any cloud over the course of 2023.” (The figures come from CloudHarmony, a division of Gartner.) Then, in a clear jab at AWS, which suffered a recent outage, said added, “I think 2023 will be promising, too.” The audience chuckled heartily.

Microsoft issued a statement to dispute Greene’s claim, pointing out that it has a larger number of regions globally: “When looking at average uptime across regions, rather than total downtime across a disproportionate amount of regions for each provider, Azure reliability is in line with that of the other cloud providers measured…” Microsoft added a zinger of its own: “What we hear from our customers is that uptime is a more useful measure of availability.” Ouch! Take that, GCP. Google, for its part, promoted its expanding geographical coverage.

GCP’s most aggressive tactic to woo business was its price cuts, the surest path to the heart of any business. The so-called “race to the bottom,” price-wise, has been years long and Google has lost no enthusiasm for it. It cut Google Compute Engine prices up to 8%, offered Committed Use discounts of up to 57%, and extended its free trial from 60 days to 12 months.

Google also promotes its ability to get new cloud customers up and running quickly. Carousell, a marketplace app based in Asia, transferred from a competing public cloud to GCP in one month. Productivity software firm Evernote required just 70 days.

But those rapid on-ramps don’t reflect the experience of many established enterprises. At the conference, I spoke with a potential cloud customer, who attended to check out Google’s offering. He didn’t want his name used. What matters to you, I asked? He’s looking for reliability, support, and wants to avoid vendor lock-in – this last was particularly important. He said it would take 3-4 years to migrate to the cloud. That long, I asked? Yes, and some companies take longer, he opined. “If some cloud company says it takes six weeks, they mean a little startup takes that long.”

Perhaps for a customer like this, one of Google’s big sales pitches will be particularly compelling. Google points out in its marketing material that we’re living in a multi-cloud world; customers use more than one cloud vendor. Translated: even if we don’t get all your cloud business, perhaps we’ll get some of it. There’s a pragmatic humility in this. It’s the kind of pitch you hear from a backbencher; you don’t hear AWS talking about other providers.

Yet Google is correct about the dominance of the multi-cloud model. Companies will (and already do) use several cloud vendors, based on what that vendor does best. A company might use the Azure platform to boost its legacy infrastructure, and simultaneously deploy to GCP to leverage Google’s data analytics and machine learning offerings.

Google will benefit from this al la carte strategy, which is enabled by a multi-cloud world. Other cloud vendors will offer similar tools, but certainly Google’s version of various key tech tools – particularly machine learning and data analytics – will be at the forefront.

Top Cloud Computing Skills You Need To Pick Up

Operating “in the cloud” refers to storing and accessing data through the internet. The term “cloud” refers to the internet. Businesses now have a flexible and worldwide means to access their data wherever they are, at any time, thanks to cloud computing. Your company may use cloud computing to manage its online computer resources.

Skills to master for Cloud Computing Application Programming Interface

Companies can make the data and functionality of their applications available to internal company departments and external third-party developers and business partners through application programming interfaces or APIs. A specified interface enables services and products to interact with one another and use one another’s data and capability. To interact with other software and services, programmers only utilize the interface; they are not required to understand how an API is built. Over the past ten years, use of APIs has increased so that many of the most well-liked online services today would not be viable without them.

Cloud Database

A database service created and accessible using a cloud platform is known as a cloud database. Many of the same purposes of a conventional database are still served, but with the extra flexibility of cloud computing. To implement the database, users install software on a cloud infrastructure.

A database service that is created and accessible via the cloud. Enterprise users may host databases without investing in specialized hardware thanks to it. Either given as a service and maintained by a provider or controlled by the user. It may handle NoSQL and conventional databases, such as MySQL and PostgreSQL (including MongoDB and Apache CouchDB). They are accessed via a vendor-provided API or a web interface.

Cloud Migration and Multi-Cloud Deployment

Another crucial ability of cloud computing that shouldn’t be overlooked is cloud migration and multi-cloud deployment. Business organizations are searching for experts familiar with the cloud to update their apps and services. Public cloud migration is accelerating.

Enterprise Moving to the cloud can be beneficial for businesses with trouble allocating resources to meet demand and aiming to save time on routine operations like database backup or maintenance.

Multi-cloud migrations are becoming more prevalent in the workplace. Businesses are becoming more adaptable and selecting various venues depending on cost and performance. Thus, professionals should consider upgrading their abilities across several platforms, including Azure, AWS, and Google Cloud Platform.

Cloud Orchestration and Automation Cloud Programming

Cloud computing refers to delivering computing services, including servers, storage, databases, networks, software, analysis, intelligence, and more, through the Internet to promote speedier innovation, adaptable resources, and scale economies. Java has established itself as a cloud computing language and a general-purpose language. When it comes to cloud computing, Java functions well due to its ability to run the same software on several distinct platforms. Microsoft created chúng tôi as a programming language to build multifaceted websites and online applications. Offering high-end solutions with dynamic web pages that can be seen in many browsers is what makes it unique. Ruby makes a great first programming language for cloud computing.

DevOps & DevSecOps

DevSecOps is an evolution of DevOps in that it takes the DevOps concept and adds security as second layer to the ongoing development and operation process. DevSecOps brings in Application Security teams early rather than treating security as afterthought to strengthen the development process from a security and vulnerability mitigation viewpoint.

Cloud Architecture

The SOA (Service Oriented Architecture) and EDA architecture of cloud computing combine these two concepts (Event Driven Architecture). The components of the cloud computing architecture include the client infrastructure, the application, the service, the runtime cloud, the storage, the infrastructure, the management, and the security. The client side of the cloud computing system is referred to as the front end of the cloud architecture. The phrase “contains all user interfaces and apps” refers to the fact that it contains all of the tools and resources that clients utilize to access cloud computing services. The backend is the cloud that the service provider makes use of. It provides security measures, maintains the resources, and regulates access to them. Massive storage, virtual machines, virtual applications, traffic management systems, deployment techniques, etc., are also covered.


Therefore, you should select one of these in-demand hot skills for cloud computing this year. A career in the field of cloud computing requires the mastery of the top competencies listed below. If you have the required technological know-how, you will have more opportunities in the competitive cloud market. Get certified when you have acquired these cloud computing skills.

Cloud Computing Allies: Cisco, Vmware, Emc

Executives at the three companies said the Virtual Computing Environment (VCE) coalition will “help organizations simplify and accelerate pervasive virtualization and the transition to private cloud infrastructures.”

The new effort includes a joint venture called Acadia, designed to help speed customer build-outs of private cloud infrastructures through “an end-to-end enablement of service providers and large enterprise customers.” In particular, the plan centers around a technology they call Vblocks, which combines virtualization technology from VMware, storage from EMC (NYSE: EMC) and networking equipment from Cisco (NASDAQ: CSCO).

Cisco’s CEO John Chambers said goal is to more effectively target the large market for cloud infrastructure and services, which could be worth as much as $350 billion.

VMware (NYSE: VMW), which still maintains a significant lead in the virtualization software market despite increasing pressure from Microsoft, Citrix Systems and a handful of open source players, brings its vSphere product line and installed customer base to the partnership.

EMC, the data storage systems provider, owns 85 percent of VMware, and networking colossus Cisco Systems wants to position itself as the provider of more than just networking gear: It’s increasingly been eying the nuts and bolts infrastructure for Software-as-a-Service (SaaS) and cloud-based software services.

As more enterprise customers warm to the concept of on-demand data storage, security and applications hosted by another provider instead of footing the bill for expensive self-maintained datacenters, major software vendors are locking down their dance partners to take on the likes of Amazon and Google in the cloud.

“Customers are increasingly looking to virtualization to dramatically improve the performance and flexibility of their existing IT systems,” VMware CEO Paul Maritz said in a joint statement. “Today’s announcement provides a compelling vision and set of roadmaps valuable to any company looking to harness cloud computing in a fundamentally more pragmatic and nondisruptive way.”

Vblocks: A “prix fixe” virtualization menu

Using what the trio is calling Vblock Infrastructure Packages, the alliance members aim to provide enterprise customers with a fully integrated, tested, validated and production-ready infrastructure package that includes virtualization applications, networking software and hardware, computing, storage, security and management applications from all three vendors.

Specifically, the offering includes a combination of Cisco’s Unified Computing System (UCS), EMC storage and security as well as VMware’s vSphere.

“Vblock is the best of breed from Cisco, EMC and VMware,” EMC CEO Joe Tucci said today during a press conference. “Vblock is like a prix fixe menu: We’ve pre-integrated the solutions and we’re removing risk. We’ll still offer an ‘à la carte’ choice where customers can choose other servers, storage or virtualization — we’re not removing anything, we’re just adding efficiency, control and choice.”

Tucci added that Vblock will be offered in three different configurations, all built for different scale. Vblock 0 is for running 300 to 800 virtual machines, while Vblock 1 will be for 800 to 3,000 machines, and Vblock 2 for 3,000 to 6,000 or more virtual machines.

Company officials also said the vendors aim to grow customer adoption of Vblock systems through a global community of systems integrators, service providers, channel partners and independent software vendors (ISVs).

Intel, which manufactures the Xeon processors predominantly used in the Vblock architecture packages, will also join Acadia as a minority investor, company officials said.

“The purpose of Acadia is to leverage the partner ecosystem that we have,” Tucci said in response to a question from chúng tôi

Industry changing partnership?

According to Tucci, the key to the effort is the fact that customers want a unified experience when it comes to building out clouds, and a simplified way to engage with the three partners.

Cisco CEO John Chambers added that the joint effort is about more than simply offering ‘one throat to choke’ for a customer. In Chambers’ view, the effort is about having a joint roadmap and vision for where cloud computing is going and about providing well-integrated solutions for rapid deployment.

Tucci added that to realize the promise of fully virtualized cloud computing, no one vendor on its own would have sufficed. In his view, only by having the three partners come together can they deliver a truly end-to-end solution.

“Will this change the industry? Time will tell,” Chambers said. “I believe that it will be the partnership that people will look back on and say it changed the datacenter and clouds forever.”

Article courtesy of chúng tôi

Cloud Computing Security Tools: Buying Guide

Cloud Computing Webcast: Myths of the Cloud. Learn about cloud computing in this free webcast from New Horizons.

Are cloud security risks overblown? After months and months of hand wringing, a number of experts are warming up to the cloud as a way to boost security.

Richard Spires, CIO of the U.S. Department of Homeland Security, believes that cloud risks are overstated, while colleague Vivek Kundra, the U.S. federal government CIO, has made cloud adoption a priority for federal agencies.

The skeptic in me notes that the Feds don’t have the best security track record, and the DHS’s prioritizing of security theater over true security is troubling. However, caveats aside, a consensus is slowly emerging that the cloud can be every bit as – if not more – secure as a traditional on-premise environment.

Part of this shift is simply that the fear of the “new” is eroding. As organizations spend time learning about and experimenting with cloud solutions, they slowly become more comfortable with them. A new CompTIA study found that 72 percent of organizations that have dabbled in the cloud now feel more positive about cloud computing overall than they did one year ago.

Another reason organizations are less afraid of the cloud these days is the growing number of cloud-specific security solutions available in the market. With so many security companies rebranding themselves as “cloud” security companies, and with so many new cloud security startups out there, selecting the right solution for your organization can be tricky.

Based on interviews with organizations that have recently adopted various cloud security tools, here are five questions to ask as you evaluate cloud security solutions:

When service provider Integral Networks began investigating new cloud security solutions, one of its goals was to achieve a 100 percent virtual environment. As Integral Networks set out to eliminate expensive, unnecessary hardware by moving to an entirely virtualized environment, the company quickly realized that it needed to update its security.

The company eventually settled on Vyatta’s Network OS, which it used to secure the Desktop as a Service (DaaS) and Infrastructure as a Service (IaaS) cloud offerings.

After electing to replace its existing Cisco physical environment, Integral Networks standardized on Vyatta virtual machines, which provided all of the security and connectivity required while simultaneously consolidating its data center footprint.

“We were happy with the security we’d been getting from our SonicWall firewall, but we couldn’t deploy it as a virtual machine,” said Bryan Badger, president of Integral Networks.

Since it can be deployed as a VM, the Vyatta Network OS enables Integral Networks to offer managed firewall and VPN services in both VMware and XenServer environments. Using Vyatta VMs, Integral Networks can offer granular control and complete isolation of customer resources, as well as secure remote access for managing cloud-hosted data externally.

As new cloud security products displace existing on-premise solutions, will they require your security/IT staff to undergo extensive training, learn new management consoles or introduce new items to their daily to-do list? One of the cloud’s benefits, when done right, is that it simplifies many manual infrastructure administration tasks. Ideally, cloud security should streamline security workflows.

HCR ManorCare, an Ohio-based provider of short- and long-term medical and rehabilitation care, was struggling with the high administrative burden of managing its URL filtering list, while also needing to secure its mobile employees when they accessed the web through both laptops and mobile devices.

With 60,000 employees across 500+ locations, this was no small task. Added to the mix was the desire to find a solution that would lower TCO. An existing managed service provider partner, CentraComm, suggested that HCR ManorCare evaluate Zscaler’s web security solution.

“This was a very high profile project. It affected every user in our company as well as our guest Internet services that our patients and their family members use while in our facilities,” said Thomas Vines, Director of Information Security, HCR ManorCare. “It was such a no-brainer decision . . . that its adoption was embraced and fast-tracked.”

Through deploying Zscaler’s cloud-based solution, HCR ManorCare was able to secure its mobile users and road warriors, while also relieving its IT staff of the trouble of maintaining the previous URL filtering list – a major time saver.

One unexpected headache did crop up, though. With their previous web-filtering tools, users could often “refresh” their way to restricted sites. Now that some users can’t access restricted sites, many call the helpdesk.

“Most of these turn out to be non-productive, non-work related websites with a high degree of streaming content or some other downstream traffic,” Vines said.

Obviously, this problem will quickly take care of itself as users wise up and save watching YouTube videos of cats riding skateboards for after work.

One of the main complaints of CISOs and CSOs these days is that they are no longer security professionals, but compliance ones. Complying with regulations such as SOX, GLBA, PCI DSS, HIPPA and an alphabet soup of others is more than a full-time job.

Advantages And Disadvantages Of Cloud Computing

Advantages of Cloud Computing Cost Reduction

The major reason companies shift towards cloud computing is that it takes lower costs. The business does not need to build its own IT infrastructure or purchase hardware or equipment. Costs include physical hardware for data storage purposes like hard drives, solid-state drives or disks, etc.

Better Collaboration

Cloud computing allows people to access cloud data from any device, from anywhere, from any time as long as they have an internet connection.

Suppose the team is working remotely. The team is spread worldwide, so it is a good option to go ahead with cloud computing as employees can access data from anywhere in the world, at any time, and from any device.

Backup and Restore Data Security

Due to different security reasons, cloud providers have designed very high-security cloud features so that you can allow what data is accessible to which person groups.

Pay as you go

Cloud computing allows you flexibility because you have to pay only for what you use as a service.

Boundless storage capacity

No storage capacity is predefined, so you can increase or decrease storage capacity according to your needs at any time.


Cloud computing allows you to quickly and easily store, access, and manipulate information on the cloud.


Cloud computing allows easy access to all cloud data via mobile through the internet.

Quicker Deployments Automatic Software Integrations

Cloud computing allows you to set automation of software updates and upgrades. So as soon as a newer version of any software is released, it will automatically integrate into the services you are using.

Internet Connectivity

In cloud computing, data (files, images, video, audio, etc.) is stored in the cloud. So to access the data, an internet connection is required. In the absence of the internet, we can’t access it.


We can’t access the data if there is downtime (internet loss at the cloud provider’s end). Other than this, downtime also includes cloud providers that may face power loss, service maintenance, etc.

Vendor lock-in

When transferring all the data from one cloud provider to another, there can be many issues, such as the different cloud providers using different platforms, hosting, and running of the applications on the different platforms that can result in configuration and complexities issues.

The company data might be left vulnerable to security or thereat attacks due to compromises made during the data migrations.

Limited Bandwidth

As the Cloud provider provides limited bandwidth to all its users, you have to pay significantly higher costs if your organization surpasses that limit.


Even though the cloud providers are storing information very securely, we still don’t have to forget that data is vulnerable to cyber-attacks when stored in the cloud. Many organizations and companies have suffered from security breaches and their potential risks in the cloud.

Performance Variation

As the server is hosted on a cloud provider, which also provides services to other businesses, any cyberattack on shared resources may slow down your services.

Lack of support staff

Some cloud companies do not provide proper support to their clients; then, you have to only depend on FAQs or online help.

Limited Control and Flexibility

The cloud infrastructure is completely owned, managed, and monitored by the cloud providers. So businesses using cloud computing have limited control over their data, applications, and services. It makes it hard for companies to have the level of control they want over the different services they use.

The customer may not have access to key administrative services. So it’s recommended that companies have a proper end-user license agreement(EULA) so that what a company can do and what not with cloud infrastructure is clearly defined.

Technical issues

Due to frequent version releases of some applications, you have to constantly upgrade your systems to meet a market need; in between these updates, there is a chance that you may be stuck on some technical problems.

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