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Without central data storage, the big data movement wouldn’t have reached such a large scale. For example, many internet payment providers would cease to exist, and companies such as Amazon and Microsoft would look very different than they do today.

Cloud computing

Cloud computing is the storage, processing, and computing of large data sets on remote servers. It also refers to “the supply many Internet-based services such as data storage and servers, databases and networking, as well as software.”

Because data centers are often located far away, there is often a time lag between data collection and processing.

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Advantage of cloud computing

The three main types of cloud computing (SaaS) are infrastructure as a Service (IaaS), platform, and software.

Cloud computing is a form of IaaS. It offers many benefits, including high infrastructure availability, self-service provisioning, elasticity and mobility, workload resilience as well as migration flexibility, wide network access, disaster recovery, and payment-per-use.

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Edge computing

Edge computing is a form of cloud computing that brings computation, storage, and networking closer than the data source.

This reduces travel time and latency significantly. These procedures are performed near the device or at the network’s edges, which allows for faster response times. Edge applications reduce the data to be transferred, the traffic generated by these transfers, and the distance the data must travel.

The Edge Computing Benefits

It is often more than the network bandwidth that these devices send to their servers. No matter how robust or performant the traditional cloud architectures are, they can’t keep pace with these devices’ current-time needs.

Edge computing is a form of content delivery network (CDNs), which allow organizations to centralize data and service provisioning. However, edge computing uses smart devices or mobile phones to perform tasks for the cloud.

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Who is the winner of this race?

Some observers believe Edge computing may eventually replace cloud computing as computing will become more decentralized, and less need for a central cloud. This will not happen because they have different duties.

Edge computing devices can quickly capture, process, and analyze data on-site. It doesn’t care about data storage. Cloud computing, however, is built on infrastructure so that it can quickly be expanded to meet different requirements.

Edge computing is suitable for applications that require a quick response, while cloud computing is better for more time-sensitive applications. Cloud computing will be complemented by edge computing, rather than replaced.

The obvious benefits of cloud computing are evident. For some applications, however, it is crucial to move activities from the central location to the edge and bring bandwidth-intensive and latency-sensitive apps closer to the user.

It will take some time for mainstream adoption to occur, however, as the process of setting up an edge computing infrastructure requires a lot of professional knowledge.

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Difference Between Cloud Computing And Grid Computing

Cloud computing and Grid computing are the two words that end up confusing many people as they are similar in theory. Cloud computing and Grid computing involves a massive computer network infrastructure.

On the front end, cloud computing and grid computing are newer concepts compared to other large computing solutions. Both concepts have been developed for the purpose of distributed computing, that is, computing an element over a large area, literally on computers that are separated by some of the other means.

Well there are many reasons people prefer Distributed computing over single processor computing, and here they are:

The reason to opt for distributed computing is to offer parallel or concurrent computational resources to the users. The concept of the queue has been overtaken. Requests don’t actually have to wait in a queue to get serviced one after the other.

Distributed computers make use of every spare moment your processor is idle.

Distributed computing systems are made up of many systems, so if one crashes other is unaffected.

Distributed model scales very well. Need more compute resources? Just plug them in by installing a client on additional desktops or servers.

Cloud computing vs Grid computing

To understand the basic and complex differences between cloud and grid computing, we really need to explain both the technologies. Here’s how they are defined.

Cloud computing

Cloud is basically an extension to the object-oriented programming concept of abstraction. Here cloud means the Internet. For the end-users it is just getting outputs for certain inputs, the complete process that lead to the outputs is purely invisible. Computing is based on virtualized resources that are placed over multiple servers in clusters.

Also within the “cloud computing” family, are what’s known as an SPI model  SaaS, PaaS, and IaaS. These are the services available on the cloud and do all the heavy lifting using someone else’s infrastructure. Cloud computing eliminates the costs and complexity of buying, configuring, and managing the hardware and software needed to build and deploy applications; these applications are delivered as a service over the Internet (the cloud).

Grid computing

Grid systems are designed for collaborative sharing of resources. It can also be thought of as distributed and large-scale cluster computing. A Grid is basically the one that uses the processing capabilities of different computing units for processing a single task. The task is broken into multiple sub-tasks, each machine on a grid is assigned a task. As when the sub-tasks are completed they are sent back to the primary machine which takes care of all the tasks. They are combined or clubbed together as an output.


Server computers are still needed to distribute the pieces of data and collect the results from participating clients on the grid.

Cloud offers more services than grid computing. In fact, almost all the services on the Internet can be obtained from the cloud, eg web hosting, multiple Operating systems, DB support, and much more.

Grids tend to be more loosely coupled, heterogeneous, and geographically dispersed compared to conventional cluster computing systems.

Now read: Public Cloud vs Private Cloud difference.

Let me know if you have any questions.

What Does ‘Cloud Computing’ Mean, Exactly?

With so much talk about “cloud computing,” it’s easy to feel lost in the clouds. If you either don’t understand the term, or don’t see a reason for it, you’re in good company.

Take Microsoft CEO Steve Ballmer, for one. During his recent Churchill Club appearance, Ballmer dismissed the uniqueness of the concept by saying, “When people talk about cloud computing, they’re talking just about taking some stuff, putting it outside the firewall, and perhaps putting it on servers that are also shared or storage systems.”

Oracle’s always-quotable CEO Larry Ellison went one better, according the Wall Street Journal. Ellison declared during a recent analyst conference, “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 it? It’s complete gibberish. It’s insane. When is this idiocy going to stop?”

According to Gartner, you can blame hardware and software vendors for the confusion — and the apparent outrage it’s spawning. David Smith, a vice president and research fellow at the analyst firm, said he agreed that “cloud computing” represents another take on well-worn concepts, brought about as vendors slap the latest buzzword on their products if they think it will help them sell.

But Ballmer and Ellison aren’t alone in blasting the trend — with growing dissatisfaction over “cloud computing” bringing none other than Free Software Foundation guru Richard Stallman into the fray.

“It’s stupidity. It’s worse than stupidity: it’s a marketing hype campaign,” he said.

Blame the vendors?

Gartner’s Smith said he understands that Ballmer and Ellison blasted the concept in part to defend their turf against competing software models. But they also were reacting to the confusion caused by overuse of the term.

“The only people who aren’t confused [by the term] are the ones with a myopic view of it, where they look at one little thing and say everyone else is wrong,” Smith told chúng tôi “There is a fair amount of honest confusion [and] a fair amount of vendors confusing people. Not on purpose, just trying to paint what they are offering with the latest buzzword du jour.”

Indeed, “cloud computing” is appearing on products and services far and wide. Dell (NASDAQ: DELL) tried to trademark the term, which it used for its servers, but was denied by the Patent and Trademark Office.

Evidently, Microsoft (NASDAQ: MSFT) and Oracle aren’t themselves completely immune. Ballmer, now in London for the Cloud Computing Expo, announced Microsoft has a new Windows platform in the works, Windows Cloud. The offering is designed to support cloud-based applications. IDG News Service, which carried the report, said more details of Windows Cloud would come out during Microsoft’s Professional Developer Conference at the end of this month.

Meanwhile, Amazon (NASDAQ: AMZN) unveiled its latest cloud service, allowing customers to run Windows Server and SQL Server database on its Elastic Compute Cloud (EC2) service.

Just last week, Amazon and Oracle (NASDAQ: ORCL) jointly showed off Oracle software that would be run on EC2, as well.

Top Cloud Computing Internships In India To Apply Today

These cloud computing internships can scale up your practical skills

Cloud computing

is booming like anything these days. And so many of the students are wanting to get into these fields. But before getting into this field there is an intense requirement of getting themselves trained to face real-world challenges and to learn the work and responsibilities. This is only possible with the help of gaining knowledge and working with great professionals in an industry environment. To give you a better understanding,

cloud computing

internships are mandatory. Here are the top

cloud computing

internships in India that you should apply to gain wide knowledge 

1 Cloud Support Intern Deployment at AWS

Location: Hyderabad, Telangana 


The intern will be able to gain experience with AWS cloud service providers including EC2, and S3 storage solutions and load balancers. 

Should collaborate with engineers and learn about AWS services and also gain hands-on experience on troubling shooting methods. 

Gain new skills through customer case simulations. 

Participate in projects and help out in technical support. 

You can work and gain an opportunity to obtain AWS certifications, and attend professional development events. 

Who can apply for these cloud computing internships: 

Bachelor’s degree in Information Science/ Information Technology, Engineering, Physics, Mathematics, and Computer Science.  

Should be an excellent communicator with good writing skills. 

The intern should be able to multitask, manage time and prioritize efficiently. 

Should possess excellent problem solver and customer support skills. 

Proficient in Linux, Ubuntu, CentOS, and RedHat. 

Should have an understanding of Kubernetes, DevOps, and Docker technology. 

Have command over scripting language experience 



2 Cloud Computing Internships at Transcloud Labs

Location: Chennai, Tamil Nadu 


Learn to understand the basic concepts of cloud computing architecture. 

Work with an experienced team to learn about real world scenarios, and challenges and solutions. 

Work on learning new tools, technologies, and frameworks. 

Gain hands-on-hands in programming, and cloud clouding concepts

Who can apply  for these cloud computing internships: 

Who are available for a full-time internship 

Should have experience in Python, Linux, SQL, Django, Flask, and Shell Scripting. 

Bachelor’s degree in Information Science/Technology, Computer Science, Mathematics, Physics, and related fields. 

Should have an understanding of visualization and cloud computing. 

Advanced experience in networking administration and troubleshooting

Demonstrated prophecy in networking principles.



3 AWS Internship at FITA 

Location: Chennai, Tamil Nadu 


Will be able to gain an edge over AWS Cloud Architecture and its different cloud computing services under the guidance of real-time working experts. 

Gain practical exposure to the AWS Cloud services such as databases, networks, managing virtual machines, and DevOps.  

Learn unique mythologies for AWS courses too. 

Can also walk into the free demo classes to learn more about AWS

Who can apply for these cloud computing internships:

Who are available for a full-time internship 

Should have experience of Python, Linux, SQL, Django, Flask, and Shell Scripting. 

Bachelor’s degree in Information Science/Technology, Computer Science, Mathematics, Physics, and related fields. 

Should have an understanding of visualization and cloud computing. 

Advanced experience in networking administration and troubleshooting

Demonstrated prophecy in networking principles.



4 Cloud Support Intern at Amazon 

Location: Bengaluru, Karnataka 


Cloud computing engineer interns will benefit from the opportunity to gain experience with AWS cloud computing service providers. 

Collaborate with engineers and learn about AWS services, and troubleshooting techniques.  

Participate in projects that can improve support-related processes. 

Who can apply for these cloud computing internships: 

Bachelor’s degree in Information Science/Technology, Computer Science, Mathematics, Physics, and related fields. 

Should have an understanding of visualization and cloud computing. 

Advanced experience in networking administration and troubleshooting

Demonstrated prophecy in networking principles. 

Experience managing full applications stacks 

Understanding of security best practices 



5  Cloud Support Intern at Amazon

Location: Secunderabad, Telangana 


You should work with AWS services and learn about troubleshooting methods to provide unique solutions to the customers. 

This intern will provide a training program that builds critical skills that are required for AWS. 

Who can apply  for these cloud computing internships: 

3+years of experience in the relevant field. 

Bachelor’s degree in Information Science/Technology, Computer Science, Mathematics, Physics, and related fields. 

Should have an understanding of visualization and cloud computing. 

Advanced experience in networking administration and troubleshooting

Demonstrated prophecy in networking principles. 

Experience managing full applications stacks 

Understanding of security best practices 

Firefox Vs Edge: Which Browser Is Better Between The Two?

Aamir Siddiqui / Android Authority

When talking about browsers, Google Chrome is the dominating browser. But if there are others who can challenge Chrome’s dominance, they are Firefox and Edge. Both browsers claim to offer better performance than Chrome, and both have their own guiding principles and resultant features. But if you had to choose only one of the two, which browser would you choose? Find out in this Firefox vs Edge browser comparison.

Both Firefox and Edge provide a UI familiar to most users surfing the web these days.

The user experience on Firefox is better than it is on Edge.

I like Firefox’s user interface and experience more than Edge’s, as it is cleaner and gives you the option to change things around.

Firefox vs Edge: Features

Both Firefox and Edge are very capable browsers with a slew of features to appeal to their audiences.

Common features

Here are some common features across both Firefox and Edge:

Unified search and address bar: The address bar doubles up as a search input.

Tracker blocking: Both browsers prevent ad trackers from tracking your internet browsing habits and stop them from profiling you. They also block crypto miners. Overall, both browsers have a good privacy and security record.

Device Sync: Both Firefox and Edge support device syncing by signing into a Firefox and Microsoft account, respectively.

Save content for later: Firefox makes use of Pocket for the same, while Edge has a feature called Collections for it.

Search: Firefox defaults to Google Search, while Edge defaults to Bing with ChatGPT integrated. On both browsers, you can change the default to another search engine.


Firefox supports its own extensions but not Chrome extensions.

Edge supports Chrome extensions but not Firefox extensions.

Extension developers can choose to build cross-browser extensions.

Themes: Both browsers support themes. Edge supports Chrome themes, while Firefox supports its own themes.

Password management: Firefox includes a local password autofill that can be secured with a master password. Edge goes one step further and includes a more comprehensive password manager that can suggest strong passwords. Edge also has Microsoft Authenticator support, which allows Edge to sync your passwords, autofill them on phones, and also make use of two-factor authentication.

Profiles: Both browsers support user profiles.

In-browser screenshot tool: Both browsers include their own screenshot tools.

Picture-in-picture: Both browsers allow you to have videos pop out of their page and continue playing in a floating window while you browse other web pages.

Address bar search filtering: Both browsers let you filter your address bar search to history, favorites, or tabs, letting you perform a more precise look-through.

Split search and address bar: Do you want to split your address bar from your search bar? Firefox lets you do that.

Search shortcuts: You can quickly search with an alternative search engine with search shortcuts.

Address bar instant queries: You can do instant calculations, conversions, and translations in the Firefox address bar.

Scrolling tabs: When you have too many tabs open, Firefox lets you scroll through them horizontally instead of shrinking them down into small favicons.

Open source: Firefox is open-source, so you can freely check the code behind the browser. Edge is closed-source and proprietary, even though it is based on the open-source Chromium browser.

Tab groups: Edge lets you group tabs into separate tab groups for better tab management.

Vertical tabs: When you have too many tabs open, Edge shrinks them down into favicons, which are difficult to cycle through. You can switch to vertical tabs and have a dedicated pane for tab management. This feature is best suited for wider monitors.

Sidebar: The sidebar on Edge houses a few tools and shortcuts like search, discover, tools like Calculator, games, Microsoft Office, and Outlook. You can even load up websites on the sidebar, though you can just as easily load them up in a new tab. The sidebar helps with ease of access.

File sharing with Drop: Drop is present in the sidebar and allows Edge users to share notes, documents, and files across their devices. It makes use of OneDrive and the associated Microsoft account but makes it easy and seamless to “drop” files and share them across your other devices. All limitations from your OneDrive storage continue to apply as they do.

Coupons and price comparisons: The sidebar on Edge includes a feature that can scan the internet for coupons that you can use during your purchases. It also offers proactive price comparisons with other retailers.

ChatGPT: Edge is one of the ways you can use ChatGPT-powered Bing Chat. This isn’t an Edge feature as much as it is a Bing feature, but still, this exclusive access to AI search gives Edge a big edge over other competing browsers.


Both Firefox and Edge are very fast browsers that return good scores in most benchmark apps.

RAM usage

When it comes to Firefox vs Edge’s RAM usage, both browsers are surprisingly neck-and-neck against each other.

Aamir Siddiqui / Android Authority

We opened twelve of the same tabs on both Firefox and Edge side-by-side, with new user profiles and no extensions or performance settings enabled or changed from the default. The difference in RAM usage between the two was just ~200MB, which is fairly surprising. Firefox is the more efficient browser of the two, but only by a small margin.

Firefox vs Edge: Which browser should you choose?

Both Firefox and Edge are great browsers, and you wouldn’t be wrong in choosing one over the other. It is also fairly difficult to point to a browser as a general recommendation for most users, as both browsers have their strengths and weaknesses. I personally prefer Firefox over Edge, mainly because I am not a fan of Edge’s cluttered user experience. You can try Firefox and Edge both, and chances are, you’ll prefer Firefox too.

Both Firefox and Edge are great browsers that you can’t go wrong with.

Edge does have some strong features that are very inviting to some users. If you are deeply entrenched within the Microsoft ecosystem, you stand to benefit a lot more with Edge and its deeper Microsoft integration. If you’re jumping onto the AI train and want to access the ChatGPT-powered Bing Chat, you will need to use Edge for it. The fact that Edge is based on Chromium and, as a result, shares themes and extensions with Chrome also gives it a few more brownie points over Firefox.

However, Firefox’s biggest strength is its no-nonsense approach. It is the better-performing browser and offers a lot of the same features, privacy, and security. If you are looking for a browser that isn’t owned by a big corporation with vested interests, then Firefox is the top recommendation.

If you liked this browser comparison, you’d also be interested in our Chrome vs Edge, Chrome vs Firefox, and Brave vs Firefox comparisons.


Yes, both Firefox and Edge are better than Chrome in performance and RAM usage. Chrome does have a better distraction-free user experience though.

Technically, yes you can download Firefox on an Amazon Fire tablet. However, you will need to modify your Fire tablet’s software to download Firefox. We do not recommend the same to average users.

Firefox is owned by Mozilla Corporation, which itself is a subsidiary of the Mozilla Foundation.

No, Firefox is one of those rare browsers that is not based on Chromium. It uses Mozilla’s Quantum browser engine.

Yes, Firefox is an open-source browser.

As average users, you cannot easily uninstall the stable version of Microsoft Edge from Windows 10 and Windows 11. However, you can uninstall Edge using the command prompt.

Microsoft Edge started off with the same base as Internet Explorer. However, Microsoft did a complete revamp of Microsoft Edge and rebased it off Chromium, marking it as a completely new and different product from Internet Explorer.

What You Need To Know About Pervasive Computing

What is “pervasive computing” and why should you care?

We entered the pervasive computing era around 2000. Pervasive computing includes:

Adaptive architectures

“Always on” connectivity

IP ubiquity


Rich content


Supply chain integration

Convergence (devices, business modes, communications, personal/professional processes…)

The challenge is to reassess your computing and communications environment this time with reference to pervasive computing. Let’s look at pervasive computing through the multiple lens of software, services and communications.

What I’ve done here is develop a checklist you can use to prepare yourself for the inevitable connectivity that will change the way we all do business.

Enterprise Application Integration (EAI)/Exchange Integration

If your applications were fully integrated, how would integration accelerate your business?

Have you piloted or deployed any of the major exchange engines? With good or poor results? What went right; what went wrong?

What’s your company’s overall integration quotient?

Transaction Platform Development

Have you piloted or deployed any of the major transaction platforms?

Do you have a standard internal applications architecture?

Have you piloted e-payment or storage area management platforms?

Supply Chain Connectivity

What aspects of your business would be more productive and profitable if your supply chains were integrated?

Do you have an integrated supply chain strategy?

Personalization & Customization/Business Intelligence

Is there a mass customization strategy for your company?

Is your sales and marketing team part of your customization/personalization strategy?

What personalization/customization/business intelligence software have you piloted?


What “manual” transactions in your organization could be automated?

What efficiencies could be gained through automation?

Have you piloted any automation software?

Rich Content Aggregation/Management

How will your content evolve? What parts will become ‘rich’?

Have you piloted any of the content management platforms?

How will you store & distribute content continuously?

Personal & Professional Portals

Have you run cost-benefit models for portal deployment to improve data/application/network access?

Have you piloted any of the leading portal platforms?

Is there an “owner” of your company’s portal strategy?

Architectures: Embedded Applications & Peer-to-Peer Computing

What applications in your portfolio would benefit from continuous, peer-to-peer connectivity and processing?

Have you looked at any of the new peer-to-peer products?

Voice Recognition/Natural Interfaces

What applications in your portfolio would benefit from voice connectivity?

What voice input/put tools have you piloted?

Is there high or low voice awareness in your company?

Web Services

Is the “Web services” concept well or poorly understood in your company?

Have you discussed Web services with your primary service providers?

Have they offered to demonstrate their capabilities & measure their impact?

Outsourced Service Providers (ASPs, TSPs, CSPs, MSPs…)

Are you currently renting any applications?

Have you piloted a hosting arrangement with an ASP/TSP/CSP/MSP/VSP?

Have you benchmarked your currently in-house hosting versus outsourced hosting requirements and capabilities?

Application Integration Service Providers

Are you outsourcing your EAI/IAI requirements?

Have you measured the effectiveness of the outsourcing?

Have you developed any important partnerships or alliances with integration service providers?

Rich Content Management Service Providers

Are you outsourcing your content management service requirements?

Have you measured the effectiveness of the outsourcing?

Have you developed any important partnerships or alliances with content management service providers?

Development Services

Are you outsourcing your application development requirements?

Have you developed any important partnerships or alliances with application development service providers?

Have you assessed open versus proprietary opportunities?

Have you piloted Linux and other open systems?

Infrastructure Engineering Services — Solutions

Are you outsourcing your infrastructure engineering requirements?

Have you measured the effectiveness of the outsourcing?

Have you developed any important partnerships or alliances with infrastructure engineering service providers?

Are you 100% IP? If not, by when?

Wireless Applications

How would widespread wireless applications affect your industry, your competition, your company?

Have you launched any wireless pilots?

What wireless standards have you adopted?

What are your plans for 3rd generation (3G) networking?

Network Security Solutions

Have you assessed your security vulnerabilities in light of always-on, continuous transaction processing?

How will you protect the privacy of your customers in an automated environment?

Have you explored alternative connectivity options, such as the public Internet, WANs and VPNs?

How will you authenticate users of your applications and networks?

Bandwidth Management & Optimization

How much bandwidth do you have; how much will you need when ubiquity hits?

How will you ensure its quality and reliability?

How will you optimize bandwidth when continuous commerce and fully integrated supply chains emerge?


Have you explored the potential of voice-over-IP (VOIP)?

Which of your telecom providers are the most aggressive moving toward a completely packet backbone infrastructure?


Have you evaluated broadband options, including hybrids?

Are you tracking the implications of fiber to the consumer’s curb?

Network Applications & Services

Are you exploring the implications of the integration of IP voice and data?

How would unified messaging affect your business models and processes?

Have you piloted any of the network and systems management frameworks or are you still relying on point solutions?

Have you considered how you would support a large wireless environment?

Optical Networking

Have you assessed the impact that a ubiquitous optical mesh network would have on your business? And on your competitors’ business?

Touch Technologies

How might your call centers change if commerce becomes continuous and automated?

Can your Web site support continuous commerce?

Five years from now we’ll wonder why we didn’t prepare better for the pervasive computing era. Perhaps the questions here can get us off to the good start.

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