Saturday 7 June 2014

How Microsoft has impacted your life and how you plan to bring a change to the society being a Microsoft Student Associate?

Hey!
I’m Nikhil Gupta, a final year undergraduate student of Department of Computer Science Engineering at Jaypee University of Information Technology.

How Microsoft has impacted my life.

Microsoft Windows:
My first Microsoft product was Microsoft Windows 98. From there only my journey with computers started. Then Windows XP -> Windows Vista -> Windows 7 and now Windows 8/8.1. That was my journey with the operating systems of Microsoft. Because of them I was able to interact with computer and learn and become so interested in CS that end up taking Computer Science Engineering for graduation.
MS Office:
The software which helped me in completing all my assignment, projects, and presentations and till date I’m using it.

Skype:
Not just me but this product of Microsoft has changed life of millions of people across the GLOBE. Seriously What an IDEA? Although Skype is a commercial product, its free version is being used with increasing frequency among teachers and schools interested in global education projects. Skype is being used to facilitate language exchange. Students in different parts of the world are paired off, each is a native speaker of the language that the other wishes to learn. In conversations over Skype they alternate between the two languages
Microsoft Outlook:
Thanks for giving us such a wonderful mailing platform. It has made sending mails fast, reliable and secure.
Microsoft Virtual Academy: Do as many courses as you can and be updated with the things you learn and also learn from everywhere and this will bring the world of opportunities in front of you.
Not just these but Internet explorer, XBOX, Microsoft Outlook, Microsoft Server , these all have made life of people more easy and convenient. Thanks to Microsoft Dreamspark which I think is the best initiative by Microsoft for helping student by providing free software and encouraging them to do more and more projects.
Windows 8 & 8.1 versions has great features and they brought great changes to the desktop environment and also made the internet life easy with the built-in apps & also supporting account synchronization & it also has great User Interface . It was a small glimpse of how Microsoft is an integral part of my life and how it has brought immense impact on me.



How I plan to bring a change to the society being a Microsoft Student Associate ?

As I got benefited a lot from Microsoft I am waiting to become a part of Microsoft Student Associate so that I can spread the knowledge about the wonderful Microsoft products which have impacted my life.
I will introduce students to various Microsoft products and will also organize various events, Boot camps & Workshops in my college. I will also encourage students to contribute to Microsoft society and bring change in the best possible way. I will guide and motivate students who are interested in Microsoft Technologies. “Share and spread what you learn” this is what I believe. I ensure that if I become MSA, I will provide students an opportunity to share and learn.

Thank You

Tuesday 16 April 2013

Cloud Computing: How has it changed – and changed us?


We take a step back and look at how cloud computing has changed us since going from buzzwo...
We take a step back and look at how cloud computing has changed us since going from buzzword to everyday life .
In the past few years, "the cloud" has revolutionized consumer tech – nearly as much as the mobile devices that it often accompanies. But how much has it changed us? Has cloud computing lived up to the tremendous hype that it promised a few short years ago? Let’s revisit 2011’s favorite buzzword, two years later.

Sneaking up on us

A couple of years ago, the tech world was abuzz about the cloud. Cloud storage service Drop-box was growing in profit and popularity. Spotify finally hit the U.S. Even Steve Jobs used his last Apple keynote to introduce iCloud.
Sometime between then and now, the cloud went from being the next big thing to being something that’s so closely intertwined with computing – and our lives – that we often forget about it.

What is Cloud Computing?

The cloud is the glue that connects our multi-device world
In case you've been living under a rock for the last few years, a quick primer:
On a technical level, cloud computing refers to computing where the processing and/or storage takes place on a networked series of computers (usually connected via the magic of the internet), rather than on the device that you’re using.
Though “the cloud” only became a widely-used buzzword a few years ago, the roots of the cloud are traced back to the early days of computing. In the 1960s and 1970s, one powerful mainframe computer would host multiple terminals. The mainframe handled most or all of the processing, while the terminals were primarily used for input and output. The mainframe was the brain to the terminals’ limbs.
Today’s cloud is an internet-centric version of this. Now the mainframe and terminals aren't sitting a few meters away from each other, connected by wires. Today’s mainframe is a batch (sometimes of thousands) of powerful servers. Sometimes they're on the other side of the world from the “terminals” – the millions of PCs and mobile devices logging in from all over the world.

The cloud's genius

Cloud computing takes the storage and processing limitations of any given computing device, and puts the strain on a much more powerful series of remote servers. It turns any computer into a super-computer.
Whether you’re using a PC, laptop, tablet, smartphone, television, or video game console; whether it’s running Windows, Mac, Linux, Android, iOS, Windows Phone, or BlackBerry ... everything is always waiting for you, and always in sync.
“Cloud” is an appropriate metaphor. It’s as if there’s a vaporous accumulation of data and processing power hovering in the air above you. It follows you everywhere you go (or at least everywhere that has an internet connection). To get in on the fun, all your devices have to do is turn on and tune in.

The perfect storm

Faster wireless internet and mobile devices combined to create the perfect storm for the c...
During the last few years, the stars aligned to create the perfect conditions for the cloud's emergence.
The most obvious spark that created this fire was the ‘net. The rapid spread of high-speed internet – both at home and on the go – created the backbone of the cloud. No internet, no cloud. Slow internet, slow cloud. Home broadband and 4G mobile data make for a speedy, (mostly) reliable cloud.
Another huge factor was the commercial explosion of smartphones and tablets. They often have lesser storage and processing capabilities than desktop PCs, and some of them (most notably Apple’s) don’t allow direct access to the file system. This makes them the perfect match for cloud computing: their user-friendly front-end can tap into a more powerful – but invisible – back-end.
Closely related is the multi-device trend. Five or six years ago, customers had – at most – two devices. Desktop PC, laptop PC. For many of us, it was just one or the other. I'd bet that the phrase “my computer” was uttered more then than it is today.
Today "computer" is plural. We have desktop PCs, laptop PCs, smartphones, big tablets, small tablets, PC-laptop hybrids, phablets, portable media players, connected TVs, TV set-top boxes, home game consoles, portable game consoles ... heck, a few wacky people even have smart fridges.
Few of us own all of these devices (especially the fridges), but more of us than ever own more than two. With all of these new devices, we needed something to bridge them all together. That glue is the cloud.

Infesting our lives

Services like Spotify let you play a large portion of the history of recorded music from a...
On an experience level, the cloud is many more things:
The cloud is having the entire history of recorded music – terabytes upon terabytes of data (delivered via Spotify, Radio  iTunes Match, or some other combination of cloud music services) – at your fingertips, ready to play on an itty-bitty connected device.
The cloud is typing a research paper on your desktop PC, then immediately picking up your smartphone to take it up right where you left off ... then lounging on the couch with your tablet, and picking up from your new stopping point.
The cloud is playing the latest PC game on the highest settings – a task which would normally require an expensive gaming rig – on an under-powered smartphone.
Heck, the cloud is even using a web-based email service like G mail  When was the last time you worried about downloading and backing up all of your emails? If you’re old enough to have ever done this, it was probably in the 20th century. The cloud guarantees that – even if you lose your local copy – there’s a backup waiting for you in the cloud.
Companies like Microsoft and Adobe are even using the cloud to help sell premium software. They take their pricey apps (like Office and Photoshop), come up with a subscription plan, and cash in. The software lives on your computer(s), but the cloud supplies some bonus storage. More importantly, the cloud tells the app whether you’re paid up on your subscription. If you aren’t, then sayonara: it deactivates itself.

Something rotten

The cloud also has a dark side (image: Shutterstock)
All, however, is not peaches and cream in the cloud. The Cloud has a dark side. All of this convenience requires you to put your trust in the services that connect you to the cloud. And sometimes that trust is broken.
Earlier this month, Evernote was breached. Hackers accessed the usernames, emails, and encrypted passwords for all of the service’s users (fortunately, no widespread harm was reported). In 2012, Drop-box was similarly exploited. The year before, there was a day when anyone could log into any Drop-box account without a password. Yikes. One of the most publicized examples was in 2011, when Sony’s PlayStation Network was hacked – with 77 million accounts compromised.
Thanks, cloud.
Cloud security is still evolving. Some would even say “security” and “cloud” should never be uttered in the same sentence.
The cloud may never be 100 percent bulletproof. For your most private and sensitive information, you’re still better off playing it safe and storing it locally.

Privacy woes

After several flubs, Facebook learned the hard way to be transparent about privacy
You might not think of them this way, but social networks are cloud companies. In fact, they might be the most important cloud companies, because we store vivid pictures of our personal lives on their servers.
Other cloud services may store our files, documents, and passwords ... but Facebook stores our families, friends, and most important moments. It’s the most personal cloud.
So when Mark Zuckerberg dreams up a new policy that shares our lives with someone we might not want to share it with ... then that trust in the cloud is once again broken.
We make take this breach of trust even more personally. The more personal the data stored in the cloud, the more we feel like it's a personal betrayal. We treat our relationship with the cloud as if it were a relationship with another person.

Hostile DRM

EA's cloud-based DRM for SimCity was a PR disaster (image: EA)
At its best, the cloud enhances the customer’s experience. Some overzealous companies, however, use the cloud in ways that degrade that experience. Take EA’s recent kerfuffle with SimCity. The new version adds an always-online element to a traditional single-player game. EA won’t ever admit this, but its motive was almost certainly to combat piracy. Unfortunately, it also combats paying customers.
Not only does the always-on DRM make the game unplayable without an internet connection, but it sets the stage for outages where customers can’t access the game that they “own.” And that’s just what happened when the popular game’s launch crashed EA’s servers. Thousands of paying customers had to wait days to play, and EA suffered a PR nightmare.
To a lesser degree, Google’s recent announcement that it will shut down Google Reader sung the same song. Thousands of news junkies spent years using Reader to collect their favorite RSS feeds. You wouldn’t be crazy to have felt like your feed collection was “yours.”
But the cloud’s dark side reared its ugly head when Google abruptly announced that it washing its hands of Reader. Nope, those feeds were never yours. They were Google’s, and Google is done with Reader. Bye bye.
(in fairness to Google, you can easily export your Reader feeds to another service, but you get the point ...)

The Cloud in 2013 and beyond

The cloud isn’t without its warts. But, like it or not, it’s now firmly entrenched in our digital lives. Mobile devices get much of the credit for the big changes during the last five years, but the cloud's effects have been equally potent ... and more stealthy.
The next steps in the cloud's growth needs to be improving security and reliability. Until the, we will experience more growing pains, where companies abuse the trust that we put in them – and lead us to question the entire premise of cloud computing.
The key is for cloud companies to do everything in their power to reward their customers’ trust. The less we hear about hacks, unreliability, privacy flubs, and outages, the easier it will be to trust these companies with the digital reflections of our lives.
But until those stories are so rare that they shock us, the cloud will remain in an awkward adolescent stage. Full of promise, showing flashes of future brilliance, and sprouting some impressive facial hair ... but also inconsistent, unpredictable, and just frustrating enough that you have to take a deep breath and remember how young it is.

Fjord-cooled data center in Norway claimed to be world's greenest


Upon completion, Norway's Green Mountain Data Center will be the world's greenest server farm - according to its developers, at least. By piping cool water from a nearby fjord into the mountain halls that will house the server racks, its creators hope to eliminate the need for the power-hungry electric chillers that the sadly fjordless majority of the world's data centers require.
Green Mountain Data Center will be housed within a former NATO ammo store inside a mountain on the edge of Boknafjord in Norway's Rogaland county. It will source water directly from the fjord year-round at a temperature of 46 degrees Fahrenheit (8 degrees Celsius). This method of free cooling will, the developers claim, give Green Mountain a "world class" power usage effectiveness, reducing the cost of operation by up to 30 percent.
Better still, it's claimed that the Green Mountain facility will account for precisely no carbon emissions. For resilience, the electricity supply will be fed directly from three separate power stations, so for the emissions claims to hold true, these would have to be clean energy sources. Hydroelectric power is abundant in Norway, so it seems a perfectly reasonable claim.
The official website goes one further, however, claiming that Green Mountain will have "no carbon footprint." That may be true of its operating life, but putting an eco-pedant hat on for a moment (green, pointy, no man-made fibers), one would have to ask if this applies cradle to grave, allowing for the supply and installation of equipment, any construction work required and the eventual decommissioning of the facility. One suspects not.

Green Mountain will occupy 226,000 sq ft (21,000 sq m) spread over "3 x 2 floors of Mountain Halls", which presumably means three two-story halls.According to Data Centre Knowledge, this will comprise 118,000 sq ft (11,000 sq m) constructed in two stages. The first will see the creation of 75,000 square feet (7,000 sq m) of colocation space; the second 43,000 sq ft (4,000 sq m) of containerized data racks.
It may seem ironic that a nation that already produces so much clean energy should come up with a low-energy data center, but in reality minimizing energy consumption is crucial if renewable energy sources are to play a significant role in a country's energy mix.
Green Mountain Data Center is a joint-development between Smedvig, Lyse Energi AS and ErgoGroup.

Sunday 7 April 2013

The Award-Winning FOREST Containerized Data Center


Flexible,Open,Reliable,Energy -efficient,Scalable and Transportable
The Cirrascale FOREST Container

  • Houses 26PB of storage or 2,880 servers
  • Utilizes patented Vertical Cooling Technology
  • Can use external temperatures to reduce costs
  • Superior energy-efficiency, serviceability
  • Can host wide-range of third-party equipment
  • Cross-compatible blades with BR2-FL, BR2-FM
ProductDescription
Today’s cloud and enterprise computing environment is a dynamic landscape that is changing at breakneck speeds, forcing IT managers to constantly rethink their infrastructure just to keep up. The Cirrascale FOREST Container solution allows organizations to maximize flexibility while cutting costs exponentially and boosting performance to new levels.
The Cirrascale FOREST Container houses over 2,880 servers or 26PBs of storage in an industry standard form factor (40’ x 8’ x 9.5’) for easy shipping and deployment virtually anywhere. The FOREST Container was engineered to thrive under varied conditions – extreme temperatures, indoors, outdoors on a concrete slab or even over rough terrain. In addition to Cirrascale blade servers and blade storage products, traditional third-party systems can be accommodated.
At a time when the price for high technology continues to fall while that of real estate and power soars, the best way to not only survive but to thrive, is to evolve. The Cirrascale FOREST Container epitomizes that evolution. It is a modular, portable data center that is deployable virtually anywhere. This negates the need to purchase or lease expensive land or to build custom facilities with special requirements to support traditional data centers. Energy spending is dramatically reduced by the Cirrascale FOREST Container’s ultra efficient power subsystems and patented Vertical Cooling Technology™ boosting reliability and performance.
The flexibility of the Cirrascale FOREST Container addresses your consolidation needs. Engineered as a customizable IT solution, the Cirrascale FOREST Container truly does deliver Blades Without Boundaries®.The Cirrascale FOREST Container was engineered as an optimal solution for consolidation. This means that the Cirrascale FOREST Container is not proprietary, unlike our competition’s solutions whose products may not support other vendor’s equipment. Maximum efficiency and performance is attained when the Cirrascale FOREST Container is populated with Cirrascale’s BladeRack 2 platform, but we understand that in some cases the optimal solution may very well need to house networking equipment or even existing nodes from manufacturers using less efficient traditional front-to-back cooling.
The demand for The Cirrascale FOREST Container can be seen across the entire enterprise landscape. As an example, in the Energy industry it can put massive compute capability directly on an oil rig for on-site seismic processing. Government agencies can utilize the Cirrascale FOREST Container as a secure, deployable data center ready for rugged environments to be sent with other resources to where they are needed most, when they are needed. Financial Services customers that are typically based in large, crowded metropolitan areas can now relocate their data centers to rural areas where power and real-estate are dramatically less expensive. Service Providers might want to use the Cirrascale FOREST Container to safely migrate, consolidate, back up existing data centers or deliver immense, on-location storage for disaster recovery efforts. Entertainment and Media customers will define their next blockbuster hit on location as the Cirrascale FOREST Container can also become a cutting-edge render farm placed directly at the production site.
The true beauty of the Cirrascale FOREST Container is that no matter what the customer’s immediate need is, it can always be ready to go for the next project; wherever, whenever and however that may be.
The Cirrascale FOREST Container is designed with economy and ecology in mind. Enabled by the industry leading, patented Vertical Cooling Technology, the Cirrascale FOREST Container is up to 110% more efficient than the traditional data center model. Because of its revolutionary design, our patented Vertical Cooling Technology™ allows up to 50% more power to be used for compute rather than cooling, saving precious resources and lowering emissions.
Additional savings can be achieved by placing the Cirrascale FOREST Container near less expensive or renewable power sources; the flexibility is yours. Cirrascale was built on eco-conscious principles and the Cirrascale FOREST Container is another example of our commitment to providing solutions with minimal environmental impact that save our customers money.

The low-down on Cloud-based telephony


2013 has been pegged as the year of Cloud collaboration. It is unsurprising then, that businesses moving their traditional, premise-based PBXs to the Cloud are becoming increasingly common. There are a number of benefits of Cloud-based VoIP, and these go much deeper than just the cost-centric. I am a huge proponent of Cloud-based telephony, and would urge skeptical IT directors to cast their eye over the run-down below if they would like to meet stringent budgets while doing more for less.
Before considering other benefits, most will be interested in cost saving potential, and it’s no secret that Cloud-based solutions can offer significant savings. But how does that break down? With no onsite PBX platform needed, a Cloud-based telephony service requires substantially less capex. As well as this, you are afforded complete budget transparency thanks to a predictable per-user-per-month charging model, that’s inclusive of maintenance and software upgrades. Contrastingly, traditional phone systems often give rise to unpredictable and unexpected costs.
With the Cloud also comes reliability. Services are delivered from a high-availability, resilient infrastructure within the provider’s Cloud, backed by robust SLAs. Using the Cloud also means your organisation is no longer dependent on any single site, improving business continuity through easy rerouting in the event of an incident, and integration of home and remote workers. And with the ability to add users quickly and easily, flexibility is provided as standard.
Cloud-based telephony helps you deploy productivity-enhancing features more easily and cost-effectively than with traditional phone systems. Features including Call Centre, Fixed Mobile Convergence, Call Recording and Unified Communications can be delivered where they’re needed, on a per-user basis. And not only is productivity improved, but the Cloud also helps reduce your environmental impact. With no PBX platform to power and cool in your server room, Cloud telephony services can reduce your carbon emissions by up to 45% compared with leading onsite PBXs.
As you can see, Cloud-based IP telephony offers a plethora of operational and cost benefits, but for risk-adverse IT directors, making the move to a Cloud telephone system will also require a great deal of trust in the provider. To help with that, Stefan Haase recently developed 5 key questions to ask a provider before taking Cloud services; choosing the right provider is essential and we’d strongly recommend being diligent in your choice.

Thursday 21 February 2013

What is Cloud Computing?


-National Institute of Standards and Technology

Cloud computing is a model for enabling ubiquitous, convenient, on-demand network access to a shared pool of configurable computingresources (e.g., networks, servers, storage,applications, and services) that can be rapidly provisioned and released with minimal management effort or service provider interaction. This cloud model is composed of five essential characteristics, three service models, and four deployment models.
http://ornot.files.wordpress.com/2009/08/cloud-computing-paradigm-chart-v1-01.png?w=453&h=350


-Gartner

Gartner defines cloud computing as a style of computing in which scalable and elastic IT-enabled capabilities are delivered as a service using Internet technologies.-WikipediaCloud computing is the use of computing resources (hardware and software) that are delivered as a service over a network (typically the Internet). The name comes from the use of a cloud-shaped symbol as an abstraction for the complex infrastructure it contains in system diagrams. Cloud computing entrusts remote services with a user’s data, software and computation.http://upload.wikimedia.org/wikipedia/commons/b/b5/Cloud_computing.svg


-Techterms.com

Cloud computing refers to applications and services offered over the Internet. These services are offered from data centers all over the world, which collectively are referred to as the “cloud.” This metaphor represents the intangible, yet universal nature of the Internet.


-Searchcloudcomputing.techtarget.com


Cloud computing is a general term for anything that involves delivering hosted services over the Internet. These services are broadly divided into three categories: Infrastructure-as-a-Service (IaaS), Platform-as-a-Service (PaaS) and Software-as-a-Service (SaaS). The name cloud computing was inspired by the cloud symbol that’s often used to represent the Internet in flowcharts and diagrams


-Investopedia.com


A model for delivering information technology services in which resources are retrieved from the internet through web-based tools and applications, rather than a direct connection to a server. Data and software packages are stored in servers. However, cloud computing structure allows access to information as long as an electronic device has access to the web. This type of system allows employees to work remotely-