CLOUD COMPUTING: And how it could help fight global warming

cloud computing for dummiesONE might think of the Internet as some intangible entity that exists somewhere in the clouds and is simply powered by the people that use it. In reality, the energy required to run the Internet and associated hardware and IT infrastructure is on par with the airline industry.

To put it simply, the Internet consists of huge data centres worldwide that host web pages and online content — some of which act as Internet service providers. The reason for the web’s extra large carbon footprint is that each data centre requires power as well as cooling systems in order to function. Furthermore, information technology is the fastest growing industry on Earth, and is becoming a real threat to sustainable development.

The concept of cloud computing, also known as distributed, Internet-based computing, is the idea of decentralising these data centres and sharing the available infrastructure on a global scale. The goal is to have applications and files stored on large, centralised supercomputers or networks. Rather than storing files and programmes on individual PCs, end users are able to store and access their files via the web.

According to www.howstuffworks.com, the concept is very simple: “On your desk, you would have a very low-cost computer with just a processor, a keyboard and a monitor. There would be no hard drive or CD/DVD drive. It would be hooked up to the Internet and would link to a central supercomputer, which would host all of your programs and files.”

Servicing the cloud with Google

In 2007, Google and Apple had a plan to take things forward. Apple was to develop inexpensive consumer computers that were small and portable. This was to leverage the computing power of the vast data centres Google has been building to hold the apps and the data for millions of users.

Unfortunately, development was halted due to different market demands, but Google has made progress since then with its growing library of Google apps. Apps like Google Documents, Spreadsheets and Gmail are all examples of cloud computing that people already make use of.

If we think about it, we do not use an installed programme to check our e-mail. Rather, you log into a web e-mai­l account, such as Gmail or Hotmail remotely. The software and sto­rage for your account doesn’t exist on your computer, but rather on the ser­vice’s computer cloud. We can think of the term cloud simply as a metaphor for the Internet, or a part of it.

How cloud computing works

cloud-computing

GRAPHIC: www.howstuffworks.com

So, we have cloud computing to thank for storing all our e-mails and spam and there is more than enough web-space to go around. Gmail accounts alone provide users with close to seven-and-a-half gigs of space. I don’t think I have ever exceeded over two percent of my e-mail quota.

Things get a little more exciting with Google Documents and Spreadsheets. Developed in part as a solution to e-mailing documents back and forth, Google Docs allows several people to edit or revise the same document in real-time. This simplifies the remote process by having a single updated document and speeds it up by having Google store the data.

There are, however, privacy implications, as any data stored by Google has the chance of being accessible to anyone on the Internet. As a small safety measure, one is able to access previous versions of a Google document and is notified when others are using it. As with everything concerning the web, one simply has to be wary when publishing anything online.

Cloud computing: Cloudy Business

Cloud computing has huge implications for business in terms of cutting costs. Web-based companies invest millions into their IT departments — a large portion of which is spent on software licences for each computer that uses corporate software.

With cloud computing you would only have to load one application, which would allow employees to log into a web-based service, which hosts all the programs and files required. Remote machines owned by another company, such as Google, for example, would run everything from e-mail to word processing to complex data analysis programs.

"This technology allows for much more efficient computing by centralising storage, memory, processing and bandwidth. In September 2009, an Aberdeen Group study found that disciplined companies achieved on average an 18% reduction in their IT budget from cloud computing.” – www.howstuffworks.com

Of course, all these open-source applications are as good as they are by virtue of the fact that they are free; or at least still free. No doubt more complex apps would demand some sort of fee in order to be used so extensively. I don’t foresee many large web companies hosting the world’s data for nothing, and as much as it makes sense to decentralise the existing infrastructure, monopolies will emerge (or stay in power) that will profit hugely from cloud computing.

The cloud allows sharing of infrastructure and reduces the carbon footprint of IT. The prophecy speaks of creating something that is globally sustainable — providing greater capacity and higher performance at lower costs. This utopia would bring the world together by moving away from indivi­dual silos and data centres and “into the clouds”. Unfortunately, this is not nearly a reality for bandwidth-stricken countries such as South Africa, and will not be as cheap and fair as it should with the existence of Internet monopolies.

** More Web in the Media Articles **

4 comments so far click to post a comment


MICROSOFT SURFACE: Getting to grips with new touch technology

EVEN as a twenty-something, I can fully understand the anxieties experienced when new technologies are released that we would like to try for ourselves, but which seem rather complex and perhaps difficult to handle. Anything that’s more complicated than a remote control has the potential to put anyone who considers themselves as “technologically illiterate” into a mild state of depression.

To generalise, teenagers seem to have a natural ability to immediately grasp and take control of new techno devices without ever having to consult a manual or use the help function. Having to touch a manual for anything digital seems like avoidable homework to me, but lately I find myself having to refer to at least three pages of one before I feel that I have at least come close to mastering it.

Technology developers know about this consumer anxiety and most go as far as they can to keep things “simple-stupid”. We don’t necessarily need to understand how a piece of tech works to enjoy the benefits of it, but in order to operate most devices effectively, we do need to know how it communicates.

We are all naturally adept at reading body language and understanding hand gestures, which is something that is now being taught to computers. Touch technology is becoming a revolutionary method of naturally communicating with computers and represents a fundamental change in the way we interact with digital content. This is all becoming possible with Microsoft Surface.

Microsoft Surface - touch technology

Microsoft Surface - touch technology

What is Microsoft Surface?
Microsoft Surface is a multi-touch computer that responds to natural hand gestures and real-world objects, helping people interact with digital content in simple and intuitive ways. With a large, horizontal user interface, multiple users can collaboratively and simultaneously interact with data and each other.

It’s as easy as grabbing digital content with your hands and moving information with simple gestures and touches. Surface is also able to “see” and interact with objects placed on the screen, allowing you to move information between devices such as cellphones and cameras with a light touch and drag.

The technology has been increasingly employed by businesses worldwide as it has proven to be a more efficient method of delivering information and services to customers. Because the interface is so intuitive, people generally find it easy to learn. The multi-touch and multi-user capabilities also help create a collaborative experience, helping to rid one of any anxieties.

How does Microsoft Surface work?
As I mentioned, one doesn’t usually have to know how a piece of tech works in order to enjoy the benefits of it, but I can relate to those who have a burning desire to know how everything works.

Microsoft Surface - touch technologyMicrosoft Surface uses cameras and image recognition in the infrared range to recognise different types of objects, such as fingers, tagged items and shapes. This input is then processed by the computer and the resulting interaction is displayed using rear projection. The user can manipulate content and interact with the computer using natural touch and hand gestures, rather than using a typical mouse and keyboard.

Microsoft Surface represents a leap ahead in digital interaction, with the ability to wirelessly connect with several other devices such as printers, networks, mobile devices, card readers and more. The sophisticated camera system of Surface sees what is touching it and recognises fingers, hands, paintbrushes, tagged objects and a myriad of other real-world items.

Key touch capabilities
Microsoft Surface has four key capabilities that make it such a unique experience. (The following is adapted from the Microsoft Surface website):

  • Direct interaction: users can grab digital information with their hands and interact with content on-screen by touch and gesture — without using a mouse or keyboard.
  • Multi-user experience: the large, horizontal, 75 cm display makes it easy for several people to gather and interact with Microsoft Surface — providing a collaborative, face-to-face computing experience.
  • Multi-touch: Microsoft Surface responds to many points of contact simultaneously — not just from one finger (as with a typical touch screen), but from dozens of contact points at once, 52 to be exact.
  • Object recognition: users can place physical, digital objects on the screen to trigger different types of digital responses — providing for a multitude of applications, such as the transfer of digital content to a mobile device.

Under the hood (software specs)
Microsoft Surface is based on the Windows Vista operating system. The rugged table-top structure has powerful processors, a streamlined operating system and intuitive interface, which makes it unlike any computer on the market today.

The current version for the software platform is Microsoft Surface 1.0 Service Pack 1, which gives Surface an enhanced user interface, improved manageability to help reduce the cost of ownership, broader international support, and faster, easier ways to design innovative applications.

Tagged object recognition
TOR is a particularly innovative feature of Microsoft Surface. The tag is what allows Surface to uniquely identify objects — helping the system tell the difference between identical-looking bottles of wine, for example.

Applications can also use a tag to start a command or action. By simply placing a tagged object on the screen, the tag can tell Surface to display unique information about that tagged object, such as showing more information about a bottle of wine, the wine grower, and even the type of grape and vintage.

A tagged object might also identify a cardholder so they can charge purchases. There is a video I saw of Bill Gates demonstrating this by ordering drinks for himself and an awestruck reviewer, and then paying for them by placing his credit card on the computer’s surface.

With capabilities such as direct interaction, multi-touch, multi-user, and object recognition, as well as the means for application deve­lopment, Microsoft Surface certainly represents the next stage of touch computing. Microsoft is currently at the forefront of touch technology. It is also certainly one new piece of technology that we can all get to grips with.

Related article: The Apple of my iPad

** More Gadgets & Tech Articles **

6 comments so far click to post a comment

REVIEW: The small & sexy Samsung NC10 netbook

Samsung NC10 netbookIT’S never good to be dependent on something for your happiness or well-being. Some people are dependent on cigarettes and caffeine, others on soap operas, and some on digital products. I am dependent on my computer. Whether I’m connecting with friends and family on the Internet, escaping into the world of gaming, or keeping myself entertained with movies or TV series, it is all dependent on my home entertainment system – my PC. Without it, without my daily fix of computing, I reckon I would be a rather miserable sod.

What’s sadder than being dependent on this machine are my efforts to pack my bulky desktop PC into whatever size bag or box I have in order to take it with me whenever I go off somewhere for a few days. The simple solution is to buy myself a laptop. Unfortunately laptops haven’t yet become the technology of yesteryear and therefore do not fall within my pitiful budget.

But then, just before I was about to mail my doubtful Christmas wish-list off to Santa near the end of last year, an alternative was born…

The ultra-mobile Samsung NC10 netbook

The netbook is a type of basic laptop that can perform most of the same functions as any fully-qualified PC with the exception of advanced programming. One can think of a laptop as a glorified netbook. The main benefit is that it’s a lot cheaper, and slimmer too.

This year Samsung jumped on board with the release of the Samsung NC10 into the global netbook market. This little beauty is small, light and incredibly functional, and is a stylish alternative to existing netbook products.

Samsung says that the NC10 was developed with the needs of the “kinetic elite” in mind, with the idea of achieving “more on the move.” Somewhat like my pop-idol, Pixie Bennett, the NC10 is ultra-compact and rather attractive, and would probably not be looked down on by any laptop opponents. It may be small, but it sure is talented.

Weighing in at 1.33kgs, with a screen size of just 10.2", the NC10 is one of the world’s lightest netbooks. A 6 cell battery lights up its WSVGA (1024 x 600) SuperBright non-Gloss LED screen, which is fuelled by an ergonomic notebook PC-style keyboard. This little mobile powerhouse can provide up to 8 hours of mobile computing.

One would expect such a lightweight computer to break if shouted at too hard, however, Samsung assures us that the NC10’s robust Protect-o-Edge chassis has undergone no less than 54 “grueling” quality assurance tests, ranging from rapid temperature change to electrical surges.

Samsung NC10 netbook anti-bacterial keyboard

The NC10 keyboard is something a little special. Manufacturers use impressive-sounding ‘Silver Nano Technology’ to coat the keyboard with incredibly small, nano-sized silver ion powder, which makes it impossible for bacteria to live and breed. Theoretically, 99.9% of bacteria are successfully eliminated within 24 hours and the netbook remains relatively bacteria free.

I cleaned my keyboard once by removing all the keys and found more than one colony of mutated and overweight bacteria breeding and evolving beneath my fingertips. It wasn’t pretty. I'm all for silver ion powder.

Samsung NC10 netbook power and performance

The NC10’s brain may be small, but it’s not stupid. Its processor is Intel's smallest and lowest power processor to date - the Intel Atom™, which enables the NC10 to deliver real computing power at a fraction of the weight, size and cost. Samsung suggests that incorporating Windows XP Home coupled with an 80-160GB hard disk, the NC10 sets a new standard in price / performance for netbooks.

The NC10’s Intel Atom™ processor is specifically designed to deliver an amazing Internet experience using netbooks. Based on an entirely new microarchtiechture, the Intel Atom™ processor increases energy efficiency to extend battery life, while delivering enhanced mobile performance and increased system responsiveness.

The NC10 offers impressive networking and Internet capabilities. It boasts a range of advanced communications technologies, including Atheros 802.11b.g wireless LAN for fast Internet access, a 10/100 Ethernet LAN and optional Bluetooth 2.0+EDR. It also incorporates an integrated 1.3 mega pixel digital motion camera - allowing video-conferencing or live messaging.

Other features include a 3 in 1 multi-memory card reader, a VGA connection, mic in, headphone out and 3 x USB ports. These should allow one to easily transfer pictures, movies and data to and from virtually any modern camera, peripheral or audio-visual device, as well as a user-friendly way to get onto the web, access emails and social networks.

The Samsung NC10 has been on the market since March this year and is available from R 5499 incl vat.

SAMSUNG NC10 SPECIFICATIONS

  • Processor: Intel Atom™ N270 processor (1.6GHz, 533MHz)
  • Operating System: Genuine Microsoft Windows XP Home (SP3)
  • Memory: DDR2 533 MHz 512MB - 1GB
  • LCD: 10.2" WSVGA (1024 x 600) Non-gloss SuperBright© LED backlit
  • HDD: 80GB / 120 GB / 160GB (5400 rpm S-ATA)
  • Optical Drive: -
  • Graphics: Intel Graphics Media Accelerator 950 graphics core
  • Wireless LAN: Atheros 802.11b.g
    Bluetooth 2.0 + Enhanced Data Rate
    LAN 10/100 Ethernet
  • I / O Ports: 3-in-1 Card Reader (SD, SDHC, MMC)
    - 3 x USB 2.0
    - 1 x Headphone-out
    - 1 x Mic in
    - 1 x Integrated Mic
    - 1 x VGA Port
    - 1 x RJ45 (LAN)
  • Multimedia: 1.3 Mega Pixel Web Camera
  • Battery Life: 3 Cell Lithium ion (up to 3.5 hours); 6 Cell Lithium ion (up to 8 hours)
  • Keyboard: 84 Keys (Europe, Others), 17.7mm Pitch (93% size of Notebook KBD)
  • Speakers: 2 speakers with enclosure (1.5 Watt x 2 )
  • Dimensions: (W x D x H) 261.0 mm (W) x 185.5 mm (D) x 30.3 mm (H)
  • Weight: 1.19 kg (incl. 3 cell battery); 1.33 kg (incl. 6 cell battery)
  • Warranty: 1 Year International Collect and Return

Related Review: The Samsung R610 notebook

** More Gadget & Tech Reviews **

1 comment so far click to post a comment


Biometric fingerprint technology: The Eikon fingerprint reader

YOUR fingerprint may soon replace your (likely forgeable) signature, and will do away with the need for usernames and passwords. Biometric fingerprint technology has already made it possible to do banking and identity analysis with your fingertip, and have now released a device that grants you unique access to your personal computer.

The Eikon fingerprint reader is a portable USB device that has been primarily developed for remote employees to gain access to corporate resources and networks with a swipe of their finger. According to a press release, this more convenient way of logging into corporate networks has resulted in increased productivity and has reduced the risk of major data breaches.

To put it simply, the fingerprint reader allows users to effortlessly swipe their finger across a device (instead of typing in usernames and passwords) to log into Windows, access password-protected websites, encrypt and decrypt files, switch users, and launch favorite applications.

The Eikon fingerprint reader
Eikon fingerprint reader

The Eikon fingerprint reader is a product of UPEK Inc., which is hailed as one of the global leaders in enterprise and consumer biometric fingerprint solutions. Their authentication hardware and software are integrated into laptops from the world's top five largest PC makers, as well as USB flash drives, external hard disk drives, and mobile phones from leading manufacturers. In other words you’re not likely to escape this wave of technology if you buy a new phone or laptop in the near future.

I burnt one of my fingertips (fingerprint included) beyond recognition in a freak stove-related accident when I was younger. But luckily for me (and others who have similar war-stories) we still (hopefully) have nine fingers left with prints intact. I’m just worried that one of my other fingers will get chopped of by a mugger when word of this technology hits the streets.

The Eikon fingerprint reader works with Internet Explorer and Firefox, and is compatible with both Windows XP and Vista. It goes for $39 (roughly R300).

Related post: Your finger or your life!

** More Gadgets & Tech Articles **

Add comment


HAWT: A brief look at gaming on future computers

IT'S the year 2010. You've been playing your favourite computer game for the last two hours. You've become oblivious to the loud whirring sound your PC's fans have been making. Suddenly you smell smoke. The next thing you know - your trusted PC has committed arson!

Intel’s Chief Technology Officer Pat Gelsinger predicts that with the current rate of progress PC chips by the end of the decade will be as hot as the exhaust gases emitted from a rocket engine; and not long after that, PC chips may become as hot as the surface of the sun!

Luckily for gamers, Quantum computing and biological computing are two growing technologies that are helping to prevent future risks of our PC’s setting fire to our houses. Refining techniques and computer technicians have found that silicon is just as useful for keeping chips in computers cool as it is for enlarging breasts. And as far as speed is concerned, current trends show that the number of transistors on these silicon chips have doubled every two years.

Makin' bacon on a PC chip ...
EishSeveral techno-pessimists have also been worrying about the idea of future computers becoming larger than our flammable houses. In 1949 Popular Mechanics predicted that computers in the ‘future’ would weigh no less that 1.5 tons. Yet the reassuring fact of the matter is that the advance in technology far outruns such predictions, and newer computers have rather shown to be getting smaller.

One prediction that is highly probable, however, is that future technology is bringing us frighteningly close to producing our very own matrix – a virtual, simulated world inhabited by computer programs so complex that we think they are actual people. And with the development of Virtual Retinal Display sets, it will soon be possible to immerse oneself into this virtual world, and in a sense, live it.

It seems that the only technological innovation missing at this point is how to pee without having to go to the bathroom ...

Related post: Multi-billion dollar gaming

** More Gadget & Tech Reviews **

Add comment
« Previous Page