Monday, November 17, 2008

Alienware Area-51 750i Desktop Launched

Alienware has launched a new desktop for hard core gaming with the new Area-51 750i desktop. As the name suggests, the Area-51 750i desktop is built with a Nvidia 750i SLI motherboard chipset offering support for 45nm process-built quad-core processors. Alienware has tried to tap the mainstream desktop market with the price tag of the basic configuration desktop starting from $1049 (Rs. 52,450 approx.), and as one upgrades the components, the price shoots up.

All the recent DirectX 10-based games can be played on the Area-51 750i desktop. The basic configuration of Area-51 750i includes a 45nm process-built Intel Penryn architecture-based Core 2 Duo processor clocked at 3 GHz with a 6MB cache and a 1333MHz FSB; a 2GB DDR2 RAM, 800MHz; and 750 and 250GB hard disks for storage.

This basic system can be upgraded with hardcore components like Intel Core 2 Extreme (12MB cache, 1333MHz FSB) CPU, 3TB hard drives with RAID configs, 4x dual layer Blu-ray burner, 8GB DDR2 memory, two Radeon HD 4870 X2 with graphic cards of 2GB video memory each or two Nvidia GeForce GTX 280 graphics cards of 1GB each, and 1200W multi-GPU approved power supply.

The desktop could put a hole through your pocket, though it will bring high-end hard core gaming components to the desktop. The desktop runs on the 64bit Windows Vista Home Premium operating system and offers the 64bit Vista Ultimate as an option.
http://www.techtree.com/India/News/Alienware_Area-51_750i_Desktop_Launched/551-95292-893.html

Touch-screen smartphone from Sony Ericsson

Thursday witnessed the launch of touch-screen smartphone, 'Xperia X1', by Sony Ericson, a 50:50 joint venture between Sony and Ericsson. Carrying a price tag of Rs 44,500, the latest smartphone is equipped with lots of multimedia features. It is basically aimed to serve the needs of the users related to converged entertainment and mobile web communication experience.

Anil Sethi, Sony Ericsson India President, said, "Xperia, aimed to offer energizing communication and premium mobile experience, with the promise of quality and functionality."

'Xperia X1' which has a 3-inch wide screen and a full keyboard within a quality metal-finish body, comes loaded with Windows Mobile and a 4GB card, which can be upgraded to 32 GB. Mr. Sethi added, "We have launched this high-end phone to target the premium multi-media devices market, which is doubling every year."

"Xperia X1 can be personalized through nine panel user interfaces to suit to the user's mood and lifestyle. Users can access content quickly and directly through touch-screen, easily switching between applications by touching one of the unique customized panels. With Windows Mobile, high data transfer rate and Wi-Fi support, one can enjoy favorite entertainment and work efficiently on the move," said Sudhin Mathur, General Manager, Sony Ericsson Mobile Communications.

The phone will be available in United States from November 28 with a price tag of $799 at Sony Style stores.

http://www.topnews.in/touchscreen-smartphone-sony-ericsson-290192

Sunday, November 16, 2008

Tiny Solar Cells Built To Power Microscopic Machines

The cells were made of an organic polymer and were joined together in an experiment aimed at proving their ability to power tiny devices that can be used to detect chemical leaks and for other applications, says Xiaomei Jiang, who led the research at the University of South Florida.

Traditional solar cells, such as the commercial type installed on rooftops, use a brittle backing made of silicon, the same sort of material upon which computer chips are built. By contrast, organic solar cells rely upon a polymer that has the same electrical properties of silicon wafers but can be dissolved and printed onto flexible material.

"I think these materials have a lot more potential than traditional silicon," says Jiang. "They could be sprayed on any surface that is exposed to sunlight -- a uniform, a car, a house."

Jiang and her colleagues fabricated their array of 20 tiny solar cells as a power source for running a microscopic sensor for detecting dangerous chemicals and toxins. The detector, known as a microeletromechanical system (MEMS) device, is built with carbon nanotubes and has already been tested using ordinary DC power supplied by batteries. When fully powered and hooked into a circuit, the carbon nanotubes can sensitively detect particular chemicals by measuring the electrical changes that occur when chemicals enter the tubes. The type of chemical can be distinguished by the exact change in the electrical signal.

The device needs a 15-volt power source to work, so far and Jiang's solar cell array can provide about half of that -- up to 7.8 volts in their laboratory tests. The next step, she says, is to optimize the device to increase the voltage and then combine the miniature solar array to the carbon nanotube chemical sensors. Jiang estimates they will be able to demonstrate this level of power with their next generation solar array by the end of the year.

http://www.sciencedaily.com/releases/2008/11/081106121938.htm

Ubuntu to debut on smartphones

Mobile phone chip designer Arm has announced an alliance with the makers of the Ubuntu open source software.

The deal will produce a version of the operating system for small net-browsing computers known as netbooks.

It marks a departure for Arm, which before now has been best known for designing the chips inside smartphones and feature phones.

The new operating system for Arm-powered machines looks set to be available in April 2009.

Battery power

Rob Coombs, director of mobile marketing at Arm, said he expected to see the first devices running the version of Ubuntu by the time of the Computex show in June.

The devices will be based around the Arm7 architecture and, in particular, the Cortex A8 and A9 processors.

"It's significant in that it is taking Arm onto larger screen formats," he said.

The resultant netbooks were likely to sport screens up to 25cm (10in) across and be able to run good quality video, web browsers, and the well-known suite of Open Office programs, said Mr Coombs.

Equally, he said, these netbook devices would have the long battery life enjoyed by many mobiles.

"They'll be for people who want a small internet-centric device," he said.

Small form-factor notebooks have proved hugely popular with many people looking for a small device that they can use to go online while out and about.

The interest in the market sector is being driven by devices such as the XO laptop from the One Laptop Per Child project and the Eee machine from Asus.

Arm produces chip designs that firms such as TI, Qualcomm and many others turn into processors that power 70-80% of the world's mobiles.

http://news.bbc.co.uk/2/hi/technology/7729978.stm

Friday, November 14, 2008

The future of fighting fraud

In the days when all hacking was done via a fixed phone line, the first skill a novice learnt was how to get free calls. Without that their exciting new hobby was likely to prove too expensive.

Now people no longer pay by the second, the need to steal calls has diminished. Today, the first skill hi-tech criminals have to learn is how to conceal their identity.

This is not just about foiling police investigations. Those who can manipulate an identity can make best use of the stolen names, logins, passwords and credit card numbers that have become the stock-in-trade of the average 21st Century cyber thief.

The growing number of bad guys engaged in manipulating ID has forced a response from the anti-fraud firms who are developing ways to spot criminals who can switch identities the way other people switch on a light.

To fight back, online retailers have turned to identification systems that go far beyond the basics of asking for a name, address, card number and secret question, said Akif Khan, head of client and technical services at anti-fraud firm Cybersource.


 
You cannot act these days without leaving some intelligence or material trace

 
David Porter, Detica

 

Many firms, he said, have put scripts on their websites that interrogate any machine that connects.

"These can execute when a customer visits," he said. "They gather info from the user's machine."

The scripts get data about screen resolution, keyboard language and clock time zone as well as more abstruse characteristics such as the set-up of a machine's IP stack and how it connects to the net.

"When you factor in 20-30 different parameters, some are unique," said Mr Khan. "These have all to be hashed together to create a unique fingerprint for that machine."

The resultant fingerprint can help spot an ID fraudster who uses a different name and credit card but does not change the inner settings of their PC.

"It's not a magic bullet," stressed Mr Khan, adding that it can be tripped up if someone makes a major change to their machine.

"The average user does not usually reconfigure their machine too often and it builds a barrier to entry," he said. "If fraudsters know they have to go to those lengths, it almost becomes not worth it."

Best behaviour

Andrew Moloney, security evangelist at anti-fraud firm RSA, said alongside device fingerprinting techniques went systems that looked at the behaviour of visitors as well as at their PC.

Rotary dial phone, BBC
When hacking was done via dial-up it could prove expensive

"We're absolutely looking at the device and how it is behaving on the route through the website," he said.

Simple factors such as where a visitor enters a site or what they do after they hit the home page can give clues that all is not as it seems.

Users who go straight from the a front page to one buried deep in a site and start a very specific transaction could be a hint that a fraudster is quickly trying to get in and out.

By contrast, said Mr Moloney, most legitimate visitors browse around a site before carrying out the transaction they actually went there for.

"The velocity of how fast did they go from login to transfer page is a great indicator," he said.

Again though, he stressed, it was rare that these systems flagged a transaction or visitor as fraudulent.

"We are moving way from the situation where we have banner indicators to a place where now we are having to get much more sophisticated and build up a picture using a series of techniques," he said.

Dirty data

In-depth analysis is also helping security firm Detica in its fight against fraudsters. Rather than just look at data from one machine, Detica takes in huge amounts of information about customers and looks for connections in the pile.

Text message on mobile, PA
Unstructured data in e-mail and texts can help investigators

"We take all the data you can get and make as many possible links between all the items in it," said David Porter, head of security and risk at Detica.

"Once you have made those links you reduce them to the interesting ones and then go on to investigate those networks," he said.

This analysis, he said, can uncover links between elements that would otherwise go unnoticed.

For instance, he said, it can pull out people using the same bank account, have similar flat numbers or it could spot the person who spells their name different at every institution they use in a bid to hide the stages of a sophisticated scam.

Rather than monitor transactions on a website, Detica typically works for large financial institutions overseeing their everyday business to spot fraudsters and con artists.

"The great benefit it has is that it can... thrive on large amounts of noisy data," he said. Data, he pointed out, that humans generate in huge quantities as they go about their daily digital life.

An e-mail has a formal structure so it can travel and arrive safely across the net, but the text within it is much more loosely arranged.

"That unstructured data has to be a goldmine of intelligence," he said.

"You cannot act these days without leaving some intelligence or material trace," said Mr Porter.

From launch to landing - Indian moon mission's journey

Bangalore (IANS): India's first probe into moon landed on the lunar surface on Friday night after riding on Chandrayaan-1, the country's first unmanned spacecraft to the moon, after travelling around 384,000 km in 24 days days after blasting off from Sriharikota in Andhra Pradesh Oct 22.

Soon after the launch at 6.22 a.m. the spacecraft carrying 11 scientific payloads was put in an orbit of 22,860 km apogee (farthest point to the earth) and 225 km perigee (nearest point to the earth).

This is how Chandrayaan-1 reached the lunar orbit and then sent the moon impact probe (MIP) with the colours of the Indian national flag painted on its sides to the lunar surface.

Oct 23, first orbit raising exercise: apogee 37,900 km, perigee 305 km, 11 days to go round the earth.

Oct 25: apogee 74,715 km, perigee 336 km. 25 and half hours to orbit the earth.

Oct 26: apogee 164,600 km, perigee 348 km. Enters deep space. Takes 73 hours to go round the earth.

Oct 29: apogee 267,000 km, perigee 465 km. Six days to orbit the earth.

Oct 29: The terrain mapping camera successfully tested. First pictures, of northern coast of Australia from a height of 9,000 km and of southern coast from a height of 70,000 km. ISRO says "excellent imagery"

Nov 4: Reaches 380,000 km from earth, just around 4,000 km from moon.

Nov 8: Chandrayaan-1 successfully enters lunar orbit around 5.15 p.m. and India becomes the fifth country to send a spacecraft to moon. The others are United States, former Soviet Union, Japan and China. The European Space Agency (ESA), a consortium of 17 countries, has also sent a spacecraft to moon.

Nov 9: Chandrayaan-1 nudges closer to moon, orbiting over its polar regions at 200 km periselene (nearest point from moon) and 7,500 km aposelene (farthest point from moon).

Nov 10: The spacecraft moves to 187 km from the moon (periselene) and 255 km away (aposelene), orbiting elliptically once in every 2 hours and 16 minutes over the polar regions of the moon.

Nov 11: Chandrayaan-1 moves into further lower orbit of 102-km periselene and 255-km aposelene.

Nov 12: Placed in the final circular lunar orbit of 100 km, spinning around the poles of the moon every two hours.

Nov 13: Excitement builds ahead of the landing of the moon impact probe (MIP) on lunar surface Nov 14 night.

Nov 14 morning: Countdown begins at ISRO's ground command and tracking centre in Bangalore.

Nov 14 afternoon: Former Indian president A.P.J. Abdul Kalam arrives at the command and tracking centre to be part of the 'India on Moon' mission.

Nov 14 evening: At 8.06 p.m. Chandrayaan-1 releases the MIP.

Nov 14: At 8.31 p.m., the MIP covers the 100 km distance, taking "beautiful pictures of the lunar surface" as it descends.

At 6.22 am on Oct 22, ISRO chief G. Madhavan Nair said: "Our baby is on way to the moon."

On Nov 14 night, he said: "We have given the moon to India."

The robot that acts like Keanu Reeves

If you were going to design a robot to look like a real human being, which famous face would be your model?

Would you go for an Angelina Jolie because, well, she's already been Lara Croft and somehow the distance from video game character on your telly to robot in your living room is shorter than the walk to your garage?

Or might you prefer a warm-hearted intellectual such as Kanye West, the Marquis de Sade, or Ann Coulter?

Well, the University of West of England and the University of Bristol, as part of a project called Human-Robot Interaction, have been working to perfect an (allegedly) human-looking robot.

You know, one that can manage a few facial expressions, move its lips, and criticize you day after day.

Jules, as the robot is named, has a camera in his head that is connected to little electronic motors in his skin, and he copies the expressions his camera captures on an actual human's face. In a sense, he's like a ventriloquist's dummy. Without the ventriloquist in sight.

Yet if you watch the video above, you may think the same strange thoughts that passed through my mind: First, "Oh look, they've cloned Keanu Reeves." And second, "Why is he talking about destroying humanity?"

Jules, or Neo Keanu, seems keen on destroying three parts of the United Kingdom: Weston, Gloucester and Wales. Gloucester is quite nice in a twee English kind of way. Weston is a rather sad seaside resort. And Wales, well, it is the center of Britain's drug trade, so perhaps this is a robot on some kind of moral quest.

However, the more you watch him, the more you question whether he is real and whether Keanu Reeves isn't.

http://news.cnet.com/8301-17852_3-10096204-71.html