Software Turns Mobiles Into Wi-Fi Hotspots

April 2nd, 2008

Here’s a cool use for a phone that has both cellular broadband and Wi-Fi: Turn it into a mobile Wi-Fi hotspot so your friends can surf the Internet on their laptops.

A couple startups have created and made available software like this in the last year. But a more established software maker said Wednesday that it has created a package for carriers to offer their customers.

TapRoot Systems Inc. of Research Triangle Park, N.C., said it was talking with carriers about providing their customers with the software, which would let up to five Wi-Fi users connect to a phone.

A possible free trial version would let only one Wi-Fi user connect to the phone at a time.

The software works on phones with Windows Mobile or Symbian S60 software. Windows phones are common in the U.S., while Symbian is championed by Nokia Corp. and more common in Europe. There already is an independent program called WMWifirouter that turns Windows phones into hotspots, and there’s one called JoikuSpot for Nokia phones.

Capacity is limited on third-generation cellular broadband networks, and carriers are somewhat restrictive of the applications they allow, for fear their networks will be overwhelmed.

[via msnbc]

 

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Modu Mini Phone: Worlds Lightest And Smallest Phone

April 1st, 2008

Everyday there is a new mobile phone model is being released in to the market. Some are trendy, some are smart and well designed and loaded with hundreds of features.

Did you ever wanted to have a phone that’s just a phone. Here comes the lightest and smallest phone: Modu Mini phone. You can think of Modu as an expanded SIM card. It can make a call, send text messages, and hold a contact list—the bare minimum required to be a mobile phone. That is why it is so small—about the size of an iPod Nano.

This Modu Mini Phone is a modular phone, that can be slipped into different device jackets —like an MP3 player, a GPS device, a bigger cell phone, car stereo, or a digital camera. (Although, it will initially only support GPRS, which is slow. Another drawback—there is no WiFi.) In a camera, for instance, Modu can be used to send pictures over the wireless network. (Although, it will initially only support GPRS, which is slow. Another drawback—there is no WiFi.)

Modu Mini Phone

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Wireless Energy Transfer Possibility

February 4th, 2008

Wireless energy transfer has been thought about for decades by scientists all over the world. There were many experiments done and some are successfully till some extent.

In 2007, US researchers have successfully tested an experimental system to deliver power to devices without the need for wires.

Wireless Energy TransferThe experimental setup consisted of two 60cm (2ft) diameter copper coils, a transmitter attached to a power source and a receiver placed 2m (7ft) away and attached to a light bulb. WiTricity, as it is called, exploits simple physics and could be adapted to charge other devices such as laptops.

The bulb was even made to glow when obstructions such as wood, metal and electronic devices were placed between the two coils.

“There is nothing in this that would have prevented them inventing this 10 or even 20 years ago,” commented Professor Sir John Pendry of Imperial College London who has seen the experiments.

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Trendy Mobiles Designed By Royal College Of Art Students

February 2nd, 2008

Students of Royal College of Art were set the challenge of designing a mobile phone to “outperform, outsmart, and outmanoeuvre everything on the market”. Check out the pictures below trendy and artistic designs they came up with.

Trendy - Note

One of three winners in the competition, sponsored by 3, was Vase (in pic below). The phone starts “as an empty vessel”, with features installed gradually as the owner decides what they want.

Trendy Mobile - VaseTrendy Mobile - Vase

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10 Technologies That Will Transform Your Life

January 12th, 2008

10 Technologies That Will Transform Your LifeLivescience.com listed out the following ten future technologies that are potential to change the living.

  1. The Hydrogen Economy: Expected to replace oil economy.
  2. Therapeutic Cloning: Cancerous or damaged organs could be replaced by new, disease-free clones of themselves.
  3. Computing Power: Moore’s law still holds good and expected to be valid for some more time.
  4. Desktop 3-D Printing: When your favorite gadget of the future breaks, you might select a replacement model online, download its design file and make a true 3-D replacement on your home printer.
  5. Location-Based Computing: Location based services will evolve that could bridge real and virtual worlds seamlessly.
  6. Better, Cheaper Solar Cells: The cost of photo voltaic cells will come down drastically and solar power expected to wide spread in use in house hold usage, space and vehicles.
  7. Mobile Robots: Why drive to the deli to pick up your order when you can just send your robot car?
  8. Pervasive Wireless Internet: WiMAX, 3G, 4G, etc., all point to a pervasive wireless Internet, where being on-line everywhere, all the time, will be routine.
  9. Gene Therapy and Stem Cells: scientists are working to change the genes causing inherited diseases and trick defective cells into growing correctly.
  10. Digital Libraries: The time will come when any straightforward factual question can be answered immediately, online.

For more details on the technologies read livesciences.com

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PlayStation 3: Hacker’s Best Friend

November 29th, 2007

PlayStation 3The powerful processors in Sony’s PlayStation 3 gaming console now have another use: cracking passwords.

New Zealand-based security researcher Nick Breese claims to have used the year-old gaming console to crack passwords at speeds 100 times greater than Intel hardware is capable of. Breese, a security consultant with Security-Assessment.com, presented his findings to the Kiwicon hacker conference in Wellington, New Zealand.

Breese, who has been working on the project, called “Crackstation”, for the past six months, used the Sony PlayStation 3 gaming console for his break-through research. PS3’s Cell Broadband Engine technology was created by IBM, Toshiba and Sony. The companies collaborated to create the CBE, commonly known as Cell, processor, which consists of one scalar processor and eight vector processors.

PS3s are useful for “brute force” hacking, which simply tries all possible combinations for a password until it hits the right one. A network of PS3s can crack an eight-character password in a few days, whereas other computers might take weeks. Higher-end computers can achieve the same result, but, Breese points out, cost a great deal more and aren’t readily available on a Toys R Us shelf.

PlayStation 3 can also be used to break basic encryption schemes, Breese says, although widely used ciphers such as the 128-bit Secure Sockets Layer (SSL), used to protect online banking transactions, remain safe. “It’ll speed up the attacks but I can’t see that it’s broken,” he says. “(It) is still safe because the people implementing the ciphers foresaw CPU power rapidly increasing.”

Read more in the source: The Age

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