Hardware Trends

Technology changes at an ever-accelerating pace, and it normally adapts to fit the needs of consumers. For hardware and devices such as tablets and cell phones, the trend over the last few years was to fit the maximum amount of technology possible into the smallest device possible. Users have always wanted something they could easily carry around with them without hassle.

An interesting shift is occurring within the market. Consumers who wanted compact devices are now searching for more capable and agile devices that come in a bigger package.

When cellular devices were first produced, they were large, unmanageable pieces of equipment – remember the brick-phone? The cell phones that are being manufactured today are pretty close to rivaling the size of some of their “ancient” counterparts, yet are more powerful than computers that were being used only a few years ago. This is in stark contrast with the miniature phones that manufacturers had been producing until recently.

With smartphones taking over, it is the technology inside is shrinking while the actual hardware grows towards tablet size. Many consumers are interested in more screen real estate and more user-friendly keyboards in order to access and edit documents and view rich media more comfortably.

The next phase in this hardware evolution will involve reducing the chipset and even eliminating the need for a handset altogether. Google and Apple are aggressively working on voice recognition, which could easily replace the need for a dominating screen with things such as text to speech.

Once the challenges of different accents, different languages, and other similar problems are overcome, people can simply listen to their device as well as speak to them. These tech giants, as well as others smaller firms, are also working on wearable devices such as glasses with built-in displays and, although still in the lab, contact lenses which will give users the ability to see a virtual screen in front of them – think Terminator type of display.

Even though it sounds like science fiction, wireless brain to machine interfaces are also are not far away. Devices with that kind of technology can exist in something as small as a watch or a pendant, and can reduce the size of hardware to a more manageable proportion with the same great advantages.

The one complaint that has persisted, regardless of the size of the device, is the battery life. One of the solutions getting a great deal of attention is the idea of wireless charger, there are various options including using wireless USB. A small cranking system that would charge a device has been out in the market for some time and is available in certain places, but the idea of a cellular device within a watch seems more plausible. If batteries in watches and other wearable devices can pick up power from movement and through heat and solar energy, this could eliminate any concern for battery charge, and provide a renewable source of energy.

Technology is progressing at an incredible pace, and the capabilities of our hardware and devices today are almost unbelievable. Although the trend right now is one of larger devices it is obvious that technological trends are quick to shift gears, and will most likely be heading in the opposite direction once more.

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Solving Voice Recognition Issues & Moving Far Beyond

Mobile phones are powerful pieces of technology, and they’ve only reached a fraction of their true potential. Some phones today are faster than computers we used only a few years ago. The trend at the moment is moving from single core to dual core, going up to 1 GHz with more RAM. Even though technology is developing very rapidly, we’re seeing some issues in one of the areas with the fastest growth: voice recognition. Once we move past these issues, the capabilities of mobile phones will exceed the wildest imagination.

In addition to Apple and Google, we know a number of smaller companies working on voice recognition and text to speech technology. In order to bring these two technologies to a global audience though, the challenges of different languages and different accents must be addressed. This issue reminds us of an old Clint Eastwood movie, Firefox, where the Soviets had a plane that was controlled by the thoughts of the pilot. To operate the plane, the Clint Eastwood character had to be able to think in Russian rather than English. This movie came out in 1982, but the problem is one we still face today with voice recognition. Some of the early testing we’ve done with French, Italian and a few other languages revealed issues with translation, but the technology will get there. Once it does, there won’t be a need for large screens. Voice recognition and text to speech will allow phones to be a lot smaller in the next two or three years.

Even more exciting, once today’s technologies are brought together, the mobile phone may be able to sense and interpret your brain waves. Some of the recent research we looked at showed that monkeys are able to control robotic arms based on a technology that can sense what a monkey is thinking about. When the monkey wanted to eat a banana, he controlled the robotic arm to reach for a banana and peel it open simply by thinking about it. We already have our phones on us all the time. Imagine the possibilities when that phone can sense what you’re thinking and knows what’s happening around you.

With a phone that’s always listening and taking action through your speech, brain waves, body temperature and other inputs, the mobile device becomes a super-assistant. Voice recognition acts on keyword recognition. It’s designed to recognize particular buzzwords like “Mom,” with an action, like “send flowers.” Your mobile phone super-assistant will speak into your ear, reading documents or emails, while sensing when there’s a turn coming up. Right now Siri can do certain tasks, but in the future it will be able to guide and help you to do many more things, some of which we have yet to imagine.

Someday, your phone may even save your life by detecting a significant change in your body temperature or heart rate. For example, the phone could sense heart fibrillations and blood pressure fluctuations for cardiac patients. It may also be able to transfer medical data to hospitals and physicians. Phones could monitor blood sugar and blood oxygen levels, which could be life saving.

In another time, these ideas were the stuff of science fiction, but they’ll soon be reality. The mobile industry is the one to watch for enterprise applications. There is already a huge stream of add-in options coming. To be working on these projects today gives Vensi a huge edge. We’re very happy to be in this space.

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