Have a closer look at how attached are you to your phone, computer or some other technology:

THE NEW ERA OF TECHNO-LOGIC REVOLUTION

“Although technological powers will be vast and progress will likely be made, the normal level of social resistance and political stalemate is likely to oppose change. Thus, it may take an occasional environmental collapse, global wars and terrorism, or yet unknown calamities to force the move to global consciousness.” — William E. Halal, Emerging Technologies and the Global Crisis of Maturity

"By 2035, an implantable information chip could be developed and wired directly to the user’s brain."

The technological revolution that will re-shape humanity and our world is well underway. A cacophony of crises, both real and manufactured, are being heralded as birth pangs of a new global order. Some analysts say that we can no more fathom the political, technological, and social world that will emerge as “…chimpanzees in the forest can comprehend what goes on among humans in a nearby village.” 

We witness piecemeal examples of the steady buildup to this catalyst every day in the media. However, they fail to connect them in a coherent picture to demonstrate their interwoven nature. The “big picture” gets lost to many. We leave it to the “experts” to interpret these events and developments, but they often present solutions that come directly from the establishment.

To begin, let’s take a look at the technological revolution. Nanotechnology, biotechnology, information science and cognitive science (NBIC) are converging to form what has been called the largest leap in technological progress in human history. The Transhumanist movement is eagerly anticipating this revolution. Some foresee the fusion of the human brain with computer circuitry as leading “…to a truly revolutionary upheaval for the human race.” [2] Brain-machine interfaces; cloning; genetic engineering of food, plants, and animals; artificial intelligence; nanomaterials; these all stem from the NBIC convergence.

Some countries are currently serving as testing grounds for technologies that are expected to be implemented globally in the near future. For example, South Korea’s “U-city” or “ubiquitous city” called New Songdo – hailed as the city of the future – is nearly fully functional. The city is wired from the ground up with RFID sensors and other advanced computing devices to automate traffic, surveillance and e-government. The marketing campaign for the city is heavily focused on consumer convenience aspects of the technology, reminiscent of the sci-fi thriller Minority Report. The U-city model, being tested in New Songdo, is anticipated to be exported world-wide. There is a reason this technology is being tested in South Korea. As the New York Times reports,

“Much of this technology was developed in U.S. research labs, but there are fewer social and regulatory obstacles to implementing them in Korea,” said Mr. Townsend [a research director at the Institute for the Future in Palo Alto, California], who consulted on Seoul’s own U-city plan, known as Digital Media City. “There is an historical expectation of less privacy. Korea is willing to put off the hard questions to take the early lead and set standards.” 

Some believe that ubiquitous computing technology, also known as the “Internet of Things”, is heralding the beginning of a “unified global intelligence.” This global intelligence will consist of a vast network of places, things and people that have been given a virtual representation in a computer network. William E. Halal, professor emeritus of science, technology and innovation at George Washington University writes,

“Even with the turmoil that is sure to follow, this will mark the serious beginning of a unified global intelligence, what some have forecast as the emergence of a “global brain” – a fine web of conscious thought directing life on the planet.” 

Technologic Revolution

The term "revolution" has also been used to denote great changes outside the political sphere. Such revolutions are usually recognized as having transformed in society, culture, philosophy and technology much more than political systems; they are often known as social revolutions. Some can be global, while others are limited to single countries. 

World Of Innovation

After Internet being the the whole part of technological revolution, the next or the new era of technological revolution will be "The SixthSense Technology".

When Pranav Mistry showcased The SixthSence Technology  in the TED Talks, it was a insight into the new modern future of technological leap. The Information Communication Technology (ICT) sectors expansion has been seen double the fold which was there five years before and this SixthSence Technology will be a perfect blend of the ICT industries to bloom into a new era of transferring information.

When Project Natal (code name for Kinect by Xbox 360) was accomplished and Kinect was demonstrated to the world audience - it was actually an insight how this model can be used in various other dimensions not just for gaming but endless possibilities from choose your clothing online, fix any equipment with instruction manual, work with 3D, cooking tutorials, sport training tutorials and goes on and on.

It will be a wait and watch scenario as things gets advanced in this new era as developers would try to get a good platform to launch their new advancements in their technological arena. Again a leap to more powerfull network economy.

THE EPOCH OF TECHNOLOGY REVOLUTION

The technology revolution is upon us. In recent years there have been many triumphs in technology. Now more than ever, people are able to communicate over thousands of miles with the greatest of ease. Wireless communication is much to thank for the ease of communication. What used to take weeks threw mail, now takes seconds over the Internet. But just like any revolution there are social consequences, especially when the revolution takes place around the globe. Since the world does not evolve at the same pace, lesser developed countries as well as minorities in developed countries have not even come close to reaping the benefits of a world connected at the touch of a button. The social argument is that as this revolution proceeds, the gap between the haves and have-nots will widen to the point of ill repute. Others argue that because of technological advances the world is a much better place. This seems to be the debate at hand. The problem domestically is that providing high-speed Internet services to rural communities is difficult. Tom Daschle, a senator from Senator from South Dakota highlighted the “digital divide” between those who have access to high-speed Internet services and those who live in undeserved areas where such capabilities may not be readily available. The reason that this so critical to Senator Daschle is because those without access to high-speed Internet services could be cut off from affordable information on education and healthcare. The major issue domestically is the distance problem. Rural areas are so far from the more technologically advanced urban areas that getting high-speed phone connections to these rural areas is difficult. To help remedy this problem many phone companies are trying to enter the long-distance market. By doing this, it will enable telephone companies to make greater investments in rural areas at a lower more affordable cost. Another option to connect this distant areas is the exploiting of wireless technology. Wireless technology can be a way around the distance problem posed by offering these rural communities Internet access over traditional landlines. John Stanton of western Wireless says, ”Economically, wireless is a better way of providing universal service.” There is also another problem with Internet access on the domestic front. This problem is that of race. According to a new Federal survey, African-Americans and Hispanics are less than half as likely as whites to explore the Internet from home, work or school. This study also reinforces the fear that minority groups are increasingly at a disadvantage in competing for entry-level jobs because most of these jobs now require a knowledge of computers and comfort in navigating the Internet. Donna L. Hoffman, a professor at Vanderbilt University says, “The big question is why African-Americans are not adopting this technology, its not just price, because they are buying cable and satellite systems in large numbers. So we have to look deeper to cultural and social factors. I think there is still a question of ‘What’s in it for me?’” Most division in computer use correlates to income levels and education. Sixty-one percent of whites and 54 percent of blacks in households earning more than $75,000 used the internet regularly, but the figures drop to 17 percent of whites and 8 percent of blacks when families are earning $15,000 to $35,000. It has become obvious that race and socio-economic standing has something to do with the involvement in this technological revolution. Internationally is where the largest problems lie. In many corners of the world, there are dozens of developing countries where widespread access to the Internet remains a distant possibility. While some of the world’s most remote places have the internet, there are still no connections in Iraq, North Korea and a handful of African countries. In many of the developing countries with internet access, the access is basically concentrated in the largest cities and is prohibitively expensive when set against an individual’s income. In order to shorten the gap of technology between developed and lesser-developed countries, especially in the realm of the internet, there is an annual conference called INET. The purpose of this conference is to educate those who are not as technologically advanced and sending participants home with additional technical and administrative skills for running networks. Poor and expensive telecommunications play a large part in the reason why these third world countries are lacking Internet access, but another major factor is politics. In countries such as Laos, the communist government considers the internet a destabilizing force because of the free flow of information associated with the Web. Basically old hardware, a weak telecommunications infrastructure and in some cases local political opposition have rendered the promised benefits of technology elusive. In the developed world, the Internet has ushered in the greatest period of wealth creation in history. It has undermined traditional power structures and changed the way industry conducts business. For many developing agencies, the was no reason to think technology could not have a similar affect on third world countries. But reality has not lived up to expectations. The real question is has the Internet been an effective tool in helping these lesser-developed countries? The United Nations thinks it can use the internet to help these countries. The United Nations has teamed up with Cisco Systems, Inc. in order to help the world’s poor. They are attempting to help by televising a concert called Netaid, which will be seen, around the world. Contrary to popular belief this will not just be another charity telethon. The heart of Netaid is the web site that is being created to allow people around the world to participate in antipoverty efforts long after the music is over. The Web sites intent is to get groups from developed countries to contact and assist groups in these lesser-developed countries. This could possibly be a solution to bringing the Internet into the homes and lives of the entire world.