Innovation Network Technology

Our world is in a state of ever-growing connection and innovation. How would you like your shoes to monitor your workout or get messages from your dryer or a refrigerator that gets on the Internet? Using the networking abilities of the high-speed Internet connections available and the increasing speeds of cell phone technology, you will be able to do exactly that. Sensor technology will connect devices that you haven’t even thought of to your wireless devices and your home computers.

One of the most interesting uses of the Internet of things technology is Nike +, their running shoe with a sensor built right into the shoe. The sensor sends data to your iPod where you can track your run. The app comes with its own Nike social network where you can post your data. You can even have it post tweets on twitter or update your Facebook status about your run. It’s quite an innovative way to track your workouts.

IBM has been developing its “Smarter Planet” network designed specifically for Internet of things technology. In several cities, IBM has used this technology to deploy congestion management systems. It has seen results with lower emissions and lower traffic volume during normally high traffic times. HP has also created a similar Internet of things network called CENSE which stands for Central Nervous System for the Earth. They intent to create networks of sensor devices to pull in data about things like temperature, airflow, and sound. Retail, governments, traffic, weather, and a host of other possibilities can then use this network of things for a multitude of possible applications.

There is also Internet of things ideas being tested and used for things like a sticker sensor that could be put in a store window that you could then touch your phone to and be taken to that store’s website instantly. Already, there is special data matrix codes made just for smart phone scanning. The growing trend is to have business cards with these data matrix codes at the cash register of a store. RFID technology could eventually make it as easy as holding your phone against the sensor. It could be amazing what kind of data could be brought to people through their Internet ready devices. Continue Reading

With its origin back in the 1960s (Defense Advanced Research Projects Agency), the internet has been described as one of the major technological breakthroughs of the 20th century. The global inter-connectivity of computer networks from government, academic, business, public and privates sectors though the World Wide Web (www), has made the internet the innovation that has changed the lives of countless individuals and groups. This breakthrough has heralded in a new communication and information technology age, that has seen the frequency and speed of communication changed to what we only dreamt about or saw in science fiction movies two decades ago, thus bringing the technology of the future into the present.

The internet has redesigned traditional communication along with films, movies, television, medicine, education and commerce, resulting in significant reductions in business, entertainment and communication costs. Being able to trade stocks from anywhere in the world, stream movies and music live, and interact with strangers on social networks has ushered in a new breed of man who can be as bold as any introvert behind closed doors. Currently the numbers on internet or ‘stay at home’ jobs have skyrocketed to the point where it is asked, how much money can be made from the internet? How much information is too much information? The only drawback to information at your finger tips is that, there will always be individuals that wreak havoc on networks and steal identifies through obfuscations that most of us have fallen victim to. This however, has also created new jobs for computer and internet security providers. With the estimated world population of 6.9 billion where only 20 countries account for over 75% of the internet usage, in the near future, as internet usage urges, there will be increased need and capacity to store, process and retrieve information. Holograms may be the next move in telecommunications as currently On-Stage TelePresence Holographic Video Conferencing exists. Therefore, with limited leaps in imagination, there will be spinoffs from this technology into entertainment, academia and communication, thus bring Star Wars and GI Joe communication into the present. Continue Reading

For many companies network procurement services provide a vital role, helping them to continue day to day functions whilst outsourcing critical IT activities. This is particularly the case for companies that do not possess the IT resources internally to allow them to capably procure and manage their networks or network devices.

Ultimately procuring enterprise level networks can be a challenging task, particularly if the skills and knowledge within an organisation are insufficient. This is where utilising a network provider can offer significant benefits in terms of understanding the more technical aspects of networks and how certain technologies could deliver the competitive advantage to a business.

When building an IT network there are myriad considerations to make, not purely logistically but also in regards of the actual technologies that you plan to utilise. Choosing the right hardware is however challenging, without the knowledge of which technologies actually deliver innovation it is easy to make the wrong choices and end up with a network that is prone to errors, costing the business more in the long term.

Once again a network procurement services can help a company through this process. Not only do they have the expertise on hand to find the hardware that is suitable for your business’ current needs, but they also have the knowledge to shape a network that will be robust enough to withstand the future, allowing for the growth of your business and technological developments. Whilst it is tempting to undertake this process alone, it is worth bearing in mind that the short term savings can soon be outweighed by the long term costs of an ineffective and faulty network. Continue Reading