The End of Bricks and Mortar

    

      The time has come to put down the trowel and let the bricks lie, they are no longer needed.  Since 9/11, there has been a huge drive in technology to protect and reproduce the function of a datacenter (Backend technologies) in the event of a disaster.  Typically, companies will purchase or rent a building for the purpose of operating an identical or similar datacenter.  The idea is to fail over to the secondary datacenter and allow system processes to continue in the event the production (primary) datacenter becomes unavailable.  In some cases, the multiple buildings are purchased.  This “just in case” plan comes at a high operational cost to the organization. Funds are needed to build or rent the phyiscal location, then there is the simple cost of keeping the “lights on.”

     Enter Virtualization, a miracle technology that dribbled into the late 60s and early 70s with IBM mainframes, but did not make a resounding bang until the early 2000s.  Virtualization has been created and developed by such companies as VMware (EMC Corp) and Microsoft.  The idea is to take a single server, or central processing computer, and create several operating based systems on that single server hardware.  There are other virtualization technologies in the market place, but for the purpose of this article I will be singling out server virtualization.   So, you are probably wondering how this “virtualization” technology will ease the budgets of organizations with the operational overhead of a bricks and mortar datacenter.  It is a great concept summed up in one word…”resources.”  An organization pays for resources (such as servers, bandwidth and storage) and does not pay for the building that houses the machines. 

     So where is this virtual datacenter?  It is hosted by a 3rd party company.  One such company, Savvis (http://www.savvis.com), offers a new concept…Infrastructure as a service.  A whole infrastructure (routers, switches, servers, security devices, etc) is now offered as a service that is hosted at a Savvis Datacenter.  Essentially, an organization pays Savvis to use resources in their physical datacenter.  The benefit comes from an a la carte of infrastructure choices that can be selected in a virtual portal.  A simple datacenter can be created in less than an hour, on the Savvis site, and have the full benefits as if it were hosted internally at the organization itself.  Each device selected is virtual with respect to the organization, but in reality may either be shared on a physical server with other organizations or on a solitary server for only that organization.  Savvis offers several levels of cost depending on devices and bandwidth used by the organization, but falls far below the cost of actually building a physical datacenter. 

      There are definite benefits with regard to cost savings for organizations to use hosted infrastructure solutions, but they don’t stop at disaster recovery.  Small businesses that have space restrictions or global organizations can set up and use virtual datacenters anytime, anywhere with virtually little wait time to get the datacenter up and running.  It may be very soon that most organizations rid themselves of all bricks and mortar datacenters and adopt a plan to use fully virtual infrastructures.  Look for more infrastructure hosting companies to enter this new market place as old bricks crumble to dust.

From Tesla to Today

     The genius came from Central Europe and quietly ended, nearly penniless, in a small hotel room in New York.  A genius the world has almost all but forgotten.  Every day we use the fruits of his endeavors without a second thought.  We run our microwaves, our Flat screen TVs and even use his inventions to fight our nation’s war on terror at our airports.  However, none of his inventions have been met with more scrutiny than the simple ideas he tried to bring to fruition in a small laboratory in Colorado Springs, Colorado.  The most revolutionary idea…transmit electricity to the world by spreading it 80 km into the Earth’s ionosphere.  The idea was simple in thought, but more difficult to bring to reality.  The genius?  Nikola Tesla (1856-1943).  Nikola spent 9 months in Colorado Springs to fully research and test his grand ideas.  According to some accounts he was able to transmit power up to 10 miles away from his small, barn-like lab.  Ecstatic and charged with enthusiasm, Tesla took his research observations back to New York, where he had first began his epic life in America.

(Tesla’s Electricity Transmission Tower)
     After much salesmanship, he was awarded some funds to turn research in to reality.  In order to do so, he had to build an enormous tower and an equally enormous coil to spread the electricity far enough to transmit power to the masses in the surrounding area.  He was granted $150,000 for his efforts which really required more in the neighborhood of $1,000,000.  Unfortunately, with the nation’s economic troubles and focus on the new invention called the Radio Telegraph, Tesla began losing ground for the financial support needed to keep his research alive.  The radio’s inventor (who will not mentioned out of respect for Tesla) had stolen several of Tesla’s patents and gained the nations gratitude and funding.  Tesla’s dream had mostly withered away.  Mostly forgotten.  That was in the early 1900s.
   

     Today in 2010, we embrace Tesla’s dream…only on a smaller scale. Instead of massive towers overhead to power all of our glorious electronics, there will be coils hidden in our homes and in our offices.  The coils will power everything from our Plasma TVs to our cell phones.  No more wires. The new wireless power technology is closer that one may expect.  Many power pads are already on the market to charge a phone without “plugging in.”  Today’s wireless power technology, for a lack of a better term, is “coupled.”  Using near-field inductive coupling technology, where power is transferred from a “power pad” to a device.  The device still receives a steady flow of power, but the power is not sent over a cable, but through the air as Telsa had previously proven.  No more worrying about where to hang the TV because you need to reach a cord to a power outlet, or scurrying to plug in your laptop because it is almost out of battery power.

     Companies, like eCoupled, are bringing us this old technology in a new way.  This new technology, inspired by the labors of the past, will vastly improve the devices we depend upon today.  Using the same transmission ideas discovered more than 100 years ago, we will soon be a world with wireless power…cordless…free.  After all, we are a nation that thrives upon our freedom and cherishes its virtue.

Sometimes, we must remind ourselves of the past as we venture in to the future…