I was lucky enough last week [22 March 2010] to moderate a panel at EclipseCon on the future of application servers. The panelists did a great job, but I thought were far too conservative in their views. I agree with them that many customers want evolutionary change from today to future app servers, but I see requirements driving app servers toward radical change. Inevitably.
The changes I see:
Get more value from servers, get responsive, get agile and flexible
IBM has been talking a good cloud game for the last year or so. They have clearly demonstrated that they understand what cloud computing is, what customers want from it and have put forth a variety of offerings and engagements to help customers head down this path – mostly through internal cloud and strategic rightsourcing options. But its public cloud efforts, outside of application hosting have been a bit of wait and see. Well the company is clearly getting its act together in the public cloud space with today’s announcement of the Smart Business Development and Test Cloud, a credible public Infrastructure as a Service (IaaS) offering. This new service is an extension of its developerWorks platform and gives its users a virtual environment through which they can assemble, integrate and validate new applications. Pricing on the service is as you would expect from an IaaS offering (and free for a limited time). If you are testing with IBM software you can either bring your licenses or check out the equivalent instances from their service catalog. There’s even a new version of Rational Software Delivery Services for shops familiar with Jazz.
This post is the third in a three part series on Smart Cities. Best to start with Part I.
Two Approaches to Making Smart Cities
As with most things in life, there are a number of ways to approach smart cities. One way is to start from the ground up. A new city is born - a clean slate - to be made smart with the necessary infrastructure for its connected systems to communicate and collaborate to create an efficiently running city. A recent article in Fast Company, highlighted a number of smart cities projects that essentially started from the ground up - or, in one case, from the mud flats up. The most widely written about start-up city is Songdo. The concept was launched as a vision of the South Korean government and eventually, through the work of a real-estate developer and Cisco as the IT infrastructure provider, has become a reality - although the city is not expected to be complete until 2015. Songdo and other start-up cities have become one answer to the nagging concern about increasing urbanization.
Reconciling the rapid urbanization in China with the observation of one World Bank official that "Cities are expensive to retrofit and modify once they are built," start-up cities just might be one answer to China's urban needs.
This is actually not a tale of two specific cities but of two types of cities, or “smart cities” as the new moniker goes. It will appear in three parts.
Defining Smart Cities
“Smart” has become the adjective of choice among tech vendors to describe solutions that capture, synthesize and analyze the vast amounts of data being produced by computing and networking systems. Forrester defines Smart Computing as:
a new generation of integrated hardware, software, and network technologies that provide IT systems with real-time awareness of the real world and advanced analytics to help people make more intelligent decisions about alternatives and actions that will optimize business processes and business balance sheet results.
What does that mean in layman’s terms? Every system can be smarter if it can learn from and act on the data it produces.
A city is a “system of systems” making the potential for efficiency exponential as all of its systems interact. Therefore, a smart city is:
A city that uses technology to transform its core systems – city administration, education, healthcare, transportation, public safety, real estate, utilities and business — enabling them to capture, analyze and act on the data they produce.
As a result, a smart city’s systems can optimize the use of and return from largely finite resources. It can, in other words, “do more with less.” Using resources in this smarter way also boosts innovation, a key factor underpinning competitiveness and economic growth.