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Education Globalization Innovation Technology

FireFox at 10

FireFox turned 10 years old this week.  As much as the internet and society has had a love/hate relationship with this browser it is very important to not lose this one lesson: Initial month of deployment: 100 million downloads (10% market share) and now Microsoft was threatened by this new upstart browser and had just finished destroying Netscape.

But the real lesson not to be forgotten:  Blake Ross was a Stanford freshman (just 19 years old) along with Dave Hyatt and Joe Hewitt started developing this browser.

They were fresh out of High School when they all began developing what we now know as FireFox.

In Higher Education we need to really see that the world has changed rather significantly and for many administrators this lesson on launching a successful alternative to Internet Explorer is not lost on me.

Are we fully acknowledging that in the new App Economy we already see European countries teaching mobile app development in grade schools.

How far do we fall behind?

Categories
Cloud Cyberinfrastructure Globalization Google Innovation Internet2 Network Technology

Fiber as a Service

Google is making an effort which is their biggest potential game changer since Gmail. Fiber as a Service (FaaS) will slowly make a change to the ISP marketplace since Google can afford to compete on it’s own terms.

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Cyberinfrastructure Education Globalization Google Innovation Milwaukee Network Technology

University cloud computing contracts

Did you hear about the university professor signed up for a cloud service and unknowingly left his department on the hook for two years of service beyond his grant….or the university who had more than 500,000 student records (social security, addresses and grades) hacked? Cloud computing poses special demands upon Universities who can no longer employ the same procurement process used to acquire computers and software since the 1980s.

Are you aware that today many Universities (and K12 School districts) use a popular email marketing program that sells contact information of students to vertical marketing firms who in turn re-sell them to other marketing and product companies?

Today’s aggressive marketplace and the business of cloud services has radically changed the procurement process. Many of us have a fiduciary duty to protect data of our students, research and institutions.  Regardless of how students freely give away their data on Facebook, our institution will still be held responsible to  protect all of our institution’s data.

My views on the impact of Cloud Computing in Higher Education have been slowly evolving. This past May I was given an incredible opportunity to further my learning by participating in an Engineering & Technology Short Course with the UCLA Extension.
Remember those “must-take classes” in college?  UCLA’s Contracting for Cloud Computing Services is one on my list of those opportunities you cannot afford to ignore.  My advice: Find your way to UCLA.

Again, I hope this can help as many people as possible understand the lessons taught in class.  Due to the nature of the beast they are in no specific order. They are all top level concerns:

BACKGROUND
For over a generation traditional desktop PC vendors focused on features and price. Since the late 1980s schools established trust in vendor’s products to conduct business, educate students and store student data. From floppy disks to magnetic tape all data was stored locally on campus.

Today’s globalized internet marketplace is radically different when compared to the modem era of computing. The cloud computing model represents a number of fundamental shifts including Software as a Service(SaaS), Infrastructure as a Service (IaaS), Platform as a Service (PaaS) are well established.

And although it’s a bit ahead on the radar we should not overlook the quickly emerging SuperComputer as a Service. While there is no  standard acronym, there are established vendors like SGI’s Cyclone, Amazon’s Cluster Compute, IBM’s Watson, and with forthcoming merge between PiCloud and D-Wave‘s quantum computing….more options for High Performance Computing will be available to many smaller, lean and aggressive institutions.

These new services are directly tied to the “consumerization” of technology: advanced technologies at affordable price points. As a result the new focus is around access.  The shift to mobile computing via netbooks, smartphones and tablets is well underway, yet many school’s do not have a sufficient wireless infrastructure. Students, faculty and administrators are today carrying a laptop, smartphone and probably an iPad. Schools are struggling to to handle bandwidth demands of so many devices in concentrated areas around campus, from the Student Union to the ResHalls.

IMHO the tipping point with Cloud computing and digital devices is the convenience of access. Today many diverse schools have a campus community that simply demands anytime/anywhere access to data. And it’s no longer just email and web.  Its BIG data from data base research to the delivery of HD media. For better (or for worse) society has become trained to demand mobile solutions that easily integrate into the app economy and their mobile lifestyles.

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BMW Design Network Tablet Technology

BMW, iPad & mobile hotspots

Pleased to see BMW has launched a design solution supporting iPads. Its just not the mount (which does rotate by the way) on the back of the driver’s seat.

BMW’s mobile hotspot technology, a branded MiFi solution that allows any devices in the car to connect to the Internet on the road. And with the addition of Apple’s Siri solution being integrated onto the steering wheel …. well I’m interested to see what happens when iOS6 ships with Siri support on iPads.

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Cyberinfrastructure Design Education Network Technology

The Power of Networks

Explore the power of network visualisation to help navigate our complex modern world.  Enjoy!