“What do you think will happen when every home is connected to the internet via 100 or 1,000Mbps Ethernet or fiber?”
He goes on to give an answer that is yes, under the assumption that the 100Mbps is symmetrical.
“At some point in the not-so-distant future, then, we’re all going to be connected to the web at LAN-like speeds — 100 megabits per second up and down — and this, just like the advent of the telephone, will change the world as we know it. … ”
“Instead of your entire life being represented by a handful of bytes in amongst Facebook’s faceless sea, symmetric connections will enable the web to becomemetropolitan. Your presence on the web will be your home. ”
“The end result would be a truly decentralized internet that closely mimics human settlement and society. There will still be nodes on the internet where more people congregate — the bars, clubs, and McDonalds of the real world — but for the most part, a symmetric web would let people hang out and connect with the people they care about, and ignore everyone else.”
This is my definition of real cloud computing – something way beyond the standard view which is not much more than a new marketing twist on the old time-sharing data centers.
Cloud is not a passing trend; recent investments into cloud research centers and infrastructure have demonstrated that industries from higher education to governments are taking a serious look at cloud based technology and embracing it as an enabler of networking of the future.
Here are just a few examples of how cloud technology is being used today:
Seattle University deploys unified computing and virtual desktop by converting 20 campus computer labs and over 1500 desktop computers into virtual desktops and as a result decreased operating expenses, prolonged desktop lifecycle, and synced all labs on a uniform software program to ensure faster response times to students, teachers and faculty to help meet educational and administrative needs. Read More »
Last week I presented and participated at the The Open Group Forum in Austin, TX. It was a great event, with insights into Enterprise Architecture, Business Architecture and Emerging Architectures. There were several breakout tracks in the Forum, including, the most popular -- Cloud Architectures Track. The sessions ranged from connecting architecture frameworks (TOGAF) to Cloud Architectures, to Cloud Architectures development. My session was on “Architecture & Considerations for IaaS Clouds”. This session was more focused on technology aspects of the Cloud Architecture. Also, it could be applied to either an enterprise private cloud or a service provider cloud settings. Just to level set everyone in the audience, I started out with a taxonomy and reference architecture (RA) review. I utilized both NIST’s published and a simplified version of Cisco Cloud RA. The Cisco RA review was the case in point for this session, where Infrastructure, Service orchestration, Delivery/Management and consumer layers were discussed.
Two years ago Cisco entered the server market with the introduction of the Unified Computing System. Our competitors met the move with skepticism, blank stares and questions around Cisco’s market strategy. Our customers wondered what a networking company new about computing. We didn’t let the naysayers or the doubters distract us. We continued the hard work of innovation and communicating the architectural superiority of the Unified Computing System. Soon customers and competitors began to take notice. Read More »
Neil Diener and Walt Shaw, the leaders behind Cisco Clean Air technology, are pretty humble when it comes to talking about their innovative contributions at Cisco. But there is no hiding their passion for their work and the impact it has on the industry. Learn more about Diener, Shaw and Cisco Clean Air technology here!