In his chapter “Physical Media,” Alexander Galloway
describes what exactly “distribution” is, as well as how protocol works within
distributed networks. A
distributed network (like the Internet) has no central hub or node, but rather
is made up of autonomous agents (entities, computers), between which
information passes on pathways that vary significantly and are never
predetermined. In addition, the autonomous agents that make up the distributed
network operate “according to certain pre-agreed ‘scientific’ rules of the
system” (38), not a chain of command.
Galloway marks the tremendous success of the Internet throughout the
last few decades as a “shift,” quoting Branden Hookway who writes, “The shift
is occurring across the spectrum of information technologies as we move from
models of the global application of intelligence, with their universality and
frictionless dispersal, to one of local applications, where intelligence is
site-specific and fluid” (33). Information
and “intelligence” are available any time, to any person, in any place, because we have the Internet, and the possibilities
for communication and intelligence sharing are only increasing with
developments such as cloud computing.
We’ve all heard of these new “clouds” – from big names like
Amazon and Apple – but it seems that the majority of folks out there don’t
quite understand what “cloud computing” is and are therefore hesitant to use
it. However, I believe that as an
extension of the distributed Internet network, “cloud” technology will catch on
and become very widely used.
For those of you who don’t know, cloud computing delivers
computing as a service rather than as a
product, allowing for typically shared resources between “nodes” or “agents,”
like software and information, to be provided as a utility across a network
like the Internet. Users who use
cloud computing do not know the location of whatever computation services,
applications, or data they are using.
Instead, these users access their cloud utilities through a web browser or
mobile app while software and information are stored on servers elsewhere.
I would venture to suggest that people who do understand what cloud computing and still choose not
to use it do so because it makes their “stuff” intangible, in a way. One would feel comfortable knowing that
all of his music, documents, and software were at hand within his own personal
computer, as opposed to having all his stuff stored on a server that he
wouldn’t know the location of.
Apple is taking a hybrid approach to cloud use, which seems to be a good
transition tool for people like this, as they allow data and music to be stored
locally while simultaneously syncing them to their cloud. This hybrid model is great because it
allows for the user to experience the benefits – unlimited storage, syncing and
organization services, back-up, added security and safety, and file access from
any device or location as long as there is a connection – without fully giving
up the comfort of local storage.
I guess the question becomes whether or not cloud computing
is an extension of a very successful distributed network (the Internet). We widely use the Internet for sharing
and socializing, so why are we hesitant to “share” our stuff with the various
clouds out there? Perhaps “cloud”
technology is a hybrid of the distributed network and centralized network in
that users (instead of computers) become
the nodes of the network but all information and data is stored in a central
hub.
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