The burning of the great
library of Alexandria is often cited as representative of a recurring
inability to preserve our collected informational treasures and artifacts.
Although it would be convenient to attribute the librarys destruction to
something or somebody terribly evil, history advises us that it was burned
or destroyed either by accident or intentionally at least four times.
Various culprits include Julius Caesar in 48 BC; the Patriarch of
Alexandria, Theophilus, in 391 CE; the 5th Century CE
Jewish-Christian riots; and just to make sure every religious persuasion
is represented -- the Moslem Caliph Omar, who sacked Alexandria in 640 CE.
Discussing the loss of the
library, historian Preston Chesser observes, the real tragedy . . . is not
the uncertainty of knowing who to blame . . . but that so much of ancient
history, literature and learning was lost forever. A somewhat less elegant
admonishment likewise might be made that it is never particularly smart to
hide the family fortune all in one place.
Nonetheless, we humans do
seem to exhibit a penchant to collect and squirrel away our intellectual and
cultural treasures. This behavior is recurring in the sense that the
concentration and contrary dispersion of these informational artifacts seems
to a follow cyclic pattern. As might be expected, significant risks and
benefits occur at both the zenith and nadir of each cycle, where information
is either the most concentrated or dispersed.
Historically, it can be
argued that, from the Seventh Century CE with the destruction of the
Alexandria library until the invention of the Gutenberg press in 1440, the
residue of Western information resources was concentrated and centrally
controlled by the organized Christian church. With Gutenbergs press,
however, a trend in the dispersion of information was begun that ultimately
flowered in the democratization and secularization of modern intellectual
thought.
In the context of United
States history, corollary institutions evolved that have further enhanced
freely dispersed information first in the late 19th Century the
emergence of a nationally pervasive system of public education; and somewhat
later, an equally broad distribution of public libraries. To these
developments, must also be added the invention and popularization in the
early 20th century of commercial radio, and by the middle of that
century, television.
But, with the highly
dispersed popularization of information media such as radio and television,
comes the recognition of informational risk that not only can broadly
dispersed information be intellectual and educational, it also can be banal
and at times substantively wrong. In either form, the unmitigated
concentration or distribution of information carries a concomitant
payload of social risk from the illiterate monk blindly copying passages
of the vulgate to a television commentator spewing a diatribe of hate.
Interestingly, just as the
Gutenberg press appeared in a world in which information was highly
concentrated, by contrast a half-millennium later the first computer was
introduced in an era of highly dispersed information. Reflecting their
military genesis, these early machines were conceived as weapons to battle
the information explosion of the mid-20th Century. Indeed,
they were designed around a primary or central processing unit, which both
nominally and operationally reflected their purpose to centrally
concentrate, store and process information.
By the mid-1960s the
International Business Machine corporation was manufacturing the IBM System
360, which was marketed as a computer that served the full circle of both
scientific and commercial computing a paradigm of informational
centralization that was anathema for many of the intellectual radicals of
that era. Indeed, the System 360 -- as did competing mainframe computers
produced by Control Data Corporation, Scientific Data Systems and Digital
Equipment Corporation operated in an environmentally controlled data
center, an electronic citadel sealed from the outside world. It is not
surprising that many humanists saw in those early machines all that Orwell
envisioned in his 1984.
But when 1984 did occur the
Orwellian nightmare did not. By contrast something called the personal
computer or microcomputer had appeared. These small machines represented
a return to information dispersion by bringing data processing and storage
in to individual peoples homes and businesses. The appearance of these
little computers at the time that they did is interesting. Parchment
scrolls such as those stored at the Alexandria library had been in use for
millennia. The printing press dominated information distribution and
storage for 500 years, radio and television for fifty, and mainframe
computers for twenty-five. In a phenomenon observed and commented upon by
the French philosopher, Theilhard de Chardin, information technology seems
to evolve much in the same manner as life itself in a series of iterations
in which each iterative cycle has a duration which is fraction of the cycle
that has preceded it.
During the 1990s personal
computers decreased in size but grew in power, thus increasing their
capacity to disperse information. But as the 21st Century
approached, so did the Internet and with it the potential for externally
concentrated information. In this regard the first ten years of the new
century might well be described as the decade of the download a battle
ground between highly concentrated Internet data and the legions of
dispersed personal computers and allied devices that accessed it.
It appears, however, that
the recent struggle between the forces of informational concentration and
dispersion is ending, with victory clearly resting in the camp of the
former. In short, the newest weapon of information technology - cloud
computing ensures that we are about to enter a new reign of information
concentration.
In this context, however,
let us not forget Lord Actons admonishment regarding absolute power, for
there is something equally frightful inhering in the absolute concentration
of information.
* * *
(This is a two part
article. In Part II, the specific risks and benefits of cloud computing,
so-called software as a service, and related ramifications of highly
concentrated technology-based information, will be explored further.)