The reading for Thursday made me
think more deeply about what Singer calls “military doctrine.” As Singer
explains it, doctrine is the guiding bureaucratic decisions that dictate the
manner in which new technologies are to be employed by the armed forces. For
example, in the aftermath of WWI—a period that Singer compares to the one we
are living in right now—military officials needed to draft a new doctrine of
use in response to the emergence of new technologies like the tank and the
submarine. These doctrinal choices are important in that they could decide
whether a new technology could turn the tide of war or make no significant
impact whatsoever. As Singer points out, near the end of WWI, the British were
the first to introduce tanks, but “had no doctrine at all on how to use them.”
Therefore, tanks had a negligible effect on the outcome of WWI. For example,
during the Battle of Cambrai in 1917, the “British tanks finally broke through
the Germans’ trench lines, but there was no plan on what to do next and the
offensive ended only six miles in.” Likewise, we are seeing some of the same
lack of a “guiding vision” for drones and robotic warfare.
I believe, therefore, it is
important to discuss the possible doctrinal shift caused by automated warfare
and its likely political consequences. I will do this by focusing on one
specific facet of automated/robotic warfare: the mothership concept. In his
book, Singer points to some exciting new technologies that have emerged in the
past few years, which could result in what are essentially manned “motherships”
that control entire “fleets” of small automated drones, which are then able to
be dispersed and report back to the mothership vessel. This new technology
means an incredible new reach for each vessel. For example, “a mother submarine
able to send out a dozen tiny subs can search a grid the size of the entire
Persian Gulf in just over a day.” One area where this is making major splashes (no pun intended here, seriously) is in the area of naval warfare.
Naval warfare has been dominated
for a long time by the doctrinal philosophies of Alfred Thayer Mahan, which
called for the concentration of naval power into massive fleets that could meet
opposing forces head on. However, what we are seeing here is a shift to the
ideals of another military scholar, Julian Stafford Corbett, who believed that
keeping a fleet concentrated only made the job of the enemy easier by revealing
the location of the majority of your fleet, assuming that it is an asymmetric
war. Therefore, the view that Corbett espoused was that a naval force should be comprised of smaller, dispersed squadrons of vessels, which were able to maneuver much more easily than a large-scale fleet. These new technological advancements may be triggering a move away from
Mahan’s ideas and more towards Corbett’s.
So, with this rethinking in the way military (and specifically, naval) doctrine is conceived, what political consequences
will likely follow from these new technologies and their accompanying doctrinal
shifts? Well, for one, because each ship has such an increased reach and range
in terms of surveillance and destructive capability, it will likely mean that overall,
less manned vessels are employed in
active duty. Essentially, this will lead to the U.S. not only using less of its
already existing fleet, but also could mean that less ships/airplanes/submarines
or any manned vessels are built in the future, therefore saving money on
construction and development (assuming that the drones aren’t too expensive to build). As such,
investing in this mothership technology could revolutionize the way the
military spends money and lead to less money being spent in the long run.
Another positive political
consequence that could emerge as a result of mothership technology is in terms
of the existing military infrastructure. Because of the doctrine of maintaining
large, concentrated fleets, the U.S. has also needed to maintain a network of
costly naval bases around the world. These naval bases have been costly from
both a monetary and a political capital perspective. However, with a shift
towards mothership technology and the use of automated drones, many of those
bases could be decommissioned. This would both save the US a substantial amount
of money needed to maintain those facilities and save us from the lengthy (and sometimes hostile) negotiation with foreign countries over whether we can install a military/naval
base on their soil.
There are obviously more impacts
that this technology will have on warfare and politics (both positive and negative), but those are simply
some of the ones that I felt were the most deserving of attention. I look
forward to having a discussion about the impacts that many of you could imagine
coming from these new technologies.
It is interesting that you believe the use of automated warfare will lower the cost of warfare. While it is possible that this technology will be valuable in the long-run, I do not believe it will lower costs in the short-run. Initially, the government will have to invest in purchasing these new naval ships. With the present state of our economy, this may not be the smartest move. Also, if we implement this technology people will lose their jobs. The unemployment rate will rise as individuals that have worked for the Navy their entire lives are no longer necessary. Maybe drones are beneficial for the future of our country, but at present I do not think they should completely replace the naval technology that we have presently. It should instead be a gradual process of change.
ReplyDeleteI agree with bwalsh, that this doctrine could work in the future, but would most likely not succeed with the United States market the way it currently is. I am under the impression that increasing the use of automated warfare will increase the costs, not lower them.
ReplyDeleteI agree that automated warfare will only increase the costs, in the short run. The production of this doctrine will take years maybe decades to create then to perfect. The United States is already in debt, and I do not think it would be wise to invest in automated warfare, at least for now.
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