It turns out that the duck is the work of a Dutch artist
named Florentijn Hofmann, and it’s a larger version of a 2007 piece (the
original was 16.5 meters tall; the current duck is 18 meters tall) that made
the news a few years ago when it got loose from its moorings and became stuck
up against a large bridge in Europe, effectively blocking boat traffic along a
river/canal system for several hours before it could be towed out of the way.
Since then, the ducks have toured 13 cities around the world without
significant incident, until a powerful earthquake in Taiwan knocked out the air
pump filling the current duck, causing it to partially deflate. When power was
restored and the exhibiters began re-filling the duck a combination of poor
handling and unfortunate winds caused the duck’s rear to blow out and flatten
the entire structure…
I have often heard people claim that all strategists are
inherently pessimists, because of the time we spend trying to anticipate all of
the things that could go wrong with any project we’re working on, and the
effort involved in working out contingency plans for those events. People who
have actually spent time developing or implementing strategy will tell you that
they are realists, concerning themselves with what to do in the event that
specific outcomes occur, rather than just assuming that something bad (or good)
will happen because it can. We should probably admit that this does lend itself
to spending a lot of time determining all of the things that can go wrong and
working out responses to them, since it generally isn’t necessary to make
contingency plans for coping with success. However, this doesn’t make the
process any less important…
If we are working with any structure or installation that
requires electrical power in order to function, including the electric air
pumps needed to keep a giant duck construct inflated, then it isn’t
unreasonable to take some time and consider what you should do in the event
that the local electrical power grid goes down. This is especially important if
the local grid is rendered less than 100% reliable because of faulty generating
plants, government malfeasance, operational incompetence, or regular natural
disasters (such as earthquakes) that interfere with power generation or power
transmission. By the same token, we should probably consider what we will do if
the water currents or prevailing winds are stronger than expected (or are going
in an unexpected direction), what we will do in the event that the duck gets
loose from its moorings, what we will do if the duck becomes stuck against a
bridge or overpass, and how we will deal with the negative news stories, civil
lawsuits, and public backlash against us and/or our duck…
Because the truth is that an 18-meter (60 foot) tall rubber
duck construct is a wonderful and whimsical thing, and we should not permit
minor challenges in operations or safety to interfere with the viewing public’s
enjoyment of our duck. And while it isn’t strictly true that everything that
possibly can go wrong does – sometimes there are multiple bad outcomes that are
mutually exclusive, for example – it’s still our job to identify and plan for
as many of those contingencies as possible...
Because if anything is certain in this world, it’s that
there are more potential failures lurking behind the scenes than we have
planned for so far…
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