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Schriever Wargame 2010 - Air Force Space Command

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Industry Perspective<br />

When the Future Dries Up<br />

Dr. Steven M. Huybrechts<br />

Vice President<br />

Applied Minds, Inc.<br />

Reston, Virginia<br />

You glorify the past<br />

When the future dries up ~U2<br />

The fruits of Apollo and Corona have created something<br />

marvelous—something very special. It’s a shame we<br />

now need to tear it down.<br />

While the US space community pats itself on the back for<br />

what is, admittedly, a glorious past and present, its doom is a<br />

mere 15-20 years away. As a long-term part of this community<br />

this author has personally engaged in a lot of this back-patting,<br />

especially when visiting the extremely impressive National Reconnaissance<br />

Office ground sites or participating in such things<br />

as Global Navigation Satellite System negotiations abroad<br />

where the US delegation is justifiably proud to be the standard<br />

that all others look up to. A major change, though, is coming.<br />

It is a strange paradox that the US space community is at once<br />

at the top of its game, simultaneously staring into the abyss.<br />

America’s space infrastructure is increasingly marginalized—marginalized<br />

by new foreign weapons, the growth of<br />

the internet, the accelerated march of technology, and a defunct<br />

acquisition system. In the halls of the Pentagon, Langley, Fort<br />

Meade, and Bolling, decision-makers<br />

are increasingly turning to other mediums.<br />

In many cases, space is simply<br />

seen as too fragile, too expensive. In<br />

these pages, an author recently wrote<br />

the “Department of Defense (DoD) is<br />

presently hesitating at a key decision<br />

point regarding the evolution of space<br />

technology … a clear and purposeful<br />

decision, or lack thereof, will either<br />

lead to increasingly assured space-superiority<br />

… or a decrease in US relevancy<br />

in space.” 1 While accurate, this<br />

article argues that the choice is starker<br />

than this.<br />

Why Have a <strong>Schriever</strong> <strong>Wargame</strong><br />

The <strong>Schriever</strong> <strong>Wargame</strong> series is<br />

the single most important simulation<br />

event that the DoD has had in the past<br />

decade—a bold and somewhat parochial<br />

statement, no doubt. But the<br />

<strong>Schriever</strong> games have illuminated a<br />

critical topic we knew almost nothing<br />

about. Three or four <strong>Schriever</strong>s ago,<br />

we knew space war only as something entangled with nuclear<br />

war. Today we have a sense of and an intuition about its likely<br />

course, if only an inkling of how far-reaching globally the impact<br />

is likely to be.<br />

What becomes apparent from the <strong>Schriever</strong> series is that<br />

our space architecture consists increasingly of small numbers<br />

of fragile, vulnerable systems that cost many times more than<br />

what they should (and significantly more than what it costs to<br />

deny/destroy them). New technology is increasingly difficult<br />

to apply and commercial systems are beginning to surpass military<br />

ones in capability. The incredible exponential power of<br />

the internet and Moore’s law, which is changing life every day,<br />

has proven to be difficult to leverage inside our existing space<br />

industrial base. Instead of harnessing it, we are allowing it to<br />

marginalize our space capabilities.<br />

Precision and Bold Thinking<br />

The biggest change to the space environment in the past two<br />

decades is measured in levels of precision. Precision used to be<br />

the sole province of the US military which could drop a bomb<br />

on any point on Earth within a few meters, identify individual<br />

emitters, track the location of the objects orbiting the Earth,<br />

and follow every space launch. But all technology proliferates.<br />

Today, terrorists use GPS to locate buildings in New York and<br />

China engages old weather satellites traveling at 20,000 mph—<br />

these are just two examples of the erosion of our precision advantage.<br />

The proliferation of precision<br />

has turned a sanctuary (short of<br />

global nuclear war) into a potential<br />

kinetic, directed energy, and cyber<br />

shooting gallery.<br />

Given how easy it is now becoming<br />

to target space systems,<br />

the <strong>Schriever</strong> <strong>Wargame</strong> series has<br />

taught this author that space deterrence<br />

is extremely fragile—national<br />

militaries are highly dependent on<br />

space assets, space attack can occur<br />

instantaneously with almost no<br />

warning, and significant destruction<br />

can be achieved in a short period of<br />

time, which then can limit response<br />

options. As a result, nations are<br />

motivated to attack first, creating a<br />

situation that can rapidly become<br />

unstable in a time of heightened tension<br />

and mistrust. America needs its<br />

Figure 1. It took more time to get approval of an Acquisition<br />

Strategy for GPS III after the 1999 PNT Selected<br />

Area Review recommended it than it took to land a man<br />

on the moon after President Kennedy’s famous speech.<br />

space infrastructure to get engaged<br />

in theater, the temptation to stop us<br />

getting there can be great indeed.<br />

Couple these ideas to the recogni-<br />

High Frontier 48

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