Space Operations
Space Operations
Space Operations
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Describing electromagnetic effects includes determining the effect of an energized<br />
atmosphere or scintillated ionosphere on space communications, determining the<br />
susceptibility of a given signal, satellite, line of communication, or ground asset to<br />
the effects of the electromagnetic environment (such as interference).<br />
Evaluating the Adversary: This includes evaluating the adversary force composition<br />
and order of battle; satellite capabilities; offensive or defensive counterspace<br />
capabilities, tactics, and doctrine; ability to sustain or reconstitute space capabilities;<br />
the friendly assets the adversary is likely to target; and the adversary’s willingness to<br />
engage in various combat operations. Additional analysis is performed on enemy<br />
space centers of gravity and critical nodes and assets that are critical to the success<br />
of the enemy’s operations. Furthermore, US forces must evaluate adversary access<br />
to commercial space products and services by analyzing their impact on the battle<br />
space. US forces must also attempt to understand enemy space crew force training<br />
status, use of space communications and ISR capabilities, and C2 capabilities.<br />
Determining Adversary COA: Intelligence analysts fuse knowledge of adversary<br />
capabilities and the environment, as well as assessments of enemy objectives and<br />
desired end state to determine potential enemy courses of action. This includes<br />
determination of most likely and most dangerous COAs. It also includes evaluation<br />
of the branches and sequels of these COAs.<br />
Thorough and detailed IPOE is a necessary prerequisite to effective conduct of<br />
space operations. Well-accomplished IPOE provides commanders at all levels with<br />
intelligence decision aids necessary to accomplish operational objectives.<br />
<strong>Space</strong> intelligence preparation of the operational environment is a key component of<br />
predictive operational environment awareness, thus supporting the commander’s<br />
multidimensional understanding of the operational environment<br />
in time, space, and effect, regardless of the<br />
adversary, location, weather, or time of day. PBA is<br />
continuous and achieved by the commander through<br />
possession of relevant, comprehensive, knowledge,<br />
including an accurate forecast of pertinent influences in<br />
the operational environment. This knowledge of the<br />
operational environment, in concert with C2, permits<br />
commanders to anticipate future conditions, assess<br />
changing conditions, establish priorities, exploit emerging<br />
opportunities, and act with a degree of speed and<br />
certainty not matched by our adversaries.<br />
SPACELIFT<br />
Planners should be aware of the limitations of the<br />
current US spacelift infrastructure. Today, launching a<br />
satellite requires extensive pre-launch preparation and<br />
checkout followed by extensive on-orbit checkout prior to<br />
Evolved Expendable<br />
Launch Vehicle –<br />
First Atlas V launch<br />
from Cape Canaveral<br />
AFS, FL in August<br />
2002<br />
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