How to Troubleshoot Apps for the Modern Connected Worker
Space policy space centers of gravity-unclassified
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Space Policy Issues
- Space Centers of Gravity -
3 June, 2014
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Space Centers of Gravity Model
Based On Col John Warden’s
(Checkmate) 5-Ring COG Model
Space Equivalent
5-Ring COG Model
Space Systems Strategic Targeting Is Similar to Terrestrial Targeting Strategies
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Space Centers Of Gravity
- Strategic COG (1) -
Launch Corridors
GEO Belt Sectors
Above AO
Atlantic/Pacific COMM Relay Points
Sun-Synchronous LEO Orbits
GEO Transfer Orbits
Earth-Lunar Orbits
Space Launch Facilities
Petrochemical Facilities Producing Rocket Fuel
Terrestrial-Based Space Telemetry & Control Systems
Space-Related Command Centers
Space-Related Commanders
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Space Centers Of Gravity
- Strategic COG (2) -
Terrestrial-Based Space Weapon Systems
Space-Based Space Weapon Systems
Terrestrial-Based Space Surveillance Systems
Space-Based Space Surveillance Systems
Space Weather Systems
Terrestrial-Based Satellite Heavy Communications Terminals
Space Technicians
Space Scientists
Electric Grid Serving Ground Space Facilities
Roads, Bridges, Tunnels & Passes Serving Ground Space Facilities
Space Design & Manufacturing Facilities
Space-Related INTEL Centers
Air Force Satellite Control Network (AFSCN)
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Space Centers Of Gravity
- Strategic COG (3) -
Leader's Confidence In Their New Space Technologies
Blue & Red Side Political Will to Start & Continue a Space War
Key Phases of the Battle
Pre-Conflict Use of Space War
Just Before Major Terrestrial Offenses
Just Before the End of the Conflict
Space-Related Decision Cycle Times (OODA Loops)
Knowledge Of Classified Space Systems Existence or War Reserve Modes
Status of Space Forces
Attack on Alternate Country Space Systems
Blue May be Self-Deterred From Attacking Gray Space Systems
Space Alliances & Treaties
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Space Centers Of Gravity
- Strategic COG (4) -
Low Delta-V/Transit Time Points In Space to Reach High
Value Targets
Points In Space With High/Low Coverage From Space
Surveillance Assets
Regions of Space & Time With Advantageous Solar Phase
Angles
Times of Solar Alignment Interference to Communications
(Two Times a Year for 4-8 Minutes for Geosynchronous
Satellites)
Gravity Wells at GEO Disposal Orbits Where Dead Satellites
Tend to Group
Space Radiation Belts
Times of High Solar Storm Activity
Zones Outside a Satellite's or Constellation's Collective
Sensors' Field Of Regard
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Space Centers Of Gravity
- Strategic COG (5) -
Times When Adversary Military Is Concentrating on In-theater Actions,
& Is Less Aware of Space-related Actions on the Other Side of the Globe
On-Orbit Spares or Launch Replenishment or Ability to Reconstitute
Space Capability With Terrestrial Systems
Antipodal Nodes 180 Degrees From Launch Sites Around the World
Other Satellites Being Launched on the Same Booster
Manned Launch (Shuttle, Space Station) of Satellites
Times When a Full Moon Degrades an Adversary's Ability to Optically
Track Dim Space Objects From Terrestrial Locations
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Space Centers Of Gravity
- Tactical COG (1) -
Space Tactics, Techniques & Procedures
Initial Satellite Checkout After Launch or Orbital Insertion
GEO Satellites Changing Orbital Position
Periods of Solar Eclipse for Satellites
Periods When a Satellite Has a Low Battery Charge
Approach Trajectories Outside the Field Of Regard Of the Target's On-
Board Sensors
Approach Trajectories When the Sun/Moon/Earth Is In the Background
of a Target's Sensors
Approach Trajectories Outside Normally Employed Orbits
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Space Centers Of Gravity
- Tactical COG (2) -
Near a Satellite's Thrusters
Near a Satellite's High Power Antennas
Anti-Satellite Launch/Attack Rate
Just After Loss of Contact With Adversary Satellite Ground Controllers
Just After Loss of Contact With Adversary Space Surveillance Assets
Times of Cloud Cover/Weather/Natural Disasters for Terrestrial-Based
Space Weapons Systems
Times of Cloud Cover/Weather/Natural Disasters for Terrestrial-Based
Space Surveillance Systems
Times When the Satellite Passes Through Space Radiation Belts
Communications or Telemetry Frequencies That Can be Jammed or
Spoofed
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Example Attack Locations
Optimized for Space Surveillance
Some Parts of a Satellite's Orbit May Be More Vulnerable than Others
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Threat Envelope Chart (TEC) View 1
Some Orbits are Easier to Maneuver to Than Others
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Example Threat Envelope View 2
Circle Size Denotes Amount of Delta-V to
Reach Target From This Position In Space
Color of Circle Denotes Amount of Time to
Reach Target From This Position In Space
Red Asterisk Denotes
Location of Target
Black Boxes Denote
Locations of Live
Satellites
Gray Boxes Denote
Locations of Dead
Space Objects
Some Regions of Space May be More Threatening than Others
(U) Space Centers of Gravity Model Col John Warden’s 5-Ring Center Of Gravity (COG) Model was used in Desert Storm as part of the Checkmate targeting cell in the Pentagon. This same structure used for terrestrial systems targeting (green text) has been extended to include concepts for space systems targeting (blue text). Essentially, both these models state that the closer to the center one gets in targeting, the better to enable toppling over the whole structure and degrading an adversary’s ability to wage war. Targeting the leadership structure can cause confusion and delay in responding to military actions, but ultimately new leadership takes hold. The best way to target leadership is to, in reality, target their perceptions and mindset as to the status of their own military, the opposing side’s military and intentions, and as to what is their best Courses Of Action (COA’s).
(U) Example Space Centers of Gravity This is a partial list of some of the more unique Centers Of Gravity (COG) associated with space systems and space control. These were derived from considerable strategic thought based on extensive space control analyses over 30 years and the unique characteristics of the space environment. It should be noted that a Center Of Gravity can be a physical location (a mountain pass or crowded satellite orbit) or a weakness in strategic doctrine concerning the use of space systems, etc. AFDD 2-2.1 2, (August 2004) states that a Center Of Gravity is defined as “Those characteristics, capabilities or sources of power from which a military force derives its freedom of action, physical strength or will to fight. Also called COGs. (JP 1-02) [In Air Force terms, a COG is a primary source of moral (i.e., political leadership, social dynamics, cultural values, or religion) or physical (i.e., military, industrial, or economic) strength from which a nation, alliance, or military force in a given strategic, operational, or tactical context derives its freedom of action, physical strength, or will to fight]”.
(U) Example Space Centers of Gravity This is a partial list of some of the more unique Centers Of Gravity (COG) associated with space systems and space control. These were derived from considerable strategic thought based on extensive space control analyses over 30 years and the unique characteristics of the space environment. It should be noted that a Center Of Gravity can be a physical location (a mountain pass or crowded satellite orbit) or a weakness in strategic doctrine concerning the use of space systems, etc. AFDD 2-2.1 2, (August 2004) states that a Center Of Gravity is defined as “Those characteristics, capabilities or sources of power from which a military force derives its freedom of action, physical strength or will to fight. Also called COGs. (JP 1-02) [In Air Force terms, a COG is a primary source of moral (i.e., political leadership, social dynamics, cultural values, or religion) or physical (i.e., military, industrial, or economic) strength from which a nation, alliance, or military force in a given strategic, operational, or tactical context derives its freedom of action, physical strength, or will to fight]”.
(U) Example Space Centers of Gravity This is a partial list of some of the more unique Centers Of Gravity (COG) associated with space systems and space control. These were derived from considerable strategic thought based on extensive space control analyses over 35 years and the unique characteristics of the space environment. It should be noted that a Center Of Gravity can be a physical location (a mountain pass or crowded satellite orbit) or a weakness in strategic doctrine concerning the use of space systems, etc. AFDD 2-2.1 2, (August 2004) states that a Center Of Gravity is defined as “Those characteristics, capabilities or sources of power from which a military force derives its freedom of action, physical strength or will to fight. Also called COGs. (JP 1-02) [In Air Force terms, a COG is a primary source of moral (i.e., political leadership, social dynamics, cultural values, or religion) or physical (i.e., military, industrial, or economic) strength from which a nation, alliance, or military force in a given strategic, operational, or tactical context derives its freedom of action, physical strength, or will to fight]”.
(U) Example Space Centers of Gravity This is a partial list of some of the more unique Centers Of Gravity (COG) associated with space systems and space control. These were derived from considerable strategic thought based on extensive space control analyses over 30 years and the unique characteristics of the space environment. It should be noted that a Center Of Gravity can be a physical location (a mountain pass or crowded satellite orbit) or a weakness in strategic doctrine concerning the use of space systems, etc. AFDD 2-2.1 2, (August 2004) states that a Center Of Gravity is defined as “Those characteristics, capabilities or sources of power from which a military force derives its freedom of action, physical strength or will to fight. Also called COGs. (JP 1-02) [In Air Force terms, a COG is a primary source of moral (i.e., political leadership, social dynamics, cultural values, or religion) or physical (i.e., military, industrial, or economic) strength from which a nation, alliance, or military force in a given strategic, operational, or tactical context derives its freedom of action, physical strength, or will to fight]”.
(U) Example Space Centers of Gravity This is a partial list of some of the more unique Centers Of Gravity (COG) associated with space systems and space control. These were derived from considerable strategic thought based on extensive space control analyses over 30 years and the unique characteristics of the space environment. It should be noted that a Center Of Gravity can be a physical location (a mountain pass or crowded satellite orbit) or a weakness in strategic doctrine concerning the use of space systems, etc. AFDD 2-2.1 2, (August 2004) states that a Center Of Gravity is defined as “Those characteristics, capabilities or sources of power from which a military force derives its freedom of action, physical strength or will to fight. Also called COGs. (JP 1-02) [In Air Force terms, a COG is a primary source of moral (i.e., political leadership, social dynamics, cultural values, or religion) or physical (i.e., military, industrial, or economic) strength from which a nation, alliance, or military force in a given strategic, operational, or tactical context derives its freedom of action, physical strength, or will to fight]”.
(U) Example Space Centers of Gravity This is a partial list of some of the more unique Centers Of Gravity (COG) associated with space systems and space control. These were derived from considerable strategic thought based on extensive space control analyses over 30 years and the unique characteristics of the space environment. It should be noted that a Center Of Gravity can be a physical location (a mountain pass or crowded satellite orbit) or a weakness in strategic doctrine concerning the use of space systems, etc. AFDD 2-2.1 2, (August 2004) states that a Center Of Gravity is defined as “Those characteristics, capabilities or sources of power from which a military force derives its freedom of action, physical strength or will to fight. Also called COGs. (JP 1-02) [In Air Force terms, a COG is a primary source of moral (i.e., political leadership, social dynamics, cultural values, or religion) or physical (i.e., military, industrial, or economic) strength from which a nation, alliance, or military force in a given strategic, operational, or tactical context derives its freedom of action, physical strength, or will to fight]”.
(U) Example Space Centers of Gravity This is a partial list of some of the more unique Centers Of Gravity (COG) associated with space systems and space control. These were derived from considerable strategic thought based on extensive space control analyses over 30 years and the unique characteristics of the space environment. It should be noted that a Center Of Gravity can be a physical location (a mountain pass or crowded satellite orbit) or a weakness in strategic doctrine concerning the use of space systems, etc. AFDD 2-2.1 2, (August 2004) states that a Center Of Gravity is defined as “Those characteristics, capabilities or sources of power from which a military force derives its freedom of action, physical strength or will to fight. Also called COGs. (JP 1-02) [In Air Force terms, a COG is a primary source of moral (i.e., political leadership, social dynamics, cultural values, or religion) or physical (i.e., military, industrial, or economic) strength from which a nation, alliance, or military force in a given strategic, operational, or tactical context derives its freedom of action, physical strength, or will to fight]”.
(U) Example Attack Locations This chart shows where on the earth a potential satellite attack may occur. If one assumes that an attack will occur where the US has the fewest space surveillance assets to monitor potential attacking space objects, then the redder the above map is, the fewer US space surveillance assets exist, geographic-wise. The bluest portions of the map are a geographic average of the locations of US space surveillance assets. For illustrative purposes, the redder portions of the map give the geographic average of SPOT ground data receiver and Tracking, Telemetry & Control (TT&C) stations.
(U) Threat Envelope Chart (TEC) View 1 The software tool called SPACE (Space Power Analysis Computational Elements) is used to conduct Monte Carlo calculations for satellite maneuvers. This chart illustrates calculations for threat envelopes surrounding a potentially targeted satellite (red asterisk in center), assuming the attacking satellite is using a low thrust maneuver profile. Spreading out from the targeted satellite into regions of space are locations (circles) where potential space control satellites can maneuver from to close approach the satellite target. The size of each circle corresponds to the amount of delta-v that is required to rendezvous with the targeted satellite. The color of each circle corresponds to the amount of time it would take to achieve this rendezvous. Thus, higher inclination attacking satellites would need to expend more fuel and take more time to reach the targeted satellite. This implies a bigger attacking satellite that can carry more fuel, thus being more easily detected when initiating attack orbital maneuvers, or the defending satellite has more time to detect and prepare for attack. If one can assume maximum sizes of threat satellites, and thus maximum delta-v constraints, then these can also be plotted on this chart to give an accurate picture of how much attack warning time does the targeted satellite have, and where does it have to look in space to detect preparations for attack.
(U) The black boxes towards the center of the chart are actual locations of current live satellites in relation to the targeted satellite (in flattened space), and the gray boxes denote actual locations of dead space objects. If one assumes that an attack would come from a known live satellite, then the defending satellite would need to look towards the black boxes for suspicious activities while they are initiating attack. If one assumes the attack would come from a supposedly “dead” space object, then defensive sensors should concentrate on the gray box locations. Otherwise, if one is concerned about an attack coming from “out of the blue,” then attack detection sensors must concentrate on successive concentric lower probability fans around the defended satellite based on assumed attacking object size, timeliness of detection, and the defending satellite timeline for response.
(U) Example Threat Envelope View 2 This is a zoom-in of the previous chart that gives a better view of the threat envelopes and associated space objects, with annotations.
(U) Example Threat Envelope View 3 This is a zoom-in of the previous chart that gives a better view of the live (black boxes) and dead (gray boxes) space objects.