space assets and information superiority
TRANSCRIPT
Emerging Domains of Warfare…
•• Principles of warPrinciples of war•• Strategy Strategy •• Technology of WarTechnology of War
Very Dynamic
Relatively Static
Relatively Static
R M AR M A
Network-Centric Warfare
Joint Engagement Capability
Additional Dimensions to War
in Space and Cyber Space*
?
System of Systems
Features of RMA (1)
• More intelligent and informationalisedWeaponry and equipment.
• Better streamlined Force structure and systems.
• Automation in command and control.
• Dimensional expansion from traditional three dimensions to present five dimensions. (Land, Sea, Air, Space and Electromagnetism).
• System orientation to operational patterns.
Features of RMA (2)
• More intelligent and informationalisedWeaponry and equipment.
• Better streamlined Force structure and systems.
• Automation in command and control.
• Dimensional expansion from traditional three dimensions to present five dimensions. (Land, Sea, Air, Space and Electromagnetism).
• System orientation to operational patterns.
“ Earth space, like Eastern Europe in Makinder’s design, is
most critical area of astropolitics. Control of earth
space not only guarantees control of outer reaches of
space but provides advantage on terrestrial battlefield”.
…….Everett C Dolman
Views of Chinese Experts:-- Space is thought to be the next “strategic vantage point” from which the control of air, land, and sea will be determined.
- For countries that can never win a war with the United States by using the method of tanks and planes, attacking US space system may be an irresistible and most tempting choice.
Space Assets (1)
• Surveillance Satellites– Photographic Reconnaissance
Satellites– Electronic Reconnaissance Satellites– Imagery Satellites
• Ocean Surveillance and Oceanographic Satellites
• Navigation Satellites• Geodetic Satellites• Nano satellites
Space Assets (2)
• Surveillance Satellites– Photographic Reconnaissance Satellites
– Electronic Reconnaissance Satellites
– Imagery Satellites
• Ocean Surveillance and Oceanographic Satellites
• Navigation Satellites
• Geodetic Satellites
• Nano satellites
INDIAN SATELLITE PROFILE (2005-15)
EARTHOBSERVATION
LAND & WATER
CARTOGRAPHIC
OCEAN & ATMOSPERE
RISAT CARTOSAT OCEANSAT RESOURCESATTES
SAT COM & NAVIGATION
COMMUNICATION
POSITION NAVIGSNTIMMING
WEATHERFORIN ECAST
INSAT elyGSATEDUSAT IRNSS
SPACE SCIENCE & ENVIRONMENT
PLANET EXPLORATION
ASTRO-NASTRO-P
SPACE, CLIMATE /WEATHER
CHANDRAYAN ASTROSAT ADITYA
The goal of information Superiority should be to enable the development of new concept ensure operational dominance of the AOCO. This would be accomplished by blending three broad areas of operational capabilities – AOCO awareness , effective force employment , both serviced by an integrated C4ISR grid – into an overall federated system to achieve operational objectives.
Goal Functional Capabilities Key Technologies
Provide sufficient timely high quality surveillance, reporting, target designation and assessment information on enemy, friendly, units, events, activities, status, capabilities, plans/ intentions To ensure that service/joint commanders have dominant AO area of Combat Ops knowledge.
Intelligent distributed MC
Theater intelligence processing and broadcast C4ISR system management
Rapid accurate automated targeting
Large database engineering Manipulation,Search, and retrieval
Test understanding
Space assets
Situation projection Mission rehearsal and embedded training
Small Volume/ Weight, very high speed capacity processors and storage devices, application software that can be embedded with sensors/ platforms
Software applications for automated selection and following of coverage areas/ targets
Software applications for use with multiple data sources (including reference/databases) to enhance target detection, Tracking, and designation (e.g., detecting changes)
Moving target indicators (MTI) and synthetic aperture radar
Table 1 . Goals, Limitations & Technologies – Information Superiority
Goal Functional Capabilities Key Technologies
Near simultaneous multi spectral coverage
Passive / multi static MTI/ SAR
Small volume/ weight,
Multi spectral rapidly
Deployable smart surface sensors
Direct integration of Global Positioning Systems (GPS) with sensor outputs where appropriate
Transfer /translation application and storage devices/communications for near-real-time tactical aircraft sensors.
Table 1 . Goals, Limitations & Technologies – Information Superiority
Goal Functional Capabilities Key TechnologiesMaintain the ability of the on scene commander to exploit and shape the AOCO by dynamically directing and integrating (in accordance with operation, battle, and mission priorities) both tactical and supporting ISR resources for targeting,
weapon employment mission preview, BDA and combat assessment
Situation projection
Mission rehearsal and embedded trainingCommand projection
Shared, distributed collaboration planning
Rapid, accurate battle damage assessment
Rapid accurate automated
targeting
IW and spectrum dominance planning and monitoring
Space assets
Object-oriented, distributed, automated, and dynamic planning, scheduling, and target handoff
Embedded, fault-tolerant, distributed modeling and simulation (M&S) for Mission preview, rehearsal and training
M&S for spectrum dominance planning
M&S for IW surveillance and planning
Joint multisensor fusion,
information Fusion, and sensor cross-cueing
Table 1 . Goals, Limitations & Technologies – Information Superiority
Goal Functional Capabilities Key Technologies
Integrated cross-sensor tracking with unique target ID and real –time updates
Automated target and infrastructure identification, recognition, Behaviour and change detection and BDA
Distrusted, collaborative virtual planning in real time
Rapid M&S for sensor coverage analysis
Joint multisensor fusion, information
Table 1 . Goals, Limitations & Technologies – Information Superiority
Goal Functional Capabilities Key Technologies
Elevate the level of our cognitive understanding of the enemy, friendly, and geospatial situation; maintain Consistency in that view across tactical and supporting forces.
Intelligence processing and broadcast; fussed near-real-time (NRT) signals intelligence (SIGNT) And imagery, increased/ fused sensor data in NRT)
Intelligent, distributed MC&G
Collaborative situation assessment and BDA
Collection and distribution of weather and environmental conditions
common understanding and presentation of the AOCO
Joint multi sensor fusion, information fusion, and sensor cross-cueing
Mass storage of information
Intelligent products to support decision making
Common integrated situation display With selectable details and resolution
High rate broadcast
Automated target and infrastructure identification, recognition, behavior and change detection and BDA
Auto data validation and data validity tags.
Table 1 . Goals, Limitations & Technologies – Information Superiority
Goal Functional Capabilities Key Technologies
Situation Projectiong
Repair and consumables management
Theater intelligence processing and broadcast
Rapid, accurate automated targeting
Synthesis of complex data and information Large database engineering, manipulation, search, and retrieval
Space assets
Tailored search and retrieval of information
Intelligent agent for knowledge retrieval, filtering, sanitization, and deconfliction
Improved data and uncertainty visualisationmanagement
Real time M&S for assessment and friendly/ enemy course of action (COA) analysis
Automated language, syntax and protocol translationMultilevel information security and information assurance
Distributed, synchronized, large database
Table 1 . Goals, Limitations & Technologies – Information Superiority
Effective Employment of ForcesOperational Capability Element : Predictive Planning and Preemption
Goal Functional Capabilities Key Technologies
Planning process to (1) avoid direct confrontation (by employing alternatives);
(2) Be prepared to react and exploit opportunities when direct confrontation must occur; and
(3) Shape the expected actions to stay within the enemys decision cycle and keep him out of ours.
Intelligence processing and broadcast
Collection and distribution of weather and environmental conditions common understanding and representation of the AOCOSituation Projecting
repair and consumables management
Shared distributed collaborative planning
Realistic C4ISRModeling and simulation
Space assets
Object-oriented, distributed automated, dynamic planning and scheduling.
Embedded, fault-tolerant, distributed M&S for mission preview, rehearsal, and training
M&S for IW surveillance and planning
Automated target and infrastructure identification, recognition, behavior, and change detection and BDA
Real time M&S for assessment And friendly/enemy COA analysis
Effective Employment of ForcesOperational Capability Element : Predictive Planning and Preemption
Goal Functional Capabilities Key Technologies
Continuous sliding collaborative planning across AOCO
Just-in-time mission package construction and deliveryAutomated nodal analysis and weapon availability automated target /weapon pairing and update
Easily deployable, evocable, scaleable, plug-and-play architecture
Cross functional virtual
teams
Goal Functional Capabilities Key Technologies
Achieve dynamic integration force operations by collaborative execution monitoring, repair, and retaking of shared assets across echelons, Missions and components, (control of “coherent” joint/ simultaneous operations to optimized dynamic use of resources without preempting “intuitive”use).
Intelligence processing and broadcast
Mission rehearsal and embedded training
Command Projection
Support for simultaneous, coordinated operation
Repair and consumables management
Shared, distributed collaborative planning
C4ISR system management
Force status and execution management
Rapid accurate automated targeting
IW and spectrum dominance planning and monitoring
Space assets
Embedded, fault –tolerant, distributed M&S for mission preview, rehearsal and training
M&S for spectrum dominance planning
M&S for IWsurveillance and planning
Real time M&S for assessment and friendly/enemy COA analysis
Automated nodal analysis and weapon availability
Distributed, collaborative, virtual situation awareness
Dynamic shared war plan that deals with uncertainty
Dynamic allocation of shared resources in real time
Decision support to assess and replan consumables
Operational Capability Element :Integrated Force Management
Effective Employment of ForcesGoal Functional Capabilities Key Technologies
Provide a real-time fused AOCO picture with integrated decision aid tools that ensures coordinated dynamic planning and execution of a broad missions from time-phased attack of fixed targets to reconnaissance of combat areas and prosecution of time critical targets
Provide processing and linkages that enable rapid target search and Acquisition, battle coordination and target selection, handoff, and engagement for prosecution of time critical targets.
Intelligence processing and broadcast
Collaborative situation assessment and BDA
Repair and consumables management
Shared, distributed Collaborative planning
Rapid, accurate battle damage assessment
C4ISR system management
Force status and execution management
Paralleldissemination of intelligence/ BDA
Rapid, accurate automated targeting Automated targeting
Automated mission and weapon to target pairing
Space assets
Automated nodal analysis and weapon availability
Wideband communication and interconnectivity
Real time, congnitionaiding displays
Automated planning /decision support tools
Data interoperability/ synchronization
Automated IPB processFusion and intergratedtarget tracking automatic target recognition
Advanced, adaptive, multilevel security
ISR management and integration tools
RESOLUTION REQUIREMENTS IN METERS CARRYING OUT SURVEILLANCE9
Target Detectiona General Identificationb
Precise Identificationc
Bridge 6 4 1.5Airfield facilities 6 4 3Rockets and artillery 1 0.5 0.2Command and Control Headquarters
3 1.5 1.0
Missile Sites 3 1 1.0Nuclear Weapon components
2.5 1.5 0.3
Ports and harbours 30 15 6Surface submarines 20 5 1.5