31st air armament symposiumair armament symposium … · 31st air armament symposiumair armament...
TRANSCRIPT
DEVELOPING FUTURE AEROSPACE CAPABILITY TO FIGHT AND WINDEVELOPING FUTURE AEROSPACE CAPABILITY TO FIGHT AND WIN
AAEERROOSSPPAACCEE
DDEEVVEELLOOPPMMEENNTT
3131stst AIR ARMAMENT SYMPOSIUMAIR ARMAMENT SYMPOSIUM
‘‘TOMORROWTOMORROW’’S WARFIGHTING SOLUTIONS S WARFIGHTING SOLUTIONS BEGIN TODAYBEGIN TODAY’’
AIRCDRE CHRIS DEEBLEAIRCDRE CHRIS DEEBLE
DIRECTOR GENERAL AEROSPACE DEVELOPMENTDIRECTOR GENERAL AEROSPACE DEVELOPMENT
DEVELOPING FUTURE AEROSPACE CAPABILITY TO FIGHT AND WINDEVELOPING FUTURE AEROSPACE CAPABILITY TO FIGHT AND WIN
AAEERROOSSPPAACCEE
DDEEVVEELLOOPPMMEENNTT
SCOPE OF BRIEFSCOPE OF BRIEF
• ADF perspectives• Capability Development Challenges• Experimentation
DEVELOPING FUTURE AEROSPACE CAPABILITY TO FIGHT AND WINDEVELOPING FUTURE AEROSPACE CAPABILITY TO FIGHT AND WIN
AAEERROOSSPPAACCEE
DDEEVVEELLOOPPMMEENNTT
AUSTRALIAN DEFENCE FORCEAUSTRALIAN DEFENCE FORCE•55000 Personnel•Approx A$15b (US$11b) per annum (1.8% GDP)•Approx A$3-4b new capability investment per annum
‘A balanced, networked and deployable force, manned by dedicated and professional people, which excels at
joint and coalition operations’
DEVELOPING FUTURE AEROSPACE CAPABILITY TO FIGHT AND WINDEVELOPING FUTURE AEROSPACE CAPABILITY TO FIGHT AND WIN
AAEERROOSSPPAACCEE
DDEEVVEELLOOPPMMEENNTT
EVOLVING ADF CONCEPTSEVOLVING ADF CONCEPTS
The PastThe Past The FutureThe Future(AF/ADO/Whole of Nation)(AF/ADO/Whole of Nation)
2005 2010 20152000
Platform-Centric
Operations
Capability-Centric
Operations
Effect-Centric
Operations
Primarily Service-Centric
Operations(Partially-Joint)
Joint & Coalition
Operations
SeamlessIntegrated
Network EnabledOperations
Estimated Force Transition Dates
Force 2020Force 2020
DEVELOPING FUTURE AEROSPACE CAPABILITY TO FIGHT AND WINDEVELOPING FUTURE AEROSPACE CAPABILITY TO FIGHT AND WIN
AAEERROOSSPPAACCEE
DDEEVVEELLOOPPMMEENNTT
CAPABILITY DEVELOPMENT LENSCAPABILITY DEVELOPMENT LENSFO
RC
E IN
BEI
NG
FOR
CE
IN B
EIN
G
FUTU
RE
FOR
CE
FUTU
RE
FOR
CE
ENH
AN
CED
ENH
AN
CED
FOR
CE
FOR
CE
2015 2020+20082005
TIMEDEFENCE CAPABILITY PLANDEFENCE CAPABILITY PLAN
CAPABILITY CAPABILITY STRATEGYSTRATEGY
STRATEGICSTRATEGICREVIEWREVIEW
PLANNING PLANNING GUIDANCEGUIDANCE
ENTRY INTOENTRY INTOCAPABILITY PLANCAPABILITY PLAN
CapabilityCapabilityGapsGaps
CapabilityCapabilityGapsGaps
TRANSITION TRANSITION TO SERVICETO SERVICE
-- BA
SELI
NE
BA
SELI
NE
-- BEN
CH
MA
RK
BEN
CH
MA
RK
DEVELOPING FUTURE AEROSPACE CAPABILITY TO FIGHT AND WINDEVELOPING FUTURE AEROSPACE CAPABILITY TO FIGHT AND WIN
AAEERROOSSPPAACCEE
DDEEVVEELLOOPPMMEENNTT
CAPABILITY MANAGEMENT CAPABILITY MANAGEMENT CHALLENGESCHALLENGES
• Key challenges include:– Sustaining legacy platforms and systems– Transitioning, integrating and evolving new
capability– Evolving enduring capabilities
NEW CAPABILITY NEW CAPABILITY
LEGACYLEGACYCAPABILITYCAPABILITY
ENDURING CAPABILITYENDURING CAPABILITY
CONCEPT DEMONSTRATION & EXPERIMENTATIONCONCEPT DEMONSTRATION & EXPERIMENTATION
PEOPLE, ORGANISATION AND DOCTRINEPEOPLE, ORGANISATION AND DOCTRINEHARMONISED WITH TECHNOLOGYHARMONISED WITH TECHNOLOGY
DEVELOPING FUTURE AEROSPACE CAPABILITY TO FIGHT AND WINDEVELOPING FUTURE AEROSPACE CAPABILITY TO FIGHT AND WIN
AAEERROOSSPPAACCEE
DDEEVVEELLOOPPMMEENNTT
CAPABILITY EDGECAPABILITY EDGE
CAPABILITY DEVELOPMENT CHALLENGESCAPABILITY DEVELOPMENT CHALLENGES
TIME
CA
PA
BIL
ITY
CONCEPT DEMONSTRATION &CONCEPT DEMONSTRATION &EXPERIMENTATIONEXPERIMENTATION
MOVE FROM LAG TO LEADMOVE FROM LAG TO LEAD-- PREADAPTIVEPREADAPTIVE
PEOPLE, ORGANISATION AND DOCTRINEPEOPLE, ORGANISATION AND DOCTRINEHARMONISED WITH TECHNOLOGYHARMONISED WITH TECHNOLOGY
••INCREASED GOVT INCREASED GOVT OPTIONSOPTIONS••REDUCED REDUCED STRATEGIC RISKSTRATEGIC RISK
––FLEXIBILITYFLEXIBILITY––ADAPTABILITYADAPTABILITY––RESPONSIVERESPONSIVE––ASYMMETRY ASYMMETRY
‘‘TRANSFORMATIONTRANSFORMATION’’
DEVELOPING FUTURE AEROSPACE CAPABILITY TO FIGHT AND WINDEVELOPING FUTURE AEROSPACE CAPABILITY TO FIGHT AND WIN
AAEERROOSSPPAACCEE
DDEEVVEELLOOPPMMEENNTT
TIME
CA
PA
BIL
ITY
CONCEPT DEMONSTRATION &CONCEPT DEMONSTRATION &EXPERIMENTATIONEXPERIMENTATION
HISTORICALLY ~ 5 YRSHISTORICALLY ~ 5 YRS
PRESSURESPRESSURES
TGT ~ 2 YRSTGT ~ 2 YRS
‘‘TRANSFORMATIONTRANSFORMATION’’
PREADAPTIONPREADAPTIONPEOPLE, ORGANISATION AND DOCTRINEPEOPLE, ORGANISATION AND DOCTRINE
HARMONISED WITH TECHNOLOGYHARMONISED WITH TECHNOLOGY
CAPABILITY DEVELOPMENT CHALLENGESCAPABILITY DEVELOPMENT CHALLENGES
••INCREASED GOVT INCREASED GOVT OPTIONSOPTIONS••REDUCED REDUCED STRATEGIC RISKSTRATEGIC RISK
––FLEXIBILITYFLEXIBILITY––ADAPTABILITYADAPTABILITY––RESPONSIVERESPONSIVE––ASYMMETRY ASYMMETRY
DEVELOPING FUTURE AEROSPACE CAPABILITY TO FIGHT AND WINDEVELOPING FUTURE AEROSPACE CAPABILITY TO FIGHT AND WIN
AAEERROOSSPPAACCEE
DDEEVVEELLOOPPMMEENNTT
AIRCRAFT PRICE (1900AIRCRAFT PRICE (1900--2020) 2020)
0.000
0.001
0.010
0.100
1.000
10.00019
00
1910
1920
1930
1940
1950
1960
1970
1980
1990
2000
2010
2020
Airc
raft
Pric
es (R
eal 2
004
Pric
es)
(US$
m)
(US$m 2004 Prices - Log Scale)Pr ices of ai r cr af t sti l l being manuf actur ed or designed ar e estimates
Copyright Defence M ateriel Organisation, Australia 200
0.1
1
10
100
1st Generation
Jet
2ndGeneration
Jet
3rdGeneration
Jet
4thGeneration
Jet
5thGeneration
Jet
Jet AircraftPrice Increase 3.49% pa
Transition to jetsPrice Increase 17.70% pa
Piston AircraftPrice Increase 5.20% pa
F86 Sabre
F86D/K/L SabreWright Signal Corps Flyer
Wright B Flyer
Sopw ith Camel
DeHavilland DH4
Spitf ire
P40 Warhaw k
P51 Mustang
Wirraw ayBoomerang
P47 ThunderboltMe262 Schw albe
F84 Thunderstreak
F111 A Pig
Mirage III O
F104 Starf ighter
A4D Skyhaw k
F4C Phantom IIF4D Phantom II
A4F Skyhaw kF4E Phantom II
F35 JSF
F22 Raptor
Dassault Rafale C
FA18 A/B Hornet
FA18 E/F Super Hornet
Eurofighter EF2000 Typhoon
F16 E/F FalconF15E Eagle
Real unit prices increasing by 3½% pa
DEVELOPING FUTURE AEROSPACE CAPABILITY TO FIGHT AND WINDEVELOPING FUTURE AEROSPACE CAPABILITY TO FIGHT AND WIN
AAEERROOSSPPAACCEE
DDEEVVEELLOOPPMMEENNTT
AIRCRAFT PRICE/POUND (1900AIRCRAFT PRICE/POUND (1900--2020)2020)
0
1
10
100
1,000
10,000
100,000
1900
1910
1920
1930
1940
1950
1960
1970
1980
1990
2000
2010
2020
Airc
raft
Pric
e/Po
und
(Rea
l 200
4 Pr
ices
) (U
S$/lb
)
(US$/lb 2004 Prices - Log Scale)Based on Maximum Take Off Weight
Prices of aircraft still being manufactured or designed are estimates
Copyright Defence Materiel Organisation & Defence, Australia 2005
Jet AircraftPrice Increase 8% pa
Transition to jetsPrice Increase 19% pa
Piston AircraftPrice Increase -1% pa
1st Generation
Jet
2ndGeneration
Jet
3rdGeneration
Jet
4thGeneration
Jet
5thGeneration
Jet
Wright Signal Corps Flyer
Wright B Flyer
Sopwith Camel
DeHavilland DH4
Spitfire
P40 WarhawkP51 Mustang
Wirraway
Boomerang
F86 Sabre
F86D/K/L
P47 Thunderbolt
Me262 Schwalbe
F84 Thunderstreak
F111 A Pig
F35 JSF
F22 RaptorDassault Rafale C
FA18 A/B Hornet
FA18 E/F Super Hornet
Eurofighter EF2000 Typhoon
F16 E/F Falcon
F104 Starfighter
Mirage III OA4D Skyhawk
F4C Phantom II
F4D Phantom II
A4F Skyhawk
F4E Phantom II
F15E
Real price per pound increasing by 8% pa
DEVELOPING FUTURE AEROSPACE CAPABILITY TO FIGHT AND WINDEVELOPING FUTURE AEROSPACE CAPABILITY TO FIGHT AND WIN
AAEERROOSSPPAACCEE
DDEEVVEELLOOPPMMEENNTT
UNDERSTANDING AND UNDERSTANDING AND MANAGING CAPABILITYMANAGING CAPABILITY
TIME
FLEXIBILITYFLEXIBILITY
FUNCTION
PHYSICAL
FISCAL
INVESTMENTSINVESTMENTSPERFORMANCE MEASURESPERFORMANCE MEASURES-- PROACTIVE MANAGEMENTPROACTIVE MANAGEMENT
BLOCK BLOCK 11
BLOCK BLOCK 22
BLOCK BLOCK 33
BLOCK BLOCK 44
LEGACY LEGACY SYSTEMSSYSTEMS
NEW SYSTEMS NEW SYSTEMS -- EVOLUTIONARY DEVELOPMENTEVOLUTIONARY DEVELOPMENT
ENDURING ELEMENTSENDURING ELEMENTS
NEWNEW
WEA
PON
SW
EAPO
NS
LEG
AC
YLE
GA
CY
AVI
ON
ICS
AVI
ON
ICS
AIR
CR
AFT
A
IRC
RA
FT
STR
UC
TUR
EST
RU
CTU
RE
DEVELOPING FUTURE AEROSPACE CAPABILITY TO FIGHT AND WINDEVELOPING FUTURE AEROSPACE CAPABILITY TO FIGHT AND WIN
AAEERROOSSPPAACCEE
DDEEVVEELLOOPPMMEENNTT
EFFECTS BASED EFFECTS BASED --CAPABILITY ENABLEDCAPABILITY ENABLED
AEROSPACE FORCEAEROSPACE FORCECAPABILITY CAPABILITY
& CONCEPTS& CONCEPTS
STRATEGICSTRATEGICEFFECTSEFFECTS
WEAPONWEAPONSYSTEMSSYSTEMS
DEVELOPING FUTURE AEROSPACE CAPABILITY TO FIGHT AND WINDEVELOPING FUTURE AEROSPACE CAPABILITY TO FIGHT AND WIN
AAEERROOSSPPAACCEE
DDEEVVEELLOOPPMMEENNTT
ADF NETWORK ENABLED CONCEPT ADF NETWORK ENABLED CONCEPT
DEVELOPING FUTURE AEROSPACE CAPABILITY TO FIGHT AND WIN DEVELOPING FUTURE AEROSPACE CAPABILITY TO FIGHT AND WIN
AAEERROOSSPPAACCEE
DDEEVVEELLOOPPMMEENNTT
Radar (Sensor)ELINT (Sensor)
TADIL (UHF Link)
Data (Satcom UHF)Multi (HF/VHF/UHF)
GAIN AND GAIN AND EXPLOIT EXPLOIT
INFORMATIONINFORMATION••MULTIMULTI--SOURCE DATASOURCE DATA••SHARED INFORMATIONSHARED INFORMATION••RIGHT INFORMATIONRIGHT INFORMATION
COMMAND AND COMMAND AND CONTROLCONTROL
••SHARED SITUATIONAL SHARED SITUATIONAL AWARENESS AND AWARENESS AND SYNCHRONISATIONSYNCHRONISATION••COLLABORATIONCOLLABORATION••RIGHT PEOPLE, RIGHT RIGHT PEOPLE, RIGHT TIMETIME
MULTIMULTI--DIMENSIONAL DIMENSIONAL MANOEUVREMANOEUVRE
••JOINT AND COALITION JOINT AND COALITION FORCEFORCE••EFFECTS BASEDEFFECTS BASED••RIGHT EFFECTRIGHT EFFECT
DECISION DECISION SUPERIORITYSUPERIORITY
WARFIGHTING EDGEWARFIGHTING EDGE
INFORMATIONINFORMATIONSUPERIORITYSUPERIORITY
DEVELOPING FUTURE AEROSPACE CAPABILITY TO FIGHT AND WINDEVELOPING FUTURE AEROSPACE CAPABILITY TO FIGHT AND WIN
AAEERROOSSPPAACCEE
DDEEVVEELLOOPPMMEENNTT
CAPABILITY ROADMAPSCAPABILITY ROADMAPS
CAPABILITY ROADMAPCAPABILITY ROADMAP
SYSTEM ROADMAPSSYSTEM ROADMAPS
TECHNOLOGY ROADMAPSTECHNOLOGY ROADMAPS
DEVELOPING FUTURE AEROSPACE CAPABILITY TO FIGHT AND WINDEVELOPING FUTURE AEROSPACE CAPABILITY TO FIGHT AND WIN
AAEERROOSSPPAACCEE
DDEEVVEELLOOPPMMEENNTT
NETWORK ENABLED FORCENETWORK ENABLED FORCE
SITUATIONALSITUATIONALAWARENESSAWARENESS
SURVIVABILITYSURVIVABILITY
RESPONSIVENESSRESPONSIVENESS
INTEROPERABILITYINTEROPERABILITY
PRECISIONPRECISION
PERSISTENCEPERSISTENCE
REACHREACH
BALANCED, BALANCED, NETWORKED AND NETWORKED AND
DEPLOYABLEDEPLOYABLEFORCE FORCE
ROADMAPROADMAP
DEVELOPING FUTURE AEROSPACE CAPABILITY TO FIGHT AND WINDEVELOPING FUTURE AEROSPACE CAPABILITY TO FIGHT AND WIN
AAEERROOSSPPAACCEE
DDEEVVEELLOOPPMMEENNTT
AEROSPACE CAPABILITY AEROSPACE CAPABILITY FRAMEWORKFRAMEWORK
FUTUREFUTUREAEROSPACEAEROSPACE
FORCEFORCE
OFFENSIVEOFFENSIVECOMBATCOMBAT
RAPIDRAPIDMOBILITYMOBILITY
FLEXIBLEFLEXIBLECOMBAT COMBAT SUPPORTSUPPORT
SURVEILLANCESURVEILLANCE& BATTLESPACE & BATTLESPACE
MANAGEMENTMANAGEMENT
NETWORKEDNETWORKED
JOINTJOINT
COALITIONCOALITION
DEVELOPING FUTURE AEROSPACE CAPABILITY TO FIGHT AND WINDEVELOPING FUTURE AEROSPACE CAPABILITY TO FIGHT AND WIN
AAEERROOSSPPAACCEE
DDEEVVEELLOOPPMMEENNTT
SENSOR TO SHOOTERSENSOR TO SHOOTER
SENSOR SHOOTER
C2
TECHNOLOGY
ORGANISATION DOCTRINE
OUR PEOPLE
DEVELOPING FUTURE AEROSPACE CAPABILITY TO FIGHT AND WINDEVELOPING FUTURE AEROSPACE CAPABILITY TO FIGHT AND WIN
AAEERROOSSPPAACCEE
DDEEVVEELLOOPPMMEENNTT
Australian NCW Network– Bandwidth constrained– Multi-tiered architecture– Key nodes interoperability
US GIGGlobal interconnectedness across a ubiquitous network
GPS
Comms
Joint
Land
Coalition
Air OS
Air OS
MaritimeOS
GBADCVS
ARH
AEW&C
Op LevelUAV
Inf
IFWS
TroopLift
TUAV
ISR
SF
GPS
Comms
Joint
Land
Coalition
Air OS
Air OS
MaritimeOS
GBADCVS
ARH
AEW&C
Op LevelUAV
Inf
IFWS
TroopLift
TUAV
ISR
SF
GPS
Comms
Joint
Land
Coalition
Air OS
Air OS
MaritimeOS
GBADCVS
ARHARH
AEW&C
Op LevelUAV
Inf
IFWS
TroopLift
TUAV
ISR
SF
COALITION INTEROPERABILITY COALITION INTEROPERABILITY COALITION OPERATIONAL AND SYSTEM ARCHITECTURES?
DEVELOPING FUTURE AEROSPACE CAPABILITY TO FIGHT AND WINDEVELOPING FUTURE AEROSPACE CAPABILITY TO FIGHT AND WIN
AAEERROOSSPPAACCEE
DDEEVVEELLOOPPMMEENNTT
BATTLESPACE MANAGEMENT AND COMMAND BATTLESPACE MANAGEMENT AND COMMAND AND CONTROL CONCEPTAND CONTROL CONCEPT
BMC2BMC2
ElectronicWarfare
Intelligence
Information Operations
INFORMATIONINFORMATIONWARFAREWARFARE
UAV
Space
ADGE
SURVEILANCESURVEILANCETARGET ACQUSITION TARGET ACQUSITION
RECONNAISSANCERECONNAISSANCEManned Platforms
(AEW&C,MMA,JSF)
CombatSupport
OffensiveCombat
BattlespaceManagement
JOINT/COALITIONJOINT/COALITIONAEROSPACEAEROSPACEOPERATIONSOPERATIONS
RapidMobility
DEVELOPING FUTURE AEROSPACE CAPABILITY TO FIGHT AND WINDEVELOPING FUTURE AEROSPACE CAPABILITY TO FIGHT AND WIN
AAEERROOSSPPAACCEE
DDEEVVEELLOOPPMMEENNTT
EXPERIMENTATION AND EXPERIMENTATION AND SIMULATIONSIMULATION
• Key to improving our future capability and maximising contribution of our people
• ‘Concept led long range planning’– Identifying major drivers and future missions– Developing, refining and testing operational
concepts to achieve these missions– Performance measures and feedback loops– Influencing Capability Development– Overcoming operational inertia - InnovationInnovation– Lead not lag, predictive and proactive -
PreadaptionPreadaption
DEVELOPING FUTURE AEROSPACE CAPABILITY TO FIGHT AND WINDEVELOPING FUTURE AEROSPACE CAPABILITY TO FIGHT AND WIN
AAEERROOSSPPAACCEE
DDEEVVEELLOOPPMMEENNTT
AEROSPACE AEROSPACE ‘‘BATTLELABBATTLELAB’’ CAPABILITYCAPABILITY
NETWORKNETWORKENABLEDENABLED
OPERATIONALOPERATIONALCONCEPTSCONCEPTS
TACTICSTACTICSDEVELOPMENTDEVELOPMENT
PREPAREDNESSPREPAREDNESS SYSTEMSYSTEMINTEGRATIONINTEGRATION
TRAININGTRAINING
REQUIREMENTSREQUIREMENTSDETERMINATIONDETERMINATION
CAPABILITYCAPABILITYOPTIONSOPTIONS
DESIGNDESIGNREVIEWREVIEW
SYSTEM SYSTEM TESTTEST
CAPABILITYCAPABILITYGAPSGAPS
JOINT/COALITIONJOINT/COALITIONWARFIGHTINGWARFIGHTING
CONCEPTSCONCEPTS
MILITARYMILITARYSTRATEGYSTRATEGY
CAPABILITYCAPABILITYDEVELOPMENTDEVELOPMENT
ININ--SERVICESERVICE ACQUISITIONACQUISITION
WH
OLE
WH
OLE
-- OF
OF --
LIFE
LIFE
WH
OLE
WH
OLE
-- OF
OF -- C
APA
BILITY
CA
PAB
ILITY
DOCTRINEDOCTRINE
DEVELOPING FUTURE AEROSPACE CAPABILITY TO FIGHT AND WINDEVELOPING FUTURE AEROSPACE CAPABILITY TO FIGHT AND WIN
AAEERROOSSPPAACCEE
DDEEVVEELLOOPPMMEENNTT
•• Operations ResearchOperations Research•• Design of ExperimentDesign of Experiment•• Decision AnalysisDecision Analysis•• Data & Assumption Data & Assumption
ManagementManagement•• Business Case Business Case
DevelopmentDevelopment
•• Virtual Virtual ExperimentationExperimentation
•• HITL & Agent HITL & Agent TechnologiesTechnologies
•• Integrated Modeling Integrated Modeling and Simulationand Simulation
•• TrainingTraining•• Human FactorsHuman Factors
•• Force Level Systems Force Level Systems EngineeringEngineering
•• Operational and Operational and Systems Systems ArchitecturesArchitectures
AnalyticAnalyticEnvironmentEnvironment
VirtualVirtualEnvironmentEnvironment
Systems EngineeringSystems EngineeringEnvironmentEnvironment
Operational Concept
System Functional Mapping
System Interface Mapping
OV-1OV-4
OV-5
SV-3SV-4
SV-5
OV-2
OV-3
SV-1 TV-1
SV-2 SV-6
Architecture Performanceand Behavior
OV-6CSV-7
ExecutableModel
CV-6 Capabilities Evolution DescriptionOV-1 High-level Operational Concept GraphicOV-2 Operational Node Connectivity DescriptionOV-3 Operational Information Exchange Matr ixOV-4 Command Relationships Char tOV-5 Activity ModelOV-6C Operational Event/Trace DescriptionSV-1 System Interface DescriptionSV-2 Systems Communication DescriptionSV-3 Systems Matr ixSV-4 System Functionality DescriptionSV-5 Operational Activity to System Function
Traceability MatrixSV-6 System Information Exchange MatrixSV-7 System Performance Parameters MatrixSV-8 System Evolution DescriptionSV-9 System Technology ForecastSV-10 System Activity Sequence & TimingTV-1 Technical Architecture ProfileTV-2 Standards Technology Forecast
The Role of Engineering and Technology
Lesser
Greater
1st Order Ana lysis:Functionality- -
2nd Orde r Analysis:Static Inte roperability
3rd Order Analysis:Dynamic Interoperability
OV-3
Note: There are dependencies between the Architectureproducts that are not shown in the SystemEngineer ing flow. Many of the products aredeveloped concurrently.
Architectures Provide the Framework forSystems Engineering & Acquisition
SV-8TV-2
CV-6
Acquisition Strategy
SV-9
SV-10
DRMOpSits
TTP
Integrated Aerospace CD&E Environment:Integrated Aerospace CD&E Environment:Operational and System Concept ExplorationOperational and System Concept Exploration
%of Global GDP25
0
U.S.
Europe
China
India
Japan
Brazil
‘95 ‘20 ‘20
Low HighGrowth:
Source: OECD, The World in 2020
%of Global GDP25
0
U.S.
Europe
China
India
Japan
Brazil
‘95 ‘20 ‘20
Low HighGrowth:
Source: OECD, The World in 20207INCOSE Draft (10 May 02)
Need to populate with specific coalition platforms and systems
Reference: US Single Integrated Air Picture
Op. Obj.
Cm
pn. O
bj.
2-S
cena
rioW
eigh
ts
Scores
MATRIXA
Op. Tasks
Op.
Obj
.
Scores
MATRIXB
Log. Tasks
AGS
Scores
AGSMATRIX
Op. Attr. AGS
Op.
Tas
ks
Scores
MATRIXC1
Log. Attr.
Log.
Tas
ks
Scores
MATRIXC2
Tech. Areas
Op.
& L
og.
Attr.
Scores
MATRIXD1
Tech. Projects
Tech
. Are
as
Scores
MATRIXF
Attribute DesignTradeoffs
(Op. & Log.)
Attribute RqmtsTradeoffs
(Op. & Log.)
Tech. Projects
Affo
rdab
ility
Scores
MATRIXG
TechnologyProjectPayoffs
ProjectSynergies
Underpinning DSTO R&D EffortUnderpinning DSTO R&D Effort
CollaborationCollaboration
DEVELOPING FUTURE AEROSPACE CAPABILITY TO FIGHT AND WINDEVELOPING FUTURE AEROSPACE CAPABILITY TO FIGHT AND WIN
AAEERROOSSPPAACCEE
DDEEVVEELLOOPPMMEENNTT
•• Selective (resource limited) realSelective (resource limited) real--time time realreal--world experimentation, world experimentation, demonstration and feedbackdemonstration and feedback
•• Verification and ValidationVerification and Validation•• Risk ManagementRisk Management•• Operational AssessmentOperational Assessment•• Concept Technology DemonstratorsConcept Technology Demonstrators
RealRealWorld ExperimentationWorld Experimentation
Integrated Aerospace CD&E Environment:Integrated Aerospace CD&E Environment:Operational and System Concept ExplorationOperational and System Concept Exploration
Underpinning DSTO R&D EffortUnderpinning DSTO R&D Effort
CollaborationCollaboration
OUTPUTOUTPUTExperiment DesignExperiment DesignBusiness Case Business Case -- ResourcesResourcesOperations AnalysisOperations AnalysisOp/Sys ArchitecturesOp/Sys ArchitecturesPerformance MeasuresPerformance MeasuresInitial CONOPSInitial CONOPS
•• Operations ResearchOperations Research•• Design of ExperimentDesign of Experiment•• Decision AnalysisDecision Analysis•• Data & AssumptionData & Assumption
ManagementManagement•• Business CaseBusiness Case
DevelopmentDevelopment
•• VirtualVirtualExperimentationExperimentation
•• HITL & AgentHITL & AgentTechnologiesTechnologies
•• Integrated Integrated ModellingModellingand Simulationand Simulation
•• TrainingTraining•• Human FactorsHuman Factors
•• Force Level SystemsForce Level SystemsEngineeringEngineering
•• Operational andOperational andSystemsSystemsArchitecturesArchitectures
AnalyticAnalyticEnvironmentEnvironment
VirtualVirtualEnvironmentEnvironment
Systems EngineeringSystems EngineeringEnvironmentEnvironment
Operational Concept
System Functional Mapping
System Interface Mapping
OV-1OV-4
OV-5
SV-3SV-4
SV-5
OV-2
OV-3
SV-1 TV-1
SV-2 SV-6
Architecture Performanceand Behavior
OV-6CSV-7
Executab leModel
CV-6 Capabil ities Evolution Descr iptionOV-1 High-level Operational Concept GraphicOV-2 Operational Node Connectivi ty DescriptionOV-3 Operational Information Exchange Matr ixOV-4 Command Relationships Char tOV-5 Ac tivi ty ModelOV-6C Operational Event/Trace DescriptionSV-1 Sy stem Interface DescriptionSV-2 Sy stems Communication DescriptionSV-3 Sy stems Matr ixSV-4 Sy stem Functional ity DescriptionSV-5 Operational Activity to System Function
Traceabi li ty MatrixSV-6 Sy stem Information Exchange Matr ixSV-7 Sy stem Performance Parameters MatrixSV-8 Sy stem Evolution Descr iptionSV-9 Sy stem Technology ForecastSV-10 Sy stem Activi ty Sequence & TimingTV-1 Technical Architecture ProfileTV-2 Standards Technology Forecast
The Role of Engineering and Technology
Lesser
Greater
1st Order Analys is:Functional ity--
2nd Orde r Analysis:Static Interoperabili ty
3rd Order Analysis:Dynamic Interoperability
OV-3
Note: There are dependencies between the Architectureproducts that are not shown in the SystemEngineer ing flow. Many of the products aredeveloped concurrently .
Architectures Provide the Framework forSystems Engineering & Acquisition
SV-8TV-2
CV-6
Acquisition Strategy
SV-9
SV-10
DRMOpSits
TTP
Integrated Aerospace CD&E Environment:Integrated Aerospace CD&E Environment:Operational and System Concept ExplorationOperational and System Concept Exploration
%of G lobal GDP25
0
U.S.
Eu rop e
Ch ina
In di a
Jap an
B razi l
‘95 ‘20 ‘20
Low HighGr owth:
Source: O ECD , The World in 2020
%of G lobal GDP25
0
U. S.
Eu rop e
Ch ina
In di a
Jap an
B razi l
‘95 ‘20 ‘20
Low HighGr owth:
Source: O ECD , The World in 2020
7INCOSE Draf t (10 May 02)
Need to populate with specific coalition platforms and systems
Reference: US Single Integrated Air Picture
Op. Obj.
Cm
pn. O
bj.
2-Sc
enar
ioW
eigh
ts
Scores
MATRIXA
Op. Tasks
Op.
Obj
.
Scores
MATRIXB
Log. Tasks
AGS
Scores
AGSMATRIX
Op. Attr. AGS
Op.
Tas
ks
Scores
MATRIXC1
Log. Attr.
Log.
Tas
ks
Scores
MATRIXC2
Tech. Areas
Op.
& L
og.
Attr
.
Scores
MATRIXD1
Tech. Projects
Tech
. Are
as
Scores
MATRIXF
Attribute DesignTradeoffs
(Op. & Log.)
Attribute RqmtsTradeoffs
(Op. & Log.)
Tech. Projects
Affo
rdab
ility
Scores
MATRIXG
TechnologyProjectPayoffs
ProjectSynergies
Underpinning DSTO R&D EffortUnderpinning DSTO R&D Effort
CollaborationCollaboration
FEEDBACKFEEDBACK
DEVELOPING FUTURE AEROSPACE CAPABILITY TO FIGHT AND WINDEVELOPING FUTURE AEROSPACE CAPABILITY TO FIGHT AND WIN
AAEERROOSSPPAACCEE
DDEEVVEELLOOPPMMEENNTT
•• Integrated capability Integrated capability roadmapsroadmaps
–– Capability GapsCapability Gaps–– Prioritised Prioritised
investmentsinvestments•• Tested CONOPS and Tested CONOPS and
Architectures Architectures •• Experimentation Experimentation
plansplans–– Limited Objective Limited Objective
ExperimentsExperiments–– Service/Joint Service/Joint
experimentation experimentation master questionsmaster questions
ProcessProcessOutputOutput
INTEGRATED SYSTEMS ANALYSIS:INTEGRATED SYSTEMS ANALYSIS:Engineering Network Enabled WarfareEngineering Network Enabled Warfare
Iterative process - mission capabilities traceable to system integration and interoperability
- CONOPS Driven- Systems Engineering based- Iterative
•• Technical Technical architecturesarchitectures
–– ASBMASBM–– JSF C4I PACRIMJSF C4I PACRIM
•• Technical viewTechnical view–– standardsstandards–– directivesdirectives
•• System shortfallsSystem shortfalls
Force DesignForce DesignSynthesisSynthesis
DefenceRestrictedNetwork(DRN)System
DefenceSecret
Network(DSN)System
DedicatedComms
SwitchesSecure
ManagementServices
Sub-system
BackboneRouterSurges
ManagementSub-system
BoundaryRouters
Core ATMSwitches
NortelSDSSSub-system
PM KeysSub- system
OtherSub-systems
RomanFinancial Sub-
system
SpeakeasySecure VoiceSub- system
SecureSurveilance
DataSub-system
Intel DataSub-system
BackboneRouterServiceSystem
RestrictedApplications
System
Voice SecureSystem
VoiceInsecureSystem
InternetAccessSystem
VoicePasspor tSwitches
Sub- system
OPTUS B1GE O #1
L, Ku-BandSystem
Parakeet Number 3System
FacilitiesSub-system
RadarSub- system
CommunicationSub-ystem
CombatSub-system
CommunicationSub-ystem
FacilitiesSub- system
RadarSub-system
CombatSub-system
LE ASAT 5GE O #4
UHF-BandSystem
IRIDIUMLEO #66L-BandSystem
OPTUS A3GE O #1Ku-BandSystem
PANAMSATGEO #27
C, Ka-Band
T actical AirDefence Radar
#3 System
Tactical AirDefence Radar
#2 System
System
Segment
Parakeet Number 2System
DSCS3GEO #10X-BandSystem
UHF Follow OnGEO #10
UHF-BandSystem
INMARSATGEO #10L-BandSystem
INTELSATGEO #4
C, Ka-BandSystem
Defence Wide AreaNetwork
Mobile Segment
North West CapeNode System
Riverina NodeSystem
National ManagementFacility Node
Canberra RussellSystem
Backup NMF NodeHarmen System
Townsville NodeSystem
TBD
Darwin NodeSystem
Antenna ReceiveSite
Rough RangeSub-system
AntennaRecieve Site
CanberraSub- system
Antenna ReceiveSite Shoal Bay
Sub-system
Antenna TransmitSite Humpty Doo
Sub-system
LocalManagement
Facility HumptyDoo Sub-system
High FrequencyCommunications
NetworkNetwork
JindaleeOperational
RadarNetwork
Surveillance 1 Segment(Longreach) Facilities Segment
Radar 1System
Frequency ManagementSystem 1
JORN CoordinationCentre Site
System
Transponder andVertical Incidence
Sounder SitesSystem
Radar SitesSystem
Operations Centr eSystem
Microwave Radar& Facilities
Network
FixedSegment
MobileSegment
Nor thern RegionOperations Centre
System
Mobile SectorOperations
Centr e System
T actical AirDefence Radar
#1 System
Eastern RegionOperations Centre
System
Fixed GroundSegment
Mobile GroundSegment Space Segment
Parakeet System
Naval VesselsSystem
Mobile off ShoreTerminals System
Man Pack System
Aircraft System
OPT US C1/DGEO #1
X, Ku, UHF-BandSystem
OPTUS A3System
INMARSAT System
OPT US C1/DSystem
LE ASAT System
SataliteCommunications
Network
Parakeet Number 1System
FacilitiesSub- system
CombatSub-system
RadarSub-system
CommunicationSub-ystem
Radar 1Transmit
Sub-system
Radar 1Receive
Sub-system
Radar 1Signal
ProcessingSub- system
BackScatterSounder(BSS)
Receive S/S
BSS/MiniRadarTransmit
Sub-system
PassiveChannel
E valutionSub-system
BackgroundNoise
Monitor /Spectrum
Monitor S/S
VerticalIncidenceSounder
Sub- system
T ransponderSub-system
ObliqueIncidenceSounder
Sub-system
MiniRadarSub- system
TransmitRadar1
Sub-system
ReceiveRadar 1
Sub-system
TransmitRadar 2
Sub-system
ReceiveRadar 2
Sub-system
Sub-system
Network
Segment
System
Sub-system
System
Network
Segment
System
Segment
Network
Sub-system
Surveillance 2 Segment(Laverton)
Surveillance 3 Segment(Jindalee Alice Springs)
Mobile NavalSegment
Fixed Segment
DEFAUSSATOPTUS B1 System
INTELSAT 5System
UHF Follow OnSystem
PANAMSATSystem
DSCS3 SystemIRIDIUM System
FacilitiesManagement SegmentSecure SegmentInsecure Segment
Secure DataServicesSystem
Secure VideoConferencing
System
UnconnectedLocal AreaNetworks
TerminalInternetAccess
Hired BandWidth
REFSSub-system
ADGE Architecture Concept
DRAWN R IGNETIK 28 OCT 02
CHECKED
PASSED
APPROVED
TITLE ADGE Architecture
DRAWING NUMBER A-0001 SHEET 1 of 1
DRG STD DEF(AUST)5085
CLASSIFICATION UNCLASSIFIED
•• System ArchitecturesSystem Architectures
•• Information exchange Information exchange requirementsrequirements
–– First order integration First order integration and interoperabilityand interoperability
FunctionalFunctionalAnalysisAnalysis
System Functional Mapping
SV-3SV-4
SV-5
OV-3
•• Operational Operational architecturesarchitectures
•• CONOPS analysisCONOPS analysis•• Mission analysisMission analysis
RequirementsRequirementsAnalysisAnalysis
Operational Concept
OV-1OV-4
OV-5
DRMOpSits
TTP
7INCOSE Draft (10 May 02)
Need to populate with specific coalition platforms and systems
Reference: US Single Integrated Air Picture
DEVELOPING FUTURE AEROSPACE CAPABILITY TO FIGHT AND WINDEVELOPING FUTURE AEROSPACE CAPABILITY TO FIGHT AND WIN
AAEERROOSSPPAACCEE
DDEEVVEELLOOPPMMEENNTT
Fundamental Fundamental
Inputs Inputs
to Capabilityto Capability
PeoplePeopleOrganisationOrganisation
DoctrineDoctrineTechnologyTechnology
Experimentation/Synthetic Environments/Focussed R&DExperimentation/Synthetic Environments/Focussed R&D
Future Warfighting ConceptsFuture Warfighting Concepts
Network Enabled WarfareNetwork Enabled Warfare
Unm
anne
dU
nman
ned
Man
ned
Man
ned
Forc
e St
ruct
ure
Forc
e St
ruct
ure
Future MaritimeFuture Maritime
Patrol & ResponsePatrol & Response
Integrated Operational and System ArchitecturesIntegrated Operational and System Architectures
AIR 7000 FUTURE MARITIME PATROL AIR 7000 FUTURE MARITIME PATROL AND RESPONSE CAPABILITYAND RESPONSE CAPABILITY
DEVELOPING FUTURE AEROSPACE CAPABILITY TO FIGHT AND WINDEVELOPING FUTURE AEROSPACE CAPABILITY TO FIGHT AND WIN
AAEERROOSSPPAACCEE
DDEEVVEELLOOPPMMEENNTT
The Australian The Australian DefenceDefence ForceForce
‘‘Making a differenceMaking a difference’’
QUESTIONSQUESTIONS‘A balanced, networked and deployable force, manned by dedicated and professional people, which excels at
joint and coalition operations’