Battlespace Communications Architecture Development

Transcription

1 Battlespace Communications Architecture Development Land Communications Reference Architecture Brief Mr Graeme Neil, Lead Architect, Joint Project 2072, DMO Electronic s Division Communications Branch Battlespace Communications SPO

2 Land Battlespace Communications Architecture Land Battlespace Communications Purpose To develop an architecture for ADF deployable Communications Network Infrastructure, that will enable discrete capabilities in the Land battlespace environment. Land Battlespace Communications Architecture Purpose To provide supports for the continued development of both Foreseen and Unforeseen Capabilities of the Battlespace. To provide Standardised, Extensible, Robust, Infrastructure To Enable Progressive Acquisition and integration of suitable s incorporating Emerging Technologies 2

3 Land Battlespace Communications Architecture layers Business Reference Architecture Solutions Architecture s Architecture Physical (Product) Architecture Activity Hardware Capability s Product Business Services Software 3

4 Land Battlespace Communications Architectural Patterns 1. Infrastructure Layering 2. Land Communications Environment 3. Capability 4. Activity Patterns 5. Business Services Patterns 6. Patterns 7. Network Node Pattern 8. s Pattern 9. Example Application 4

5 Battlespace Communications (Land) Communications Network Layering AEWAC Battlespace Communications (Land) BCS(L) AIR Hornet JSF C-130 C-17 CHINOOK BLACKHAWK APOD/E MRH UHF Satellite ARH Artillery GBAMD UAV Infantry BN Infantry Coy Mechanised BDE HQ Infantry Coy SF WGS Satellite UAV Infantry Combat Engineer Coy Logistics Support Armoured CAV COALITION FFH LHD MARITIME FFG SUBMARINE APPLICATIONS COMMON WEB SERVICES OPERATING PICTURE IMAGERY SITUATIONAL MILIS AWARENESS PMKEYS MILITARY MESSAGING BMS TELEMEDICINE BMS-F DTCS BMS-C2 BMS-AD BMS-EW DLAN NBN PSTN INMARSAT NETWORK (Enablers) IRIDIUM THEATRE BROADCAST BTN TCN CYBER SECURITY CROSS DOMAIN DATA EXCHANGE SIE DTCN DRN DSN NIPRNET BCS(M) NGD SIPRNET LINK16 VMF JREAP LINK11 TADIL LINK22 LINE COMMUNICATIONS PRE HC-TDRE WGS BASE RADIO RADIO RELAY TROPOSCATTER SDR HF VHF UHF UHF TACSAT CNR SPECTRUM MANAGEMENT COALITION INTEROPERABILITY SCA 4.0 MANET IPV4 IPV6 STANDARDS PROTOCOLS SINCGARS ANW2 SRW WNW APCO-25 ARCHITECTURE INTEGRATION AND TEST FACILITY 5

6 Battlespace Communications (Land) Land Communications Environment EN Maritime Support EN Air Support ON BSG ON FSG ON Airfield Support ON Formation Node EN Coalition EN Maritime Support ON BGHQ ON HQ JTF EN Civilian Support EN Air Support ON Artillery Node ON Force Node ON Battlespace (Infromation Exchange) Hub ON Sensor Node ON CP Node ON LO Node ON Soldier ON Unit Node 6

7 Operations Functions Command & Control Communications Battlespace Awareness Joint Fires & Effects Force Projection Lift Logistics National Support Combat Support Capability Enablers Functions Operations Cyber Operations Special Operations Strategic Strike Air Control Population Centric Operations Sea Control Sea Denial Land Combat 7

8 Activity Patterns OA 11.1 Simulation Planning Observe Orient Decide Plan OA 11.2 Simulation Configuration Execute Review OA Obtain/ OA Simulation Military Configure Simulation OA Operate Stakeholder Engagement Assets Simulation OA Plan AAR Mission Needs Appreciation Mission Plan Execute Mission Mission Results Review Business Mission Process Process OA Develop Simulation Scenarios OA Engage/Brief Simulation Participants Act OA 11.3 Conduct Simulation OA Observe Simulation OA 11.4After Action Review Observe OA Prepare for AAR Plan Review Execute Results Review OA Conduct AAR OA Report on AAR 8

9 Business Services Patterns Example Communications and Computers Support Services SS11 Communications and Computers Support Services SS11-01 Customer Services SS11-02 Deployed Support Services SS11-03 Productivity Services SS11-04 Configuration SS11-05 Deployment Logistic Services SS11-06 Intelligence Surveillamce and Reconnaissance Service SS Customer Relationship SS Network SS Collaboration Services SS Authoring SS Repository Services SS Battlespace Training SS Customer Preferences SS Security SS Problem Reporting and Services SS Collaborative Sharing SS Product Lifecycle Service SS Pre- Deployment Activities SS Customer Initiated Assistance SS Deployed Bearer SS SS Grouping SS Asset SS Communications Services SS Throughlife Support SS Analysis Services SS Data Services 9

10 Patterns Logical Data Model - Example Graphic Audio Video Matrix can be can be can be Data Form can be Text can be is presented in originator recepient Data has Civilian Person is Person has performs supports operateshas Security Classification Rank supports is UAV has Soldier is Part of Security Clearance collects Sensor is is has Military Unit is assigned recepient originator Equipment is is Specialist Soldier Commander Role is Configuration Item (CI) forms Authority assigned transfers Communication Equipment Communication Network 10

11 Network Node Pattern (Place in the Network) Access Distribution Inter-Node Domain Black Routing Domain Domain Voice Radio Interface (RIS) Red Routing Voice Platform Interface (PIS) Radio Interface (RIS) Voice Node & Control Planning,, Monitoring, Control, Maintenance, Support 11

12 Network Node Pattern Communications Area Network Node Access Distribution Inter-Node Domain Black Routing Domain Domain Voice Radio Interface (RIS) Red Routing Voice Platform Interface (PIS) Radio Interface (RIS) Voice Node & Control Performed Locally or Remotely (Inter-Node Master-Slave Relationship) 12

13 Network Node Pattern Mounted Network Node Access Distribution Inter-Node Domain Black Routing Domain Domain Voice Radio Interface (RIS) Red Routing Voice Platform Interface (PIS) Radio Interface (RIS) Voice Node & Control Performed Locally or Remotely (Inter-Node Master-Slave Relationship) and / or Tactical Radio Specific (Influenced by JP2072 TCN Requirements Specification) 13

14 Network Node Pattern Dismounted Network Node Access Distribution Inter-Node Domain Black Routing Domain Domain Voice Radio Interface (RIS) Red Routing Voice Platform Interface (PIS) Radio Interface (RIS) Voice Node & Control Tactical Radio Specific (Influenced by JP2072 TCN Requirements Specification) 14

15 Pattern BCS(L) s Breakdown Structure Distribution Domain Node & Control SE01 Battlespace Communication (Land) SE01.01 Technology SE01.02 Communications Network SE01.03 Security SE01.04 Support SE01.05 Warfare Effects SE SE Knowledge SE SE Network Segmentation SE Network Host SE Network Client SE Network Planning & SE Governance Support SE Integrated Logistics Support SE Communications Support Centre SE Power SE Records SE Data SE Collaboration Support SE Library SE Line SE Radio SE Tactical Range Extension Inter-Node SE SE SE Electrical Line-of-Sight Aerial Range Extension SE Switching SE Routing SE Host Computing SE Host Storage SE Client Computing SE Client Storage SE Network Planning SE Network SE Border Protection SE Protection SE Governance SE Standardisation SE Operating Support SE Training Support SE Support and Maintenance SE Simulation SE Transportation SE Training SE Configuration SE Business Specific SE Decision Support/ Operational Analysis SE Optical SE Beyond Line-of- Sight SE Terrestrial Range Extension SE Gatewaying SE Client Capture SE Client Display SE Cyber Protection SE Identity Identification SE Engineering Development SE Acquisition Support SE Supply Support SE Engineering Support SE Certification SE Integration and Test SE Facilties SE Physical Protection SE Architecture Development SE Maintenance Support s External to the BCS(L) SE Capability Development SE Through Life Support SE Product Data 15

16 Application of Pattern to TCN 1 -Provides Link requests -Topology «implementation class» Networking Planning and Services +SS Network Control() +SS Network Planning() +SS Network Fault () +SS Network Administration() +SS Performance () -Provides Connection requests -Provides Analysed Faults and Alarms * -Provides -Consumes * -Consumes -Consumes * -Consumes * * -Consumes -Topology +SS Networking and Routing() +SS Network Optimisation and Load Balancing() +SS Network Quality of Service() +SS Application Services() -Status «implementation class» Services +SS LOS() +SS BLOS() +SS Range Extension() -Provides management «implementation class» Networking Services 1 -Provides Service 1 -Status * -Consumes «implementation class» Communication Services +SS Data Distribution() +SS Data Exchange() +SS Integrated Voice/ Data() +SS Net Voice() +SS APLR() +SS FMV() -Provides 1 * -Consumes Performer -Provides Operating Support 1 -Fault and alarm data and statistics +SS11.02 Operating Support() +GS21 Engineering Support() +SS11.02 Maintenance Support() «implementation class» Support Services * -Consumes -Provides Connection Security 1 -Users and roles «implementation class» Security Services +SS Authentication() +SS Authorisation() +SS Data () +SS Non-Repudiation () +SS11.04 Configuration () * -Consumes 16

17 Achieved Provided a Business Reference Architecture that: Addresses the Mandated Defence Capability Enables & guides development of Solutions Architectures that deliver BCS(L) Communications Environment Enabled Capabilities such as; Situational Awareness Command and Control Developed a Model-Based Architecture based on: Business Services Patterns Logical Patterns Logical s Patterns Network Node Patterns Developing a s Architecture that: Supports phased acquisition Delivers Communications s, extendable by replication Based on Standard, Vendor independent Interfaces A Gap analysis has been developed between the Target Architecture and the Legacy Architecture (including that which is in Acquisition) 17

18 Future Development Solutions Architecture development Orchestration of Business Services to enable Development of Integrated Security Controls Development of an Integrated /Knowledge Environment Deployment and hosting of Business Applications Plug and Play of User Hardware and Software Development of Governance 18