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rowid	image	timestamp	memento	first_capture	last_capture	current_status	text	mime	status	url	urlkey	digest	length	file_path
90		20060314015046	https://web.archive.org/web/20060314015046/http://www.defence.gov.au:80/dmo/esd/jp2072/internet_brief_24oct04.ppt	2006-03-14	2006-03-14	500	JP 2072 Battlespace Communications System (Land) BC-SPO EWSD DMO • In the Land context, operations will increasingly implement the concept of Network Centric Warfare (NCW)…... – OCD JP 2072 • JP 2072 is a multi-phased project that will progressively provide the ADF with the next generation telecommunications systems of the BCS (L) – OCD JP 2072 JP 2072 BCS (L) JP 2072 History • Project CURRAWONG – YOD 01/02 – $225M • Project PARAKEET Phase 7 – YOD 00/01 – $50M • Government endorsed JP 2072 Ph 1 in Nov 01 – $97M – Priority to fill key capability gaps within Digitised JTF AIRFIELD POE TACTICAL UNITS DJFHQ BDE HQ JP 2072 JP 2072 STRATEGIC INTERFACES STRATEGIC INTERFACES L o c k h e e d P - 3 O r i o n AIR & MARITIME INTERFACES COALITION INTERFACES LSF JP 2072 - Battlespace Communications JP 2072 - Battlespace Communications System (Land) System (Land) Current Systems Local Area Tactical Trunk Combat Radio Current Shortfalls • System Level – Not Integrated - Systems are stovepiped and lack interoperability. – Ineffective/non-existent Network Management. • Combat Radio – Data networking capability for Combat Radio – Data throughput, and thus support to BCSS. – Reliability and capacity of HF Combat Radio. – Approaching system and component LOT. • Tactical trunk – Data switching capability in PARAKEET. – PARAKEET Radio Relay Bearer Capacity and Range. • Local Area – Deployability and mobility of the local area system. BCS(L) Model Local Sub-System Tactical Data Distribution System Tactical Airborne System Overlaid Comms Systems (Inmarsat, IRIDIUM) Combat Radio System Supported Subsystems (BCSS, ACSS, NINOX, SDSS) Strategic Comms System Proposed Sub-Systems Proposed Sub-Systems Tactical Trunk System Allied - Coalition Systems Extant Sub-Systems Extant Sub-Systems BHQ’s CHQ’s BHQ’s Combat Radio Hierarchical Network Low bandwidth (16-64 kbps) Mobile HF, VHF LOS, Tac Sat Tactical Data Distribution System Area Network Bandwidth: 64-512 kbps Transportable UHF LOS BCS(L) Deployed Layout CHQ’s Bde HQ Bde HQ DJFHQ LSF BSG BSG Tactical Trunk Area Network High Bandwidth (1-10Mbps) LOS Radio Relay Transportable Satellite High Comd Link BHQ’s CHQ’s BHQ’s BCS(L) Deployed Layout CHQ’s Bde HQ Bde HQ DJFHQ LSF BSG BSG Control Tactical Airborne Subsystem Aerial Re-trans for TDDS COMMUNICATIONS INFRASTRUCTURE Mobiles Fixed Long Range Deployed Forces Deployed Forces Australia Australia JP2072 - Land MCIMAM SEA 1442 JP2008 MILSATCOM JP2043 HF Mod JP 2047 DWACN Project Inter-Relationships C2 APPLICATIONS BCSS ACSS ISREW JISE BUNYIP NINOX SUPPORT APPLICATIONS SDSS ROMAN PMKEYS CAMM2 JP 2068 DNOC PLATFORMS GBAD AIR 87 AWACS BUSINESS APPLICATIONS JCSS/JCSE LAND 907 JP 129 Indicative JP2072 Interfaces Platforms/Mobiles Applications ARH JISS AIR 9000 Helicopters JCSE M113 BCSS ASLAV CAMM2 Bushranger Joint Theatre Distribution Overlander Improved Logistics Information Systems Abrams SDSS GBAD PMKEYS Combat ID Defence Management Systems Improvement PRR Battle Management Systems Redfin ACCS Bunyip TBMCS Patrol Boats PFPS ANZAC Infrastructure Amphibious Watercraft Parakeet Air Warfare Destroyer Milsatcom AEW&C HFMod MROC DWACN Globalhawk IBS JSF DNOC Tactical Air Defence Radars HGCE Deployable Medical Facility TIE Raven/Wagtail/Pintail/MBITR Combined Information Environment Acquisition Strategy • Prime Equipment and Integrated System – Prime Systems Integrator - Selected on PSI capabilities not a solution proposal. • Maintain successful relationship throughout all phases – System Design Authority, System Integration, IIS and TLS, subcontract mgt. – Strategy characterised by incremental IIS of sub-system capabilities using commercial contracting arrangements with equipment providers • Capability Solution Demonstrator(s) and Phase Definition Study procured separately – Conventional acquisition Phases JP 2072 Phases JP 2072 Phases 02/03 08/09 09/10 14/15 03/04 04/05 05/06 06/07 07/08 Phase One ($97M) 01/02 DCC Phase Two ($350-450M) DCC 1 10/11…. Phase Three ($200-250M) Scoped and funded Unscoped DCC 2 (Correct as at DCP review 03) (Correct as at DCP review 03) Scoped, options not endorsed JP 2072 Phases • Phase 1 - ISD 06* – Complete BCS(L) System Definition and Design – filling high priority capability gaps – COTS/MOTS equipment – Capability Solution Demonstrator(s) – Phase 2 Definition Study • Phase 2 - ISD 09* – rollout to high readiness ADF units, 1 BDE, DJFHQ, LSF, RAAF – option limited Tactical Data Distribution System • Phase 3 - ISD 09* – complete rollout to ADF – TDDS and Tactical Airborne Sub System * commencement of ISD Phase 1 Phase 1 Work • Core Work Contract – Operational Capability Document to Functional Performance Specification development • This deviates from normal contracting model, where the Commonwealth develops the FPS prior to Contract – Traditional System Engineering Activities • System Definition and Design • System and Sub-system Specification development – Trade Study and Orders Implementation Plan • COTS/MOTS Market Survey and Trade-off • Equipment chosen and Orders developed • Separate Orders Contracts ( Combat Radio, Trunking, Local Area ) DETAILED SYSTEM (SUBSYSTEMS) DESIGN AND IMPLEMENTATION ACQUISITION V&V ILS CORE WORK ORDERS SYSTEM DEFINITION TRADE STUDIES OIP OCD FPS DRAFT SS SS FUNCTIONAL ANALYSIS ANALYSIS REVIEWS VERIFICATION SDR ENGINEERING BASELINES FBL PBL ABL SRR2 SRR1 SYSTEM FUNCTIONAL DESIGN OPERATIONAL ANALYSIS DDR PDR V&V JP 2072 PSI CORE WORK AND ORDERS RELATIONSHIP PROJECT MANAGEMENT TIME QUALITY MANAGEMENT INTEGRATED LOGISTICS SUPPORT MANAGEMENT SYSTEMS ENGINEERING MANAGEMENT Version 2.0 Phase 1 Capability Gap Priorities Phase 1 Capability Gap Priorities • Combat Radio Sub-System – Improved Capacity and Efficiency of Tactical Data Networks – Enhanced Reliability and Capacity of HF Comms – Provisioning / Supportability of Current Fleet • Tactical Trunk Sub-System – Enhanced Bearer Capacity and Range – Improved Network Efficiency and Bandwidth utilisation • Local Network(s) – Wireless Infrastructure to Enhance Mobility – Rationalised Network Infrastructure – Converged Voice and Data Services • Integrated Network Management for BCS(L). DJFHQ HQ JTF 1 HQ JTF 2 CER Arty Bn 1 Bn 2 Armd Coy CER Arty Bn 1 Bn 2 Armd Coy Coy Coy 2072+Raven Raven Coy Coy Coy Coy Pl Pl Pl Pl Pl Pl BMA APOE BMA APOE Sect Sect Sect Sect Sect Sect Ph 1 Endorsed BOP 2003 ( 3 Bde) ( 1 Bde) Tac Avn Tac Avn Phase 1 Procurements • Full BCS(L) System Definition and Design • Provisioning to a Bde-sized JTF (based on 3 Bde), including APOD. – Trunking - upgrade to existing Parakeet equipment – Local Area System - provide for Bde major nodes – CR - Provide data radio to Coy level - for all 3 Bde units and manoeuvre units from 1 Bde – Network Management System • System Integration • IIS and ILS • Subcontractor management Prime Systems Integrator to conduct Phase 1 Indicative Equipment for the JTF • INTEGRATED BCS(L) • COMBAT RADIO – Multi-mode Line of sight / Tactical Satellite Combat Radio – Compact inter section Combat Radio – HF Combat Radio • TACTICAL TRUNK – Trunk Switch (Open Standards) – Radio Relay Line of sight Bearer • LOCAL AREA – Secure converged voice and data switching and networking system – Secure Wireless Local Area Network – Secure Wireless Cellular Telephony • NETWORK MANAGEMENT – Network Management System • TDDS and TASS - Not procured as capability in Phase 1 Phase 1 Capability End State • JTF equipped with: – Enhanced tactical trunk Services at all formation level major comms nodes. – Enhanced local area systems at all formation level major comms nodes. – Digital Combat Radio to provide higher capacity for support of Command Support Systems. • Land Forces positioned for Migration to holistic BCS(L). – Informed of desired TDDS and TASS functionality, performance and Concept of Operations – Confirmed BCS(L) Architecture and system design Enhanced Capability / Interoperability VHF Combat Radio Example Combat Radio (COTS/MOTS) • Analogue • Frequency Range 30-80MHz • Single band (FM) • Single mode (analogue voice) • Max capacity 8kbps • Digital • Frequency Range 30-512MHz • Multi-band, Multi-mode • Software programmable waveforms • Max capacity 64kbps(+) • UHF SATCOM capable • US interoperable In-service Combat Radio (Raven/Wagtail) VHF (AM) VHF (FM) UHF (FM) UHF (AM) VHF (FM) UHF SATCOM (all ground forces) JP 2072 Phase 1 - Indicative Staging JP 2072 Phase 1 - Indicative Staging System Design Design review & Systems Integration Combat Radio Jan 04 Jan 07 Jan 06 Jan 08 Jan 05 Tactical Trunk Local Area System Network Mngt System Ph 2 PDS CSD Phase 2 running out to Mid 2010 ED The Goal 2005-2015 The Goal 2005-2015 • Migration to a mobile, secure and integrated Battlespace Communications System – Evolutionary architecture – Stovepipe systems will be merged – Network-enabled warfare • Advanced decision making • Greater velocity of information exchange – Incremental system development – Command Support Systems will operate seamlessly across all BCS(L) sub-systems.	application/vnd.ms-powerpoint	200	http://www.defence.gov.au:80/dmo/esd/jp2072/internet_brief_24oct04.ppt	au,gov,defence)/dmo/esd/jp2072/internet_brief_24oct04.ppt	P5IJEGFP2S3BATWFKAJQKVGZU7BY7PKB	2132870	domains/defence-gov-au/powerpoints/original/au-gov-defence-dmo-esd-jp2072-internet-brief-24oct04-ppt-20060314015046.ppt