TECHNET. Integrated Tactical Networking Environment (ITNE)

Transcription

1 TECHNET Integrated Tactical Networking Environment (ITNE) LTC Greg Grzybowski TRADOC Capability Manager Tactical Radios 9 September 2014

2 Purpose Provide an update on the progress of the Cyber Center of Excellence Integrated Tactical Networking Environment (ITNE) DOTMLPF capability for the U.S. Army 2

3 Agenda What is the ITNE How do we get there (DOTMLPF) Interoperability Considerations Future Radio Design Considerations Questions 3

4 What is the ITNE Wars may be fought with weapons, but they are won by men. It is the spirit of men who follow and of the man who leads that gains the victory General George S. Patton 4

5 What is the ITNE (Operational Construct) The Integrated Tactical Networking Environment (ITNE ) includes the planning, management, and analysis of all signal components and systems contained within the tactical radio environment. 5

6 What is the ITNE (Human Processes) It is all about the soldiers and their processes 6

7 What is the ITNE (The Radio Platform) Radio Platform (RP) End User Device (EUD) OSI Reference Model Layer Application Presentation Radio Platform & End User Device Mission Command & NetOps Applications Mission Command & NetOps Applications Information Elements IP Ranges & Assignment, Multi-cast Groups COMSEC Session Waveform Applications Preset Design & Assignment, Voice Call Group Design & Assignment Transport Waveform Applications IP addressing, COMSEC, HAIPE, Quality of Service, Network Services Network Data Link Waveform Applications & Radio Operating System Waveform Applications & Radio Operating System Waveform parameter settings Radio parameter settings Physical Radio Operating System Power, Audio, Local Processing (memory and chip set), Transmission Subsystem 7

8 What is the ITNE (The Waveform Application) Waveform applications are peer-to-peer programs that facilitate the exchange of application and network information (voice/data) across the spectrum of the tactical radio environment. These waveforms exist as legacy and software defined within the ITNE. Lower Tier Single Channel Ground and Airborne Radio System (SINCGARS): VHF/FM combat net radio that provides the primary means of command and control in the tactical formation. Provides voice and limited data capability. (Legacy and SDR) Soldier Radio Waveform (SRW): wideband (1.2 MHz) multihop, adaptive, self forming and healing mobile ad hoc network (MANET) waveform. Provides digital voice and data capability and the ability to link across multiple SRW networks. (SDR Only) Mid Tier Wideband Networking Waveform (WNW): Self forming and healing network that provides terrestrial data extension for lower tier networks. Serves as the digital data backbone for BCTs and Battalions. Provides network services for maximum control. (SDR Only) Mobile User Objective System (MUOS): This waveform operates in the mid tier as well. Mobile User Objective System (MUOS): Narrowband military satellite waveform designed to provide beyond line of sight extension for SRW networks. Provides digital voice and data extension to tactical formations. (SDR Only) 8

9 What is the ITNE (Ancillary Devices) Ancillary Devices consist of all networked and non-networked items that connect directly to the radio platform or provide assistance in the routing and transmission of data between radios, security environments, and the user and their transmission equipment. Radio Platform Cabling Tactical Routers Cross Domain Solutions End User Devices (EUD) Cabling Handsets Talk Selector Switches Cabling 9

10 What is the ITNE (Mission Command Applications) Command Post Mounted Mobile Radio Platform Mission Command Applications includes the planning, initialization, and management of all mission command applications operating on mobile, mounted, and the command post environment that utilize the integrated tactical radio environment. These applications primarily include the family of applications in the Joint Battle Command Platform system and the Nett Warrior mobile system. 10

11 What is the ITNE (The NetOps Management System) Lower Tier Mid Tier The ITNE Network Operations Management System (INMS) is the integrated capability that enables the S-6 to plan, manage, and analyze their ITNE set of network and mission command systems. The INMS is a distributed capability that contains built in functionality from the INMS, to the waveform application, the radio platform operating system, and the ancillary set of devices. Platoon Corps The objective INMS is present in all software on all devices ensuring a fully distributed and ever present management capabiltiy to fight and protect the commander s network. 11

12 How do we get there (Methodology) 12

13 How do we get there (Progress) Seven Separate Institutional Processes requiring synchronization with the unifying operational concept Doctrine Organization Training Materiel Leadership Personnel Manuals/Policies/TTPs Combat Formation Structure Unit and Institutional Service Level Radio Platforms/Waveforms/NetOps/ MC Applications/Ancillary Devices Leader Level Tasks Soldier Skill Alignment/Job Descriptions Facilities 7 Infrastructure Support Completed In Progress Not Started Unifying Operational Concept 1 Indicate sequence of work 13

14 1 How do we get there (Materiel) ITNE Requirements Integrated Database (IRID) ITNE IS CDD ASA(ALT) Cross PM Data Modeling of ITNE (Ontology) 14

15 technical requirements) NETOPS 320 (+ 80 hrs. crew drills) 1 session min 17; max 20 25B (8), 25E (1), 25N (1), 25Q Bde HQ See NMIB and MFP. YES (NOSC-B) (1), 25S (1), 25W (1), 250N (1), 254A(1), 25A(1), 53A(1), 255S (1), 255N (1) (FROM MER 26 Jul 12) PoP User 40 hrs. (1 day IB training; 1 session 14 (2 per CI) GPU (Vehicle Crew) Bn Driver training on YES + 80 hrs. crew drills) platform. SNE User 40 hrs. (1 day IB training; Up to 20 students per min 66 (2 per CI); GPU (Vehicle Crew) Co Driver training on YES + 80 hrs. crew drills) session. 4 sessions. max 80 platform. VWP 24 hrs. (1 day IB training; 1 session 20 (2 per CI) GPU (Vehicle Crew) Bde, Bn Driver training on YES + 80 hrs. crew drills) platform. CPP NET for CPP VWPs. User Support Course 200 hrs. (1 day IB train-ing 1 session 20 25U, 25B, 254A Bde, Bn, Co MRAP driver training. YES to target MOS 25U; hrs. crew drills) Transmission 64 hrs. (+ 80 hrs. crew 1 session 19 25Q, 25S Bde HQ STT Delta Course YES Operator/Maintainer drills) Course STT Delta 40 hours 1 session 19 (2 25S STT BCT level, 2 per TRT) Staff Overview 2-4 hrs. 1 session 1-20 Senior Leadership Bde, Bn None NO 25Q, UNCLASSIFIED 25S Bde HQ YES IB System NET 6-8 hrs. IB System NET held 20 WIN-T Inc 2 KLV TC/operator. Bde, Bn, Co MRAP driver training YES immediately prior to Not intended for drivers. Integrated Bridge (for WIN-T Inc 2 PoP, SNE. Attendees of WIN-T Inc 2 PoP, WIN-T Inc 2 KLVs) VWP and User Support SNE, VWP and User Suport Courses Courses. WIN-T Inc 2 (Div) YES Capability TCN-OM 320 (+80 hrs. crew drills) 1 session Min 6 (2 per CI); Set 25N Div FMTV drivers training. Key (See NETOPS 320 (+ 80 hrs. crew drills) 1 session min 17; max 20 25B(6). 25E (2), 25N (2), 25Q Div See NMIB and MFP. YES (NOSC-D) (1), 25S (2), 25W (2), 250N (2), 251A(1), 254A(2), 24A (1), 25A Leader Training Max 9 NMIB and MFP for technical requirements) (4), 53A(2) JGN 176 hrs (+80 hrs crew 1 session min 4 (2 per CI)' 25N Div See NMIB and MFP. YES drills) max PoP User 40 hrs. (1 day IB training; 1 session min 6 (2 per CI); GPU (Vehicle Crew) Div Driver training on YES + 80 hrs. crew drills) max 10 platform. VWP 24 hrs. (1 day IB training; 1 session min 4 (2 per CI); GPU (Vehicle Crew) Div Driver training on YES + 80 hrs. crew drills) max 6 platform. CPP NET for CPP VWPs. User Support Course 200 hrs. (1 day IB train-ing 1 session 20 25U, 25B, 254A, 255A, 255N Div Driver training on YES to target MOS 25U; platform. hrs. crew drills) Transmission 64 hrs. (+ 80 hrs. crew 1 session min 9; max 10 25Q, 25S Div STT Delta Course YES Operator/Maintainer drills) Course STT Delta 40 hours 1 session min 9; max 10 25Q, 25S Div YES Staff Overview 2-4 hrs. 1 session 1-20 Senior Leadership Bde, Bn None NO MC 13 Key Leaders Overview 4 hrs. Two sessions offered min 1; max20 Bde/Bn Cdr/XO, S3, key staff Bde HQ, Bn None YES leaders MC13 Mission Command TMC Battle Staff/Basic 40 hrs. Enough courses to train 4-20 General Purpose CPOF users at Bde HQ, Bn Entry level training for YES Work Station (MCWS) Operator Course 2.5 users per box; 120 BDE and BN (25B Bn/Bde Staff Soldiers with no previous (AKA TMC Client) pax Officer/Warrant Officer/NCO) experience. Also, serves as the prerequisite CPOF training to other Warfighting Functions (WFFs) (FIRES, LOG, etc.) CPOF courses under Collapse/Convergence strategy. MC 13 (MCWS and TMC TMC Maintainer 16 hrs. 1 session B at Bn/Bde responsible for Bde HQ, BN None YES Gateway) Course maintaining/configuring CPOF MC 13 (TMC Server System Administrator 80 hrs. 1 session Max 5 Bde 53A, 255A, 25B Bde HQ None YES Suite/BCCS) (Server) MC 13 Command Web Basic Command Web 8 hrs. 7 session (if necessary; 20 GPU of the Command Web Bde HQ, Bn None YES web enabled laptop environment. Disadvantaged users without C2 box) users. Users who have no Capability Set New Equipment Training availability to C2 in CP. MC 13 Command Web Command Web 16 hrs. 1 session BDE and BN Engineer officers Bde Bn None YES Engineer Course MC 13 Command Web 1 session 20 CBRN BDE and BN Officers and Bde, Bn None YES Command Web CIRS 16 hrs. NCO JTNT JTNT OPNET 80 hrs. 2 sessions Max 20 25A, 25C, 25E, 25N (BN/BDE), Bde, Bn Soldiers already trained on YES 255N AN/PRC154A and AN/PRC- 155 (working on adding NETT Warror Maint/Sig Block to JTNT) 2 How do we get there (Training) NETT Warrior NET Warrior OPNET 40 hrs per session IBCT: 16 sessions total (4 min 15; max 60 All leaders/soldiers identified In Co, CAV Soldiers already trained on sessions per week in (through BOIP) to receive Nett Trp AN/PRC154A parallel; 4 weeks total); Warrior system (generally TL SBCT 20 sessions (4 and above) sessions per week in parallel; 5 weeks total) YES AN/PRC-154A 8 hrs. Enough sessions to train Max 20 GPU. No MOS or echelon Bde, Bn, Co YES Rifleman Radio 100% NETT Warrior EUD requirements Operator and 20% of RR only user. AN/PRC 154A COMSEC Key and 4 sessions (2 per day for Complteted AN/PRC 154A Preset Loading 4 hrs. 2 days) max 10 GPU. SKL operators. Co OPNET; COMSEC Access list; SECRET Clearance AN/PRC-155 AN/PRC-155 Manpack 16 hrs. 15 GPU Bde, Bn, Co YES Operator AN/PRC hrs 4 sessions (40 total 10 25U (Co Commo Sgt, Bn and Bde, Bn, Co AN/PRC-155 Manpack YES (Manpack) FLMNET trained) Bde Retrans, Bn S6 25U, 25U10 Operator NET and 25U20 at BDE); other 25 series depending on position; other MOS retrans Institutional Training (Pilot Course for Leaders) Spectrum & Networking Fundamentals Future Training Paradigm Process versus System Training ITNE CONOPS Overview & Unit Task Organization (UTR) 2016 and beyond 15

16 3 How do we get there (Doctrine) Includes ITNE CONOPS Paragraphs 1.0 and 2.0 FM 6-02 Signal Support to Operations ATP 6.02.xx Integrated Tactical Networking Environment Includes ITNE CONOPS Paragraphs 2.1, 2.2, Appendix D (Multinational), Appendix J (Aviation Integration), and Appendix K (UTR) ITNE CONOPS Version 2.0 (October 2014) ATP 6-02.xx Integrated Tactical Networking Environment ATP 6.02.xx Integrated Tactical Networking Environment ATP 6.02.xx Integrated Tactical Networking Environment ATP 6.02.xx Integrated Tactical Networking Environment ATP 6.02.xx Integrated Tactical Networking Environment ATP 6.02.xx Integrated Tactical Networking Environment December 2014 ATP 6-02.xx Radio Platforms ATP 6-02.xx Waveform Applications ATP 6-02.xx Mission Command Application Management ATP 6-02.xx Network Operations ATP 6-02.xx Ancillary Devices 16

17 4 5 How do we get there (Personnel & Leadership) Known Shortage Anticipated Shortage 25 A 255 N 25B 25C 4 New - 55 Current ITNE Leader tasks 1 New 27 Current ITNE Tasks 5 New 75 Current ITNE Tasks 1 New 45 Current ITNE tasks 25 N 25 Q 25 W 25D 13 New - 78 Current ITNE tasks 1 New - 3 Current ITNE tasks 7 New - 17 Current ITNE tasks 1 New 62 Current ITNE tasks Personnel Strength Requirements Officially Identified Legacy MTOE BN S-6 Tasks MARC Study Legacy Equipment Maintainer Tasks Victory Architecture Derived NetOps Tasks +3 Leader Tasks (29) Operator Tasks (136) ITNE NetOps Tasks (Plan/Monitor) 30 Categories of BN Signal Tasks Spectrum Planning/ Deconfliction (Jamming) BN S-6 Staff = 278 tasks BCT S-6 Staff Tasks = 182 tasks Pending Review (Notional) 25E Resourced at BN Level Current BN S6 Staff 25U 1 New 45 Current ITNE tasks 25E 1 New 18 Current ITNE tasks 35 new ITNE tasks and 425 current ITNE tasks Based on 14 Day Review (July 2014) of all Signal MOSs between TCM TR and CyberCoE DoT All tasks must be migrated into the ITNE process approach versus the existing system driven approach Manpower Impact 17

18 6 7 How do we get there (Organization & Facilities) XXX XX Corps DIV month average timeline Manpower Requirements Criteria BCT FDU Process BN CO 18

19 Interoperability Considerations (Radios) Technology Dependencies drive interoperability considerations 19

20 Interoperability Considerations (Applications) National Secret Coalition Secret Mid Tier Mission Command Applications Lower Tier Mission Command Applications ITNE Network Management Waveform Application Radio Operating Environment Radio Physical Layer MT SA MT Msg MT COP MT Intel MT Overlays MT Staff Planning MT Fires MT Logistics LT SA LT Maps LW Intel LT Messaging LT Fires LT Overlays LT Sensors LT Logistics MUOS L-SATCOM WNW SRW SINCGARS SA MSG COP Intel Overlay COP VMF VMF Overlay Maps SA TacMsg VMF SA Intel VMF ITNE NMS MUOS SATCOM WNW SRW SINCGARS OE SCI Approved Cryptographic Boundary (NSA/CESG/Other Partner Security Agencies) SA MSG COP Overlay SA MSG Intel Maps Plan Manage SATCOM Mid Lower OE SCI Mid Tier Mission Command Applications (SA, COP, Messaging, Overlays, Maps, C2) Lower Tier Mission Command Applications (SA, Messaging, Maps, Overlays, Sensors) ITNE NMS (Planning, Management, Analysis) (Data Product Design, Crypto Key Mngt, Spectrum) Waveform Applications (Peer to Peer technology, Quality of Service, OTAM, Voice, Data Processing, Black Core Cryptographic Handling) Algorithmic Processing, radio subroutines Hardware compliant architecture (memory, processing, storage, circuitry) 20

21 Future Radio Design Considerations Future ITNE End State Power Generation Storage Capacity Distributed Management Software Integrated Scalable Architecture Multi-Channel Processing & Memory Objective Radio Capability NetOps Control Radio Channel 1 Application Server Fixed State Storage Radio Channel 2 Waveforms Radio OE WFA Mission Command Applications WFA Radio HW NetOps Client Application Local NetOps Manager Local Storage (Distributed Warehouse Design) NetOps Client Application Simulation Applications Radio OE Network Bus Storage Applications Services QoS IPSEC PKI IPDS Data RBAC Routing Main Network Bus Cross Domain Solution (CDS) (Loadable Preapproved Filter Settings) Transmission Subsystem Radio OE Network Bus Traditional Lower Tier Design Approach The Objective Radio Capability provides for a singular flexible design that is followed for all radio platforms operating in the lower and mid tier of the ITNE providing the foundation of the mobile network and communication infrastructure. These radio platforms provide a two channel capability for all approved waveforms along with a fixed state storage capability for mission command and NetOps storage requirements covering a 96 hour maximum time period and all the required ITNE Network Management System capabilities as outlined in the Objective ITNE CONOPs and ITNE IS CDD/CDPs requirement capabilities thus providing a truly distributed and integrated network management capability. 21

22 Questions for more information on the ITNE capability you are invited to attend TECHNET ITNE Operational Workshop Wednesday, 10 September Marriott Hotel Rains A & B 22