Secure LVC Advanced Training Environment (SLATE)

Transcription

1 Secure LVC Advanced Training Environment (SLATE) Advanced Technology Demonstration (ATD) 9 May 17 Integrity Service Excellence Mr. Dave Moses Noah SLATE Program Manager 711 HPW/RHA (AFRL) Distribution D. Distribution authorized to Department of Defense and U.S. DoD Contractors only. (Critical Technology) (3 Sep 14). Refer other requests for this document to 711 HPW/RH, Wright-Patterson AFB OH Cleared for Public Release 05 May 17 (88ABW )

2 SLATE ATD Background SLATE program specifics What & How Questions/Discussion Overview

3 Live, Virtual, and Constructive Training Enterprise Defined Seamlessly blending Live, Virtual, and Constructive (LVC) assets Live: Real People in Real Ops Systems Virtual: Real People in Simulated Systems Constructive: Computer Generated LVC Enterprise: An Open, Secure, Persistent Infrastructure for Training and Ops 3

4 Secure LVC Advanced Training Environment (SLATE) Background Builds on ACC/AFRL LVC Pilot Project, 2012 SAF/AQ, COMACC and AFMC/CC determined add l tech maturation and risk reduction required prior to LVC Program of Record (ACC ASR), Apr 2014 AFRL (711 HPW/RHA) tasked to execute Advanced Technology Demonstration (ATD) for tech maturation/risk reduction Fully funded FY14 FY17 by AFRL ($40M) and SAF/AQ ($7M) Commissioned as Advanced Technology Demonstration (ATD) at ACC Applied Technology Council, Feb 2015

5 Fifth Gen JORD Requirement (U) Training Environments. The fifth gen Training System must provide for individualized, group and team training 1 environments. The Training system must be capable of incorporating live, virtual, and constructive environments, including local and distributed training 2, throughout the training continuum 3. The training System must be interoperable with USAF, USMC, USN, and UK 4 distributed mission training capability implementation. The Training System must provide a continuous learning 5 environment for aircrew and maintainers including briefing, debriefing, mission planning, and mission/maintenance task rehearsal. Fifth gen training must integrate selfassessment tools that provide feedback to the user and input to the training management system 6. 1 = Multi-MDS 4 = Multi Level Security 2 = Live/Sim connectivity (DMO/NCTE) 3 = Tethered/UnTethered Ops 5 = Learning Management System 6 = Proficiency Based Training MILS, although the only validated requirement, is not the most important 5

6 CAF ADAIR Req't (Sorties) USAF Adversary Air Training Needs Today Capacity 2020 Capacity 2030 Capacity Live + V+C Live: T-X ADAIR Live: Contract ADAIR Live: T-38 ADAIR Live: AGRS Live: Self-Gen USAFWC Rqmt 5th Gen Rqmt 4th Gen Rqmt 80,000 VC sorties in % of live adversary training LVC must be 5 th Gen CAF-wide capable (commonality), to include adversary air (T-X) Aggressors must be able to materially participate There are zero solutions on the table that satisfy this requirement besides ATD 6

7 SLATE ATD Charter 1. Validate LVC infrastructure, interface control and data standards with a government owned, non-proprietary focus 2. Demonstrate Multiple Independent Levels of Security (MILS) encryption technology and rule sets 3. Evaluate throughput of MILS encryptor, radio and 5G-ATW waveform 4. Demonstrate both Pod and LRU form factors 5. Develop select weapon system OFP changes with vendors aligned with CAF training priorities (Direct risk reduction and leave behind for PoR) 6. Document training benefits and opportunities resulting from integration of LVC Every effort being made for exportability across infrastructure 7

8 NOT SLATE ATD Charter 1. Fly 5 th Gen (F-35) Aircraft (time and funding for LM) 2. Fly NSA accredited MILS 3. F-15E test beyond SLATE basic implementation (weapons) 4. DMON certification of any range (not an appropriate SLATE effort) 5. Cyber certification efforts 6. Everything else (a long list) 8

9 LVC Enterprise Systems Engineering Ground Interface No Changes at this time Airborne Interface Datalink Virtual/Constructive Network (DMO) Range Infrastructure & Data Link Un-tethered Datalink, OFP Translate, Encryptor, Secure data Transmitter, CDS, Waveform, Simulation Models / Processing,, Msn Planning Aircraft OFP Vendors (4 th /5 th Gen) Aircraft Simulated Model Vendors (Radar, RWR, IFF, NCTR, IRST, WPNS) Hardware vendors (Targeting Pod/EOTS, HTS Pod, RWR, DAS, Radars, IFF,) OFP Mod 4 th /5 th Gen Multiple Enterprises = huge systems engineering challenge (reason for ATD) 9

10 Capstone Scenario = Pods (18) NTTR is the only range with combination of size, resident live threats, flight test organization, and infrastructure to facilitate the SLATE flight tests in the ATD timeframe

11 C V L L L C L V C L L

12 Dave Moses Noah SLATE Program Manager 711 HPW/RHA Phone (937) (DSN 798) Questions / Discussion

13 Thank You 13

14 LVC Connections for 4 th and 5 th Gen A/C with LVC and P5 (tethered) One step to LVC Security Levels 2,3,4 CAF DMO DIS LVC Ground Station P5 JSF DL/ 5G-ATW 2-Way C-DIS over ATW P5-JSF LVC Pod LVC Pod (ACMI to CDIS) 5 th Gen Un-Mod / Modified 4 th Gen Modified 4 th Gen Unmodified (Aggressors) CAF DMO CDS Security Level 1 DIS/ACMI Gateway Unclass One Way TSPI P5 Ground Station P5 Pod 4 th Gen Unmodified DIS ACMI 14

15 SLATE 4 Security Enclaves - Tethered PDU List: Entity State: Chaff/Flare Fire Detonate Start Stop Remove Entity Set Data (weapons allocate) Data (Radar) Emitter IFF Designator : Transmitter Signal 5 th Gen SLATE A PDU List: Entity State: Chaff/Flare Fire Detonate Start Stop Remove Entity Set Data (weapons allocate) Data (Radar) Emitter IFF Designator : Transmitter Signal Modified OFP with SLATE Pod B PDU List: Entity State: Chaff/Flare Fire Detonate Start Stop Remove Entity Set Data (weapons allocate) Data (Radar) Emitter IFF Designator : Transmitter Signal Unmodified OFP with SLATE Pod C P5 Pod P5ACMI Pod P5 TSPI data Ground Transceiver P5 A B C A CDS B CDS CGF Server Debrief Performance Measures Virtual Sims Battle Space Viewer/Control ACMI to DIS One way data flow into Red enclave Unclassified. See distribution statement on title slide 15

16 SLATE - 3 Security Enclaves - Orange & Purple Sharing Data - Untethered PDU List: Entity State: Chaff/Flare Fire Detonate Start Stop Remove Entity Set Data (weapons allocate) Data (Radar) Emitter IFF Designator : Transmitter Signal 5 th Gen SLATE PDU List: Modified OFP Entity State: Chaff/Flarewith SLATE Pod A CDS B CDS C Fire Detonate Start Stop Remove Entity Set Data (weapons allocate) Data (Radar) Emitter IFF Designator : Transmitter Signal B CDS C PDU List: Entity State: Chaff/Flare Fire Detonate Start Stop Remove Entity Set Data (weapons allocate) Data (Radar) Emitter IFF Designator : Transmitter Signal Unmodified OFP with SLATE Pod C Looks easy and boring (no V or C) but extremely important and complex this event will happen as much as tethered! Airborne interface must perform the duties of CDS, Server, and RTKN All data collated for same level of detail in debrief as tethered

17 Infrastructure Diagram (SLE, Tethered Example) HUD/Helmet EA/EP A/C TSPI Live Sim Link Receiver / Ground Station DIS/HLA Interface Equipment Standard Entity State Fire, Detonate Aircraft UAV AWACS V Sensors / MODELS Combat Datalink L Live Simulation Link All information not on a tactical data link or voice radio that is required to interact fully with the network. May include multiple simultaneous security levels/channels Datalink Receiver Ground Station DIS/HLA Interface Equipment Standard Link16, MADL, IFDL etc. JTAC Monitor and Control Performance Measurement Brief / Debrief Cockpit Voice Radio Link16, MADL, IFDL etc. UHF/VHF Voice Radio DIS/HLA Interface Equipment Voice Radio Server(s) Computer Generated Forces C UHF/VHF Xmit/Recv DMO LAN/WAN