ATTACHMENT 5_DRAFT_v12.0 RIB UCs.pdf

OneSAF v12.0 RIB / Use Cases

RIB1: Degraded Opera�ons MDO

APPROACH

• Limit informa�on available to the operator when in a PNT degraded environment – all loca�ons are perceived loca�ons. En��es will display their perceived loca�ons where-ever the grid-loca�on is displayed. Loca�ons on map will remain correct rela�ve to terrain.

• Update Move Tac�cally or provide equivalent behavior to use perceived loca�on to determine how well a unit can get to a desired loca�on. This might be a more limited behavior than move tac�cally.

• Group movement allows use of best naviga�on capability. e.g. if a vehicle has working GPS or someone in the group has beter manual naviga�on (local guide, etc) they get the advantage of that for movement.

ASSUMPTIONS

• Primary operator interface support with be in the web-based Control tool. MCT update if possible.

• Interface to control and interact with OneSAF has limited ability to degrade known loca�on

• No change made to the loca�on inputs for behaviors

CAPABILITIES PROVIDED

• Operator interface with perceived loca�on informa�on

• Degraded movement behavior for PNT degraded environments

RIB2: High-Resolu�on Air Defense Radar

APPROACH

• Pull in necessary radar enhancements from SECore to support mul�ple radar modes for radar (acquisi�on, tracking, etc). This may include model, behavior, agent and GUI updates

• Verify that the radar modes are supported in the Damage Effects Server for aircra� survivability (mode effects what the radar warning receiver does)

• Should work over Bifrost and HLA/MATREX

ASSUMPTIONS

• SECore AD radar modes match with SFF radar

• This will require some CM/KE to further define

• Radar fidelity level will be configurable if necessary – may not always want High-Res

• GUI Updates will be made in Control

CAPABILITIES PROVIDED

• Higher fidelity Air Defense radar suppor�ng mul�ple modes

• GUI updates

• Behavior/agent updates to control modes

• Tie in to SFF models where possible

• Damage Effects server correctly takes radar into account for countermeasures

RIB3: COBWEBS Improvement

• Perform UX analysis on exis�ng UI’s displaying data exchanged between OneSAF and COBWebS

• Create new admin-level user interfaces to show connec�on status and indica�ons of raw data received via interface

• Provide capability to ini�alize STEP interface during exercises and to recover from crashes

• Provide capability to manually set interface parameters

• Analyze and make usability enhancements to OneSAF interface to CyberBOSS

ASSUMPTIONS

• Improvements will be focused on exis�ng STEP interface

• Enhancements will be done in both OneSAF and COBWebS

• Focus is on enhancing usability of exis�ng func�onality rather than on adding new func�onality

• Interface must be implemented in such a way that COBWebS and OneSAF are not �ghtly coupled

• CyberBOSS handover is integrated to OneSAF 11.0

• No changes will be made to CyberBOSS as part of this effort – only to the OneSAF interface

CAPABILITIES PROVIDED

• Improved User Interfaces for connec�ons between OneSAF and COBWebS via STEP interface

• Ability to ini�alize STEP interface between OneSAF and COBWebS during exercise

• Ability to ini�alize STEP interface between OneSAF and COBWebS based on user se�ngs rather than only on proper�es defined prior to startup

• Improved OneSAF interface to CyberBOSS

RIB4: Long Range Precision Muni�on

• Reuse the MPERM as ini�al capability

• Compose new muni�on with different physical parameters then the MPERM

• Add the muni�on to specific aircra�. Update the avia�on weapon models to fire the muni�on

• Specific aircra�s and weapons to be defined by AMBL

• Ability for the muni�on to damage light armored vehicles

• Work with DAC to define and incorporate required performance data for the muni�on

ASSUMPTIONS

• AMBL reviewed the PKAD for the Mul�-Purpose Extended Range Muni�on (MPERM) and stated this provides ini�al capabili�es

• Needed is the ability to fire the muni�on from aircra�

• Need addi�onal data for the muni�on

CAPABILITIES PROVIDED

• New LRPM muni�on composi�on, capability of being fired from specific ground pla�orms and aircra�

• Updated performance data for the muni�on

• Ability to damage light armored vehicles as targets

• Test scenario and thread

RIB5: OPFOR Concurrency: Opera�onal Environment Concurrency (Chinese En��es)

• Add En�ty Composi�ons

ASSUMPTIONS

• All data will be surrogated

CAPABILITIES PROVIDED

• En�ty composi�ons for

• AFT-10 Red Arrow An�-Tank Guided Missile Carrier

• CSK-131 (Dongfeng CSK131) 4X4 Light Tac�cal Vehicle

• PF-98 (Type 98) Chinese 120mm An�-Tank Rocket

• ZBD-03 (WZ-506) Chinese Airborne Infantry Figh�ng Vehicle (IFV)

• ZBD-04A Chinese Amphibious Infantry Figh�ng Vehicle (IFV)

• ZBL-09 (Type 9) Chinese 8X8 Amphibious Armored Personnel Carrier

• ZTD-05 (VN-16) Chinese Amphibious Light Tank

• ZTD-05 (VN-18) Chinese Amphibious Infantry Figh�ng Vehicle (IFV)

• ZTL-11 (Type 11) Chinese 8X8 Armored Figh�ng Vehicle (AFV)

• Type 96 (ZTZ-96) Chinese Main Batle Tank (MBT)