DraftPWS18-R-0255.docx

Statement of Work

Position, Navigation, and Timing Division Laboratory Support

1.0 SCOPE

This statement of work defines requirements for services and material to support enhancement and utilization of the Position, Navigation, and Timing (PNT) Division Research, Development, Test and Evaluation (RDT&E) laboratories. The laboratories include the PNT engineering laboratories and the Global Positioning System (GPS) Central Engineering Activity (CEA), the United States Navy’s premier navigation laboratory for GPS User Equipment (UE) and modernization RDT&E. The other laboratories falling under the PNT laboratory umbrella support a wide variety of services including analysis of emergent PNT concept development, other Global Navigation Satellite System (GNSS) evaluations, inertial test and integration, antenna test and analysis, performance testing and analysis, prototype system development, security enhancements and validation, and additional PNT system engineering RDT&E functions.

The PNT engineering facilities are RDT&E laboratories established at Space and Naval Warfare Systems Center (SSC) Pacific under sponsorship of Space and Naval Warfare Systems Command (SPAWAR), Program Executive Office for Command, Control, Communications, Computers and Intelligence (PEO C4I) Communication and GPS Navigation Program Office (PMW/A-170), and the United States Air Force (USAF) GPS Directorate (SMC/GP). The laboratories are dedicated to PNT RDT&E, system integration, special engineering studies, anomaly analysis, and related GNSS investigations. This effort shall comprise engineering, analysis and design efforts as described below.

The purpose of this acquisition is to provide technical engineering services for:

· CEA Facility Requirements Analysis

· Data Analysis, Test and Evaluation

· Simulator Modification, Enhancement and Maintenance

· Digital Receiver Modification, Enhancement and Maintenance

· Generic Test Station Modification, Enhancement and Maintenance

· Real-Time Simulation System Modification, Enhancement and Maintenance

· Post-Test Processing Software Modification, Enhancement and Maintenance

· Laboratory Network Support

· Program Management / Monitoring / Reporting

1.1 Background

SSC Pacific, Position, Navigation, and Timing Division (Code 52300) is acquiring technical engineering services to support PNT systems to meet the Department of Defense (DoD), Joint, Coalition, and Navy’s needs for secure, functional, interoperable, and sustainable PNT capabilities.

1.1.1 Global Navigation Satellite System

1.1.1.1 The Global Positioning System

GPS is a U.S. space-based radio-navigation system that provides reliable PNT services to both military and civilian users on a continuous worldwide basis. GPS provides continuous highly accurate location and precise time information for an unlimited number of users in all weather conditions, day and night, anywhere in the world.

GPS is comprised of three segments: satellites orbiting the Earth, control and monitoring stations on Earth, and a wide variety of user equipment that ranges from small to large form factors such as mobile phones and wristwatches all the way to aircraft and satellite payloads. The USAF develops, maintains, and operates the space and control segments. GPS satellites broadcast signals from space that are acquired and identified by GPS receivers. Each GPS receiver then generates three-dimensional location (latitude, longitude, and altitude) as well as precise time.

1.1.1.2 Other GNSS

GLONASS is a Russian space based radio navigation system that provides reliable PNT services to both military and civilian users on a continuous highly worldwide accurate location and precise time information. It provides an alternative to GPS and is the second alternative navigational system in operation with global coverage and of comparable precision.

Galileo is a European Space Agency system that provides reliable PNT services to both military and civilian users. It also provides an alternative to GPS and GLONASS.

BeiDou Navigation Satellite System (BDS), formerly known as COMPASS, is a Chinese space based radio navigation system that provides accurate location and precise time information for both military and civilian users.

1.1.2 Central Engineering Activity

The CEA has been established at SSC Pacific to serve as SPAWAR’s technical center for PNT, including GPS and related navigation technologies. As such, the CEA supports SPAWAR, PMW 170 and the GPS Directorate in ensuring Department of Defense (DoD) user equipment (UE) remains continually effective and in combat ready state for fleet utilization, “from the cradle to the grave”.

The CEA was established at SSC Pacific to support the investigation and resolution of fleet-reported problems, to aid in the development and evaluation of US Navy GPS integration, and to support continued DoD UE development. The CEA supports the following functions: scenario generation, host vehicle interface simulation, modernized satellite signal simulation, and post-test data reduction and analysis. The CEA Facility (figure 1) comprises the following components: Real-Time Simulation System (RTSS), Advanced Global Navigation Simulator (AGNS), Generic Test Stations (GTS) and the Data Processing Facility (DPF).

UE

AGNS

GTS

Data Processing Facility

RTSS

N66001-18-R-0255

Figure 1: Central Engineering Activity Facility

1.1.3 Real Time Simulation System

RTSS simulates realistic operational environments for GPS receivers, motion profiles for all types of vehicles and configurable levels of navigation sensor performance. RTSS also provides the capability to define and control mission scenarios. AGNS generates a simulated high fidelity (radio frequency) (RF) signal environment injected into GPS receivers and antenna systems. GTS systems provide realistic interface environments (functionally and electrically), data logging and display of interface traffic and the capability to synchronize data transmission with additional events in the mission. The DPF reduces and analyzes mission test data.

The RTSS controls the overall execution of the test scenario. Commands from the RTSS are sent to a suite of emulation equipment that generate the appropriate signals and send them to the GPS equipment under test. Communication between the RTSS and the simulators is via Ethernet or SCRAMNet, a high speed distributed control network. Timing signals distributed throughout the test environment synchronize the generation of the simulated signals. Most of the modeling and significant computation is contained within the RTSS, but depending on the complexity of the environment being simulated certain functions can be off-loaded to the simulators for execution. Off-loading is done for convenience in executing legacy scenarios and for real-time requirements, such as emulating high-speed aiding information.

1.1.4 Advanced Global Navigation System

AGNS provides satellite simulation capabilities to SSC Pacific that include legacy satellite signals as defined on the Block II, IIA and IIR satellites as well as modernized signals as defined on the Block IIR-M, IIF and III satellites. The program strives to deploy a fully configurable, scalable, flexible and adaptable navigation simulator to meet the existing and future demands of the simulation testing community.

AGNS was designed and developed at SSC Pacific under tasking from the GPS Directorate to provide a state-of-the-art simulated signal-in-space (SIS) RF simulation environment to support testing of both legacy and next generation GPS UE specified by GPS modernization efforts. The system design largely decouples the software and hardware components of the system, allowing for rapid incorporation of new technology into the existing system architecture and allows for significant scalability relative to the availability of hardware resource.

AGNS consists of three distinct functional components: the system controller software, the signal generator hardware and the AGNS Interface Specification (IS) (IS-AGNS-001). The system controller software communicates with the signal generator hardware via the defined IS. In addition, the IS defines an external interface for external software to control the user motion inputs of the software and hardware in real-time and allows integration with both existing laboratory assets and future planned software testing tools. The AGNS Functional Block Diagram is shown below (figure 2).

Signal Generator Card #M Signal Generator Card #1 RF Output Digital Receiver (Monitor Station) Unit Under Test Signal Generator

IS-AGNS-001

AGNS

External Software (User Supplied) Controller Software

RTSS

Other Future Aiding and Sensor Models Interface #1 Interface #K

IS-AGNS-001

Calibration Graphical User Interface System Control Software Simulation Control Truth Data Control Monitor Station Interface Control

Figure 2: AGNS Functional Block Diagram

1.1.5 AGNS Test Station (ATS)

The AGNS Test Station (ATS), consists of Government-owned software and firmware hosted on commercial-off-the-shelf (COTS) hardware and operating system. The ATS is based on a legacy design developed throughout the 1990’s by the California Institute of Technology’s Jet Propulsion Laboratory (JPL) for the National Aeronautics and Space Agency (NASA).

The ATS hardware architecture (shown in figure 3) is designed primarily for laboratory use and consists of a discrete component front-end with a COTS analog-to-digital converter (ADC) connected to a field-programmable gate array (FPGA), which performs heterodyning, filtering, re-quantization, and quadrature super sampling. A second FPGA is hosted within a Windows PC. This FPGA performs high speed signal processing functions, primarily code generation, correlation, and time keeping. All high-level processing, such as acquisition logic and closing of the tracking loops, is performed by the PC in software.

Figure 3: ATS Architecture

1.1.6 Generic Test Station (GTS)

The Generic Test Station (GTS) consists of Government-owned software and firmware hosted on COTS hardware and operating system. It is a multi-function laboratory PC with capabilities for transmitting data to and collecting data from units under test. GTS also reads aiding data from a DEX file generated by RTSS and outputs aiding messages to the units under test. The current GTS supports many different interfaces, including RS-232, RS-422, ARINC-429, MIL-STD-1553, Bi-Directional Data Port (BDDP), Naval Tactical Data System (NTDS)-A/B, NTDS-E, and IP multicast. The GTS records both receiver-transmitted data and GTS transmitted control commands. The GTS also displays data in real-time and is capable of playback for post-test analysis.

2.0 APPLICABLE DOCUMENTS

2.1 References:

The contractor shall adhere to the following documents in accordance with paragraph 3.0, Technical Requirements:

Operational Requirements Document

Security Classification Guide (SCG)

AUG 2011

Most of the 2.1 references are publically released and available on-line. FOUO documents and project information will be managed within a government website such as Net-centric Enterprise Solutions for Interoperability (NESI) and/or Naval Systems Engineering Resource Center (NSERC) or other government website at the appropriate classification level and can be furnished upon request to the contracting officer representative or project manager.

3.0 TECHNICAL REQUIREMENTS

The following tasks describe work to be performed in support of this statement of work.

3.1 CEA Facility Requirements Analysis

3.1.1 Description: The contractor shall participate, as part of an Integrated Planning Team (IPT), in technical reviews to evaluate the capabilities of existing laboratory and test facilities. Under this task, the contractor shall monitor on-going PNT development and production efforts and document the current status of all relevant PNT related activities in order to provide the information base required to update the laboratory facilities to support the latest PNT configuration requirements. This effort shall include the following:

3.1.1.1 Attend periodic PNT working group meetings.

3.1.1.2 Perform analyses to assess the impact of proposed laboratory modifications in support of new or reconfigured interfaces.

3.1.1.3 Provide current PNT development data for utilization in the preparation of presentation materials for PNT design reviews.

3.1.1.4 Participate in the resolution of interface problems and action items.

3.1.1.5 Extract appropriate comments for inclusion in CEA development and modification proposals.

3.2 Data Analysis, Test and Evaluation

3.2.1 Description: The contractor shall perform test and evaluation (T&E), to include data collection, correlation, processing, analysis and storage of information while performing work at or related to the RDT&E testing and analysis facilities. This effort shall include the following:

3.2.1.1 Identify performance requirements to be evaluated during testing in the RDT&E testing facilities.

3.2.1.2 Identify specific data processing and analysis requirements.

3.2.1.3 Develop test plan based on subject PNT Key Performance Parameters (KPP’s) and Key System Attributes (KSA’s) to ensure performance threshold and objective requirements are being achieved and document laboratory signal generation capabilities.

3.2.1.4 Develop and configuration manage test scenarios and configuration files based on subject PNT Verification and Validation (V&V) requirements and documented laboratory signal generation and CEA simulation capabilities.

3.2.1.5 Design and validate laboratory scenarios and configuration files required to implement test cases identified in the designated test plans.

3.2.1.6 Perform post-test processing and analysis of data collected during equipment and/or concept evaluations in the laboratory.

3.2.1.7 Maintain Configuration Management (CM) and archiving of all data associated with System Under Test (SUT) and associated scenario combinations for future analysis as they relate to the system architecture, configuration, input/ouput files as they relate to the associated test plan documentation.

3.2.1.8 Perform special studies, Analysis of Alternatives (AoA), proposed system modification evaluations, and system anomaly investigations related to various user and control segment issues.

3.3 Simulator Modification, Enhancement and Maintenance

3.3.1 Description: The contractor shall provide engineering services to support the modification, enhancement and maintenance of AGNS, the AGNS system controller software and related simulator functional software. This task additionally includes support of alternative simulation capabilities within the CEA laboratories. The effort includes impact assessment, analysis and system testing required to modify, enhance and maintain the simulator in response to identified problems and emergent PNT RDT&E requirements. This effort shall include the following:

3.3.1.1 Evaluate and Develop system Engineering Change Proposals(ECPs) and Software Change Requests (SCRs), including system requirements analysis and an assessment of the impact of the proposed simulation changes on the laboratory environment.

3.3.1.2 Identify the required system modifications and design changes to the simulation system.

3.3.1.3 Implement the identified simulation design and system modifications at the software/ system level.

3.3.1.6 Implement / update simulation system documentation to coincide with the ECPs/SCRs.

3.3.1.7 Actively maintain configuration management system containing simulation system software source code archives, and software and system documentation.

3.4 Digital Receiver Modification, Enhancement and Maintenance

3.4.1.1 Description: The contractor shall provide engineering services to support complete life cycle support of the software digital receiver and derivative projects including the AGNS Test Station (ATS) software system, the monitor and control software application and test applications associated with the testing and verification of the aforementioned applications. This effort shall include the following:

3.4.1.2 Evaluate and/or prepare system ECPs/SCRs, including system requirements analysis and an assessment of the impact of the proposed digital receiver changes on the laboratory environment.

3.4.1.3 Identify the required system modifications and design changes to the digital receiver system.

3.4.1.4 Implement the identified digital receiver design and system modifications at the software / system level.

3.4.1.5 Test implemented digital receiver ECPs/SCRs, including regression tests, to ensure that they were implemented properly and no undesired degradation of laboratory functionality has occurred.

3.4.1.6 Maintenance of digital receiver software / system, including problem reports, new requirements, user training and support, enhancement of documentation and problem troubleshooting.

3.4.1.7 Implement / update digital receiver system documentation to coincide with the ECPs/SCRs.

3.4.1.8 Actively maintain configuration management system containing digital receiver software source code archives, and software and system documentation.

3.5 Test Station Modification, Enhancement and Maintenance

3.5.1 Description: The contractor shall provide engineering services to support complete life cycle support of the GTS software and system components. This task additionally includes support of alternative test station capabilities within the CEA laboratories. The effort includes impact assessments, analysis and system testing required to modify, enhance and maintain the GTS system in response to identified problems and newly identified RDT&E requirements. This effort shall include the following:

3.5.1.1 Evaluate and / or prepare system ECPs/SCRs, including system requirements analysis and an assessment of the impact of the proposed GTS system changes on the laboratory environment.

3.5.1.2 Identify the required system modifications and design changes to the GTS system.

3.5.1.3 Implement the identified GTS design and system modifications at the software/system level.

3.5.1.4 Test implemented GTS ECPs/SCRs, including regression tests, to ensure that they were implemented properly and no undesired degradation of laboratory functionality has occurred.

3.5.1.5 Maintenance of GTS software/system, including problem reports, new requirements, user training and support, enhancement of documentation and problem troubleshooting.

3.5.1.6 Implement / update GTS system documentation to coincide with the ECPs/SCRs.

3.5.1.7 Actively maintain configuration management system containing GTS software source code archives, and software and system documentation.

3.6 Real-Time Simulation System Modification, Enhancement and Maintenance

3.6.1 Description: The contractor shall provide engineering services to include complete software life cycle support and sustainment of the Real-Time Simulation System (RTSS). The effort includes impact assessments, analysis and system testing required to modify, enhance and maintain the RTSS in response to identified problems and newly identified RDT&E requirements. This effort shall include the following:

3.6.1.1 Evaluate and / or prepare system ECPs/SCRs, including system requirements analysis and an assessment of the impact of the proposed RTSS changes on the laboratory environment.

3.6.1.2 Identify the required system modifications and design changes to the RTSS.

3.6.1.3 Implement the identified RTSS design and system modifications at the software/system level.

3.6.1.4 Test implemented RTSS ECPs/SCRs, including regression tests, to ensure that they were implemented properly and no undesired degradation of laboratory functionality has occurred.

3.6.1.5 Maintenance of RTSS software / system, including problem reports, new requirements, user training and support, enhancement of documentation and problem troubleshooting.

3.6.1.6 Implement/update RTSS system documentation to coincide with the ECPs/SCRs.

3.6.1.7 Actively maintain configuration management system containing RTSS software source code archives, and software and system documentation.

3.7 Post-Test Processing Software Modification, Enhancement and Maintenance

3.7.1 Description: The contractor shall provide engineering services to include complete software life cycle support of the Post-Test Processing (PTP) suite of software systems, including the Data Analysis and Plotting Program (DAPP), SATVIEW application, and related data conversion applications. This effort shall include the following:

3.7.1.1 Evaluate and / or prepare system ECPs/SCRs, including system requirements analysis and an assessment of the impact of the proposed PTP changes on the laboratory environment.

3.7.1.2 Identify the required system modifications and design changes to the PTP system.

3.7.1.3 Implement the identified PTP design and system modifications at the software/system level.

3.7.1.4 Test implemented PTP ECPs/SCRs, including regression tests, to ensure that they were implemented properly and no undesired degradation of laboratory functionality has occurred.

3.7.1.5 Maintenance of PTP software / system, including problem reports, new requirements, user training and support, enhancement of documentation and problem troubleshooting.

3.7.1.6 Implement / update PTP system documentation to coincide with the ECPs/SCRs.

3.7.1.7 Actively maintain configuration management system containing PTP software source code archives, and software and system documentation.

3.8 Laboratory Network Support

3.8.1 Description: The contractor shall provide enhancement and maintenance to ensure SSC Pacific general purpose and dedicated real-time test networks are updated and relevant to current operational needs.. This effort includes impact assessment analysis, hardware design and/or modification approach, implementation and testing as necessary to update or enhance the networks in response to new UE operational requirements or new organizational requirements.

3.9 Program Management / Monitoring / Reporting

3.9.1 Description: The contractor shall provide for and participate in Technical /Status Meetings with SSC Pacific engineering personnel. These technical reviews shall be held at SSC Pacific and or the contractor’s facilities. Program management personnel shall also attend and participate in designated technical meetings, design reviews, scheduling conferences, etc. Activity at these meetings shall be documented in “Conference Reports” which shall be specified in individual task orders.

4.0 CYBER SECURITY:

4.1 Cyber Security Workforce (CSWF): The contractor performing Information Assurance (IA) functions that are designated as Cyber Security Workforce (CSWF) positions in accordance with DoD 8570.01-M Information Assurance Workforce Improvement Program shall be trained and certified in accordance with DFARS Clause 252.239-7001, Information Assurance Contractor Training and Certification (IACT&C), and DoD 8570.01-M Series.

4.2 IAT Level I and Level II CSWF certifications will be required for engineering and technical personnel working directly with the networks.

5.0 TRAVEL

5.1 Specific trip destinations, durations, number of travelers and occurrences will be determined for each task/delivery order. The below destinations may change during performance of this contract.

5.2 If foreign travel is required, as specified per task order, all outgoing Country/Theater clearance message requests shall be submitted to the SPAWAR System Center Pacific foreign travel team, Topside, Building 27, 2nd Floor -Room 206 for action. A Request for Foreign Travel form shall be submitted for each traveler, in advance of the travel, to initiate the release of a clearance message at least 40 days in advance of departure. Each Traveler must also submit a Personal Protection Plan and have a Level 1 Antiterrorism/Force Protection briefing within one year of departure and a country specific briefing within 90 days of departure. Note: per OPNAVINST F3300.53C contractor employees must receive the AT/FP briefing annually.

Anticipated Locations

San Diego, CA

Los Angeles, CA

Patuxent River, MD

White Sands, NM

Philadelphia, PA

Norfolk, VA

Burlington, MA

Dayton, OH

Eglin AFB, FL

Germany

France

Luxembourg

6.0 GOVERNMENT FURNISHED EQUIPMENT/INFORMATION:

Access to information at SSC Pacific or other Government facilities will be arranged by the Contracting Officer’s Representative (COR) or the designated technical representative for each task. Access to information such as documents, computer programs, computer models, databases, and prototype systems will task order basis only. If required, GFE/GFI will be identified on individual task orders.

7.0 SECURITY

Work under this contractor will be up to and including SECRET. The work performed by the Contractor will include access to unclassified and up to SECRET data, information, and spaces. SECRET is required for access to spaces and to attend meetings as well as virtual teleconferences (VTC’s). The contractor will be required to attend meetings classified up to SECRET. The contractor will also require access to communications security (COMSEC) and secure internet protocol router network (SIPRNet) and complete the derivative classification training prior to being granted access. The contractor shall also be North Atlantic Treaty Organization (NATO) briefed. Training is to be provided by the facility security officer.

As required by National Industrial Security Program Operating Manual (NISPOM) Chapter 1, Section 3, contractors are required to report certain events that have an impact on: 1) the status of the facility clearance (FCL); 2) the status of an employee's personnel clearance (PCL); 3) the proper safeguarding of classified information; 4) or an indication that classified information has been lost or compromised. Contractors working under SSC Pacific contracts will ensure information pertaining to assigned contractor personnel are reported to the Contracting Officer Representative (COR)/Technical Point of Contact (TPOC), the Contracting Specialist, and the Security's COR in addition to notifying appropriate agencies such as Cognizant Security Agency (CSA), Cognizant Security Office (CSO), or Department Of Defense Central Adjudication Facility (DODCAF) when that information relates to the denial, suspension, or revocation of a security clearance of any assigned personnel; any adverse information on an assigned employee's continued suitability for continued access to classified access; any instance of loss or compromise, or suspected loss or compromise, of classified information; actual, probable or possible espionage, sabotage, or subversive information; or any other circumstances of a security nature that would affect the contractor's operation while working under SSC Pacific contracts.

If foreign travel is required, all outgoing Country/Theater clearance message requests shall be submitted to Commanding Officer, Attn: Foreign Travel Team, Space and Naval Warfare Systems Center Pacific, 53560 Hull Street, Building 27, 2nd Floor -Room 206, San Diego, CA 92152 for action. A Request for Foreign Travel form shall be submitted for each traveler, in advance of the travel, to initiate the release of a clearance message at least 30 days in advance of departure. Each Traveler must also submit a Personal Protection Plan and have a Level 1 Antiterrorism/Force Protection briefing within one year of departure and a country specific briefing within 90 days of departure. Anti-Terrorism/Force Protection (AT/FP) briefings are required for all personnel (Military, DOD Civilian, and contractor) per OPNAVINST F3300.53C. Contractor employees must receive the AT/FP briefing annually. The briefing is available at https://atlevel1.dtic.mil/at/, if experiencing problems accessing this website contact ssc_fortrav@navy.mil. Forward a copy of the training certificate to the previous email address or fax to (619) 553-6863. SERE 100.1 Level A Code of Conduct training is also required prior to OConus travel for all personnel. SERE 100.1 Level A training can be accessed at https://wwwa.nko.navy.mil. Other specialized training for specific locations may also be required contact the SSC Pacific foreign travel team.

Operations Security: OPSEC is a five step analytical process (identify critical information; analyze the threat; analyze vulnerabilities; assess risk; develop countermeasures) that is used as a means to identify, control, and protect unclassified and unclassified sensitive information associated with U.S. national security related programs and activities. All personnel working under this task will at some time handle, produce or process Critical Information or CPI, and therefore all Contractor personnel must practice OPSEC. All work is to be performed in accordance with DoD OPSEC requirements, and in accordance with the OPSEC attachment to the DD254.

7.1 ANTI-TERRORISM/FORCE PROTECTION (AT/FP):

Anti-Terrorism/Force Protection (AT/FP) briefings are required for all personnel (military, DOD civilian, and contractor) prior to commencement of foreign travel. Contractor employees must receive the AT/FP briefing annually. The briefing is available at Joint Knowledge Online (JKO): https://jkodirect.jten.mil (prefix): JS; course number: US007; title: Level 1 Anti-terrorism awareness training, if experiencing problems accessing this website contact ssc_fortrav@navy.mil. note: per OPNAVINST F3300.53C contractor employees must receive the AT/FP briefing annually.

7.2 INFORMATION ASSURANCE (IA) WORKFORCE:

All IA functions to be performed under this contract will be identified at the task order level in the statement of work or performance work statement. Task orders will specify, as applicable, IA workforce category, level, training, and certification requirements for contractor personnel with privileged access working in IA Technical (IAT) environments, IA Management (IAM) personnel with significant IA tasks, Computer Network Defense Service Providers (CND-SPs), and IA Systems Architects and Engineers (IASAEs). Task orders with IA functions will include a requirement for the contractor to report IA certification status and compliance.

The contractor shall report ALL contractor labor hours (including subcontractor labor hours) required for performance of services provided under this contract for the SSC Pacific via a secure data collection site. Contracted services excluded from reporting are based on Product Service Codes (PSCs). The excluded PSCs are:

W, Lease/Rental of Equipment;

X, Lease/Rental of Facilities;

Y, Construction of Structures and Facilities;

D, Automatic Data Processing and Telecommunications, IT and Telecom- Telecommunications Transmission (D304) and Internet (D322) ONLY;

S, Utilities ONLY;

V, Freight and Shipping ONLY.

The contractor is required to completely fill in all required data fields using the following web address: https://doncmra.nmci.navy.mil.

Reporting inputs will be for the labor executed during the period of performance during each Government fiscal year (FY), which runs October 1 through September 30. While inputs may be reported any time during the FY, all data shall be reported no later than October 31 of each calendar year. Contractors may direct questions to the help desk at: https://doncmra.nmci.navy.mil.

For the purposes of CMRA reporting, the Federal Supply Code/Product Service Code will be identified on individual task orders.

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