M00146-16-T-V003_0004.docx

M00146-16-T-V003

SECTION SF 30 BLOCK 14 CONTINUATION PAGE

SUMMARY OF CHANGES

SECTION SF 1449 - CONTINUATION SHEET

SOLICITATION/CONTRACT FORM

The required response date/time has changed from 30-Nov-2016 03:00 PM to 09-Jan-2017 03:00 PM.

The following have been modified:

ADDENDUM TO FAR 52.212-1

1) SUBMISSION OF QUOTES.

1. The vendor is responsible for ensuring that quotes are received in the Contracting Office no later than 3:00 P.M. (EST) on 9 January 2017 as indicated on page one (1) of this solicitation. Failure of vendor’s quote to be received prior to the hour and date specified may result in rejection of the quote.

1. Quotes shall be submitted electronically via e-mail to nicholas.vonbargen@usmc.mil.

1. RFQ Number M00146-16-T-V003 must be clearly shown in the subject line.

2) INSTRUCTIONS FOR THE PREPARATION OF QUOTES: The vendor shall submit technical, past performance, and price information in accordance with the following instructions:

a) Technical Quote Instructions:

(1) The vendor shall include a statement that the vendor “understands and will comply with all requirements set forth in the Statement of Work;

(2) The vendor shall provide a detailed response to each paragraph of Sections 2.0 and 4.0 of the Statement of Work that clearly demonstrates how the proposed solution meets the minimum requirements. The vendor’s response shall be prepared and numbered the same as the related paragraphs of the Statement of Work.

(3) In accordance with Paragraph 2.3.1.16 of the Statement of Work, the vendor shall include a draft POA&M with proposed schedule for completion of all major events/milestones from contract award to completion (design / installation / acceptance testing / Training, etc) within 90 business days (Monday-Friday, excluding holidays) from date of contract award.

(4) The vendor shall provide proof of at least five (5) years corporate experience in the modification of hardware and software (as identified in paragraph 2.3.1.7 of the SOW), to control industrial hardware systems and automated material handling systems, similar in technical complexity to this requirement. Vendors may include their own performance as a sub-contractor if the work was similar to that being solicited for in this procurement.

(a) The vendor shall provide details of relevant projects the company has completed to include:

1. Customer / Company Name and Address;

2. Brief Description of the project / contract to include a relevancy statement;

3. Total contract value;

4. Period of performance; and customer POC (name, phone, email, address).

b) Past Performance Information Instructions:

(1) Vendors shall submit at least three (3) relevant past performance references. Relevant past performance is defined as performance of contracts similar in technical complexity to this requirement. Include the following information for each contract listed:

(a) Agency or company name.

(b) Contract number (if applicable).

(c) Point of Contact name, phone number and fax number.

(e) Brief description of contract and relevance to this requirement.

(f) Total contract value.

(g) Period of performance.

(2) If a vendor has no relevant past performance history, a vendor must affirmatively state that it possesses no relevant past performance history.

c) Past Price Quote Instructions: The vendor’s price quote shall include:

(1) The vendor’s proposed firm-fixed price for each line item shown - for completion of all services in accordance with the requirements of the Statement of Work.

d) Past Representations and Certifications Instructions. Contractors interested in doing business with the government must be registered in the System for Award Management (SAM). The vendor shall confirm that they are registered in SAM and that all representations and certifications are current in the system. Contractors must also be registered in the Wide Area Workflow (WAWF) invoicing system at https://wawf.eb.mil/ .

STATEMENT OF WORK

STATEMENT OF WORK

AUTOMATED STORAGE KITTING AND RETRIEVAL SYSTEM (ASKARS)

LOCATED AT

FLEET READINESS CENTER EAST CHERRY POINT

(A COMFRC CORPORATE SOLUTION)

1.0 SCOPE

The purpose of this Statement of Work (SOW) is to describe the Government’s requirement for upgrade of an Automated Storage Kitting and Retrieval System to the latest version of REDHAT Linux Enterprise 7.2 Operating System, switch all remaining serial communication to Ethernet communication by modifying the Sub System Controller communication software, replacing DigiBoard hardware with configured Digi ConnectPort servers hardware and provide corrected communication diagrams for the existing and upgraded Subsystems at the Fleet Readiness Center East (FRCE), Cherry Point.

1.1 BACKGROUND

The ASKARS application allows full range of automated and non-automated material handling functions with real-time updates. To perform the automated material handling functions the application provides instructions to the Material Handling Equipment (MHE), i.e. robotic storage retrieval machines and conveyors, in the form of container/pallet move requests via the unique ASKARS-SubSystem Controller (SSC) application. The ASKARS-SSC working in a parent-child relationship that directs, controls, and monitors the MHE for efficient retrieval and storage of the required storage containers/pallets and reports status back to the parent ASKARS application. Each SSC was designed to uniquely operate in coordination with the ASKARS application. It has no independent function and cannot operate as designed without direction from ASKARS in the form of container/pallet move requests. All information regarding material storage, bin, container locations and status is maintained by the ASKARS application database. ASKARS application requests involving material movement are formatted and transmitted to the SSC. The SSC serves as the primary interface with the stacker/conveyor machinery.

FRCE and FRC Southeast (FRCSE) currently use standardized code as a corporate solution and mandated by COMFRC to operate the ASKARS / AS/RS systems. FRCE currently has four (4) independent storage areas located within two (2) buildings. These areas are used to store aircraft parts in support of FRCE’s operation. Each storage area utilizes mini load and/or unit load stacker cranes for a total of twelve (12) cranes. Conveyors transport loads to cranes for storage and away from cranes when retrieved. The Vertical Lift Modules (VLMs) and other equipment “not” stated below are “not” included in this SOW. Each configuration of MHE comprises a subsystem that has its own SSC computer for equipment synchronization with ASKARS requests. Each is interfaced to the ASKARS software via an SSC. The current ASKARS application was developed for FRCE and FRCSE and is maintained by the government. The government has unlimited access to the standardized configured code. The four (4) existing SSCs include 32 bit Personal Computers (PCs) and O.S that control each storage system and provide an operator interface. The connection upstream to the host is Ethernet while the connections downstream to the storage system components are a mixture of serial connections through DigiBoards and Ethernet. The SSC application provided must be 100% compatible with the current ASKARS system application standardized code and the other SSCs already operating various Automated Storage/Retrieval Systems (AS/RS) at FRCE and Southeast FRCSE. The current system includes the following:

1.1 Building 137 Cranes

1.1.1 SLIS- Special Large Item Stacker

1.1.2 LIS- Large Item Stacker

1.1.3 LIS 2/5- Large Item Stacker area 2 stacker 5- New Dambach unit load crane

1.1.4 LIS 2/4- Large Item Stacker area 2 stacker 4- New Dambach unit load crane

1.1.5 LIS 2/3- Large Item Stacker area 2 stacker 3- Next New Dambach unit load crane to be replaced

1.1.6 LSIS 2/2- Large Item Stacker area 2 stacker 2- TGW crane

1.1.7 SIS-1 Small Item Stacker one- TGW crane

1.1.8 SIS -2 Small Item Stacker two- New Viastore Mini Load crane

1.1.9 SIS -3 Small Item Stacker three- New Viastore Mini Load crane

1.1.10 SIS -4 Small Item Stacker four- New Viastore Mini Load crane

1.2 Building 133 Cranes

1.2.1 ESIS- Engines Small Item Stacker

1.2.3 ELIS- Engines Large Item Stacker

2.0 REQUIREMENTS

The contractor shall upgrade to the REDHAT Linux Enterprise 7.2 operating system software to allow for continued use of the current corporate SCC solution standardized by COMFRC and mandated by NAVAIR. The government requires that the standardized COMFRC corporate SCC code shall be modified and configured to provide a 100% compatible seamless interfacing to the existing and upgraded equipment, software and hardware at FRCE. The contractor shall upgrade the current digiboards and operating system (OS) for four (4) storage areas, three (3) in building 137 and one (1) in building 133 of the FRCE, for the automated storage kitting and retrieval systems (ASKARS). The contractor shall upgrade and link to the SSC with the appropriate Digi software driver for the DigiConnect Port Terminal Server. Communication from the SSC to the cranes will remain serial utilizing the new DigiConnect Port Terminal Server. The contractor shall ensure FRCE remains 100% compatible with the ASKARS operating host.

2.1 The Contractor shall remove four (4) existing DigiBoards and upgrade with a combination of 4 and 16 port Digi ConnectPort® terminal servers. All four (4) storage areas/SSCs will be upgraded with new computers and REDHAT Linux Enterprise 7.2 and all four (4) SSC software will be recompiled with the new O/S and computer. The contractor shall provide one (1) 16 DigiConnect Port Server and the Government will provide three (3) DigiConnect Port Servers.

2.1.1 The contractor shall replace one (1) Digi Board with (1) DigiConnect 16 port. ConnectPort serial servers shall provide secure, easy integration of any serial device onto wired Ethernet networks. The contractor shall upgrade the warehouse control application software to support FRCE’s upgrade of the existing 32 bit operating systems to 64 bit operating systems.

2.2.1 SSC functions shall include:

2.2.1.2 Receiving, retrieving and storing requests from the host.

2.2.1.3 Maintaining and managing a queue of up to one hundred (100) pending and in-process requests by order of request and in coordination with work station activity.

2.2.1.4 Providing equipment control for the conveyors and stackers

2.2.1.5 Providing the host (ASKARS application) with acknowledgments and status messages regarding requests initiated by the host

2.2.1.5 Maintaining a log and a selection of reports of all significant activity and error conditions

2.2.1.6 Allowing an operator to submit material movement commands in the “SSC Auto” (Get, Put, Move) and the “SSC Semi-auto” (position, pickup, calibrate, deposit, park) modes.

Allows an operator to view the current status of queued requests

2.2.1.7 Allowing an operator to view and modify the enabled/disabled status of work stations and stackers

2.2.1.8 Providing a continuous real time graphics display representation of stacker and conveyor activity and status.

2.2.1.9 Allowing maintenance personnel to identify and correct error conditions including a view of current conditions of individual components.

2.2.1.10 Allowing an operator to access and search a log of all significant activity and access a selection of reports

2.3 SSC software shall:

2.3.1 Utilize Red Hat Linux Enterprise 7.2 as the operating system version 7.2 (OS).

2.3.1.1 Utilize Reflections to permit access of windows based remote maintenance terminals.

2.3.1.2 Have a modular/structured design with definable tasks operating interactively.

2.3.1.3 Have all programs and user interface windows be based in the ‘C’ programming language.

2.3.1.4 Have the primary user interface be Command Entry X-window Screen (CEXSCR) is X-window based.

2.3.1.5 Provide four levels of user groups and a menu interface tailored to the user group level. The desktop and menu allows users to access the Command Entry Screen and perform approved administrative functions (i.e. starting/stopping SSC application, checking status of programs, backups, displaying/changing work queues, accessing logs and reports, etc.).

2.3.1.6 The contractor shall verify the replacement of the Digi Board Cards with Digi ConnectPort servers. The contractor shall also replace one obsolete and unsupported Digi Board card in building 137 and one in building 133 with current readily supported 16-port Digi ConnectPort servers. The existing Digi Board cards shall be removed, replaced with Digi ConnectPort servers, and the remaining serial connections shall be plugged into the Digi ConnectPort servers. All serial connections to the Digi ConnectPort servers shall be provided by the contractor. The Digi ConnectPort servers shall be connected to the SSC network card via Ethernet. For the LIS2 system in building 137, the Government will provide and install an Ethernet switch near the SSC network card to provide an Ethernet port for the TGW crane and the Digi ConnectPort server since the SSC network card is already utilized. The existing communication diagrams shall be updated to reflect the changes made as part of the proposed work scope.

2.3.1.7 64 Bit Operating System Upgrade Support The contractor shall upgrade FRCE SSC software, using C programming, to support FRCE conversion from 32 bit computers to 64 bit computers in buildings 137 and 133 supporting the 12 ASRMs listed above in paragraphs 2.1 and 2.2. The current code shall be modified to work with Red Hat Linux Enterprise 7.2 for the systems. The Government will provide the four 64 bit operating system PCs and the eight network cards, two for each PC. The contractor shall install the upgraded SSC software to operate on the first 64 Bit Operating System. The install shall include updates, modifications, testing and verification of the SSC software in the new 64 bit operating system. The first install shall be followed by a day of monitoring to ensure proper operation. The contractor shall install the software on the remaining three PCs followed by a day of monitoring after all three are installed. The Government will provide two (2) REDHAT Linux Enterprise 7.2 compatible Ethernet cards so that one card can be utilized for the connection to FRCE internal network and the other Ethernet card shall be utilized to connect the new Digi ConnectPort servers to each PC.

2.3.1.8 The contractor shall engineer the software solution within 65 business days (Monday-Friday, excluding holidays) after receipt of order. Once the software solution is complete, the contractor shall provide a detailed implementation plan and schedule which will be approved by the FRCE technical team, in advance of starting on-site work. The contractor shall replace four existing DigiBoards with Digi ConnectPort® 16 port terminal servers (1 provided by contractor, 3 provided by Government). ConnectPort serial servers provide secure, easy integration of virtually any serial device into wired Ethernet networks.

2.3.1.9 The contractor shall upgrade the warehouse control application software to support FRCE’s upgrade of the existing 32 bit operating systems to 64 bit operating systems. The contractor shall provide the engineering, 1Digi ConnectPorts, delivery of the new materials to site, programming, and commissioning.

2.3.1.10 In order to meet the requirement of FRCE, the contractor shall incorporate ASKARS modernization/update solutions, project management and technical capability to achieve the following requirements:

2.3.1.11 The solution must be an upgrade to the Red Hat Linux Enterprise 7.2 operating system for the corporate suite of depot operating software inclusive of ASKARS and the ASKARS SSC. Further, the solution must meet the technical standards of the Material Handling Institute, ASKARS Section including ANSI MH16.3-2016: SPECIFICATION FOR THE DESIGN, TESTING AND UTILIZATION OF INDUSTRIAL STEEL CANTILEVERED STORAGE RACKS and /or ANSI MH16.1 - SPECIFICATION FOR THE DESIGN, TESTING AND UTILIZATION OF INDUSTRIAL STEEL STORAGE RACKS, as applicable.

2.3.1.12 Contractor shall provide component parts which are commercial, off-the-shelf, with no anticipated obsolescence date that ensures a long-term supply of replacement parts that are current and compatible with existing and future technology.

2.3.1.13 Contractor shall provide a solution that will allow for local daily start-up and routine maintenance of the ASKARS System after upgrade.

2.3.1.14 Contractor shall utilize existing Ethernet drops.

2.3.1.15 Contractor shall provide a list of critical spare parts for all new parts which are susceptible to premature failure. Critical spare parts are defined as a part that may not normally be stocked by a local distributer and has a long lead time (greater than 24 hours). To aid FRCE, the contractor shall provide pricing within their proposal for any critical spare parts.

2.3.1.16 Plan of Action & Milestones: The Contractor shall provide a Plan of Action & Milestones (POA&M) report to identify Contractor performance dates of all major events from contract award to completion of contract requirements. The report will be reviewed by the Government. The milestones shall be prepared using Microsoft Project. The initial report shall be submitted with the contractor's proposal. A final report shall be submitted within ten (10) business days (Monday-Friday, excluding holidays) after date of contract award. The Government and the Contractor shall review the report periodically on an as-needed basis until Final Acceptance has been accomplished. Any changes to the final approved POA&M must be approved in advance by the Government to ensure adherence to contractual milestones. The POA&M shall detail such items as system design concept, software design concept, software development, engineering, procurement of major hardware, assembly, operational debug, factory acceptance, shipment, installation, and site acceptance test.

2.4 Deliverables -The contractor shall provide:

2.4.1 The Government is responsible for the Installation and Configuration of four (4) 64 bit PCs loaded and configured with the upgraded 64 bit REDHAT LINUX ENTERPRISE 7.2 on the PC’s, and the government is responsible for configuring the PC’s with the new OS and installing the Ethernet cards.

2.4.2 Configuration of four (4) Government provided Ethernet cards, (1) one per PC for SSC operations. Government will configure four (4) Government provided Ethernet cards, (1) one per PC for Enterprise network operations NMCI.

2.4.3 Provide one (1) 16DigiConnect Port Server and the Government will provide three (3) 4DigiConnect Port Servers (16-port Digi ConnectPort servers standardize on part numbers, to ensure adequate capacity, and to provide spare connections)

2.5. The contractor shall provide the following:

2.5.1 One (1) CD containing the following information as it applies to the work:

2.5.2 Bill of Materials

2.5.3 Recommended spare parts list

2.5.4 Communications block diagrams for the computer upgrade in PDF (Editable)

2.5.5 Four (4) As-Built drawings

2.5.6 Schematics

2.5.7 OEM literature

2.5.8 Technical bulletins released after the completion of the install

2.5.9 Commissioning completed per system design

2.6 All software upgrade data shall be sent to the following address:

Cunningham Street MCAS Cherry Point, NC 28533-5040

2.6.2 The Customer Point of Contact for this contract shall be 6.1.3.3, Industrial/In-Service Support Contract Acquisition/Procurement Division, Services Branch.

1. Primary: Lynn Weeks, lynn.weeks@navy.mil, 252-464-5534

1. Alternate: Heather Unruh, heather.unruh@navy.mil, 252-464-5535

3.0 ACCEPTANCE PROCESS

A FRCE representative and contractor representative shall be present during operational acceptance and equipment verification:

3.1 Functionality - Before the upgrade project is accepted, all new operating system/ software installed shall be tested to prove it is functioning as specified in the design and requirement documents the contractor provided. The final functionality testing shall include the following:

3.1.1 The new PLC controller operates ASRMs properly (according the design documents and FRCE’s requirements) to ensure that the upgrades made to the system and the communications will still operate the ASRS correctly; inclusive of movement, positioning, and movement along the length of the isle.

3.2 The positioning systems shall be unaffected by the upgrade.

3.3 The communications to the cranes shall be unaffected by the upgrade.

3.4 Communications between the ASRM and host computer shall be unaffected by the upgrade.

3.5 Any discrepancies shall be addressed and the system made fully operational prior to acceptance by the FRCE personnel.

4.0 TRAINING

The contractor shall provide both maintenance and operational training for any modifications which requires additional work/upgrades or any deviations from the current SSC in order for FRCE to maintain the system. The training shall be documented and provided to support the required training.

4.1 The Contractor shall provide training on new and/or modified equipment. Training will include a review of the new and modified documentation and shall be instructed by the contractor.

a. The Contractor shall provide specified training for the following personnel:

b. Training shall take place in a training room for a total of two hours.

c. Contractor shall review the procedures of swapping out the DigiBoard port server in the even a spare is needed. Contractor shall review starting up and shutting down the SSC and the servers for this project.

The contractor shall provide training for installing the Digi ConnectPortServers. Since the upgrades being performed by Retrotech are to the communications and support FRCE’s computer upgrade, it shall not affect the operators.

5.0 STANDARD COMMERCIAL WARRANTY

The contractor shall provide a standard one year commercial warranty beginning after final acceptance. Also, where the vendor undertakes to perform or assist in any servicing, installation, demonstration, repair, or replacement, warrants that its performance or assistance shall be free from defect in material or workmanship. The warranty shall cover all parts and remote telephone support labor for the specified period of not less than one (1) year.

6.0 NON-WARRANTY MAINTENANCE SUPPORT

The contractor shall provide a one-year warranty and customer service support during normal business hours. The contractor shall provide a standard one year warranty and support which applies to the Communication and O.S. Upgrade replacement work provided in this SOW. The contractor shall be available to take calls and direct FRCE personnel to take appropriate actions between 7:00 am – 3:30 pm EST (Monday – Friday). This support shall be provided via phone or onsite as applicable. When service requires a hard drive change (or any other service work that affects the application software), the contractor shall interface with FRCE on instructions and procedures for reloading the standardized configuration code application software and its configuration data.

7.0 CONTRACTOR PERFORMANCE REQUIREMENTS:

a. Safety, Environmental, Quality, Security Requirements: All personnel who enter or work in assigned spaces of this facility are required to comply with all federal, state, local, and site specific safety, environmental, quality and security requirements. FRC East has adopted and implemented additional safety programs to improve safety, quality, environmental, and security measures. Any individual found to not comply with this effort will be asked to immediately halt work.

Supervisors, managers, and employees are to report issues of non-conformance through the proper chain of command. Any individual or entity not willing to comply will state such and shall not be authorized to enter the facility. FRC East may take actions that result in removal of individuals or entities from this facility due to issues of non-compliance with stated instructions.

b. Documented proof of all required certification training/licensing listed in the contract shall be available upon request by their Contracting Officer Representative or any auditor.

c. All personnel working on site at the FRC East under this contract shall document their receipt and review of the information listed in reference (a) annually.

d. All contractors performing work on FRC East behalf and who have 10 employees at any time during the past calendar year, whose employees worked 1,000 or more hours in any quarter shall furnish FRC East their Total Case Incidence Rate for recordable nonfatal injuries and illnesses and their Days Away from Restricted work activity, and/or Job Transfer Rate for the past three years.

e. Foreign Object (FO) is defined as any article or substance alien to the aircraft or assembly which is allowed to invade the product. Foreign object damage (FOD) is the damage that occurs due to these FOs. All FRC East work sites shall be maintained in such a manner as to prevent FOD to aircraft and/or aircraft components. Work sites shall be kept clean at all times. All debris, scrap material, tools, and equipment will be cleared from the work site as work progresses. At no time shall hoses, power cords, materials, etc. be permitted to create tripping hazards in areas of the work site.

f. In those cases where a contractor supervisor determines that solving a safety or health problem is beyond their control, but within the control of the FRC East, the contractor shall notify the appropriate point of contact identified in the contract.

g. All contractor employees performing work on site at FRC East shall immediately report any safety, security, or environmental violation to their contractor supervisor, as well as the cognizant FRC East Safety/Security/Environmental Office provided in reference (a). The initial FRC East notification can be made via phone or e-mail and should include as many applicable details as possible (date, time, identification numbers, tags, company, etc.). This initial notification shall be made as soon as possible. A safety incident will require the contractor to complete and submit an incident memo to the appropriate point of contact identified in the contract, with a copy to FRC East Safety Office within twenty-four hours of accident/incident). This incident memo will include the full name of the person involved in the incident, age, sex, job title, the name of the employing company and the contract number and title. In addition, this memo will include the severity of the illness or injury, indirect cause(s) or the accident and whether personal protective equipment was available and used.

h. All contractors and sub-contractors working within FRC East shall develop and operate effective safety and health programs. (CSS contracts only).

i. Contractors are required to wear personal protective equipment (PPE) consisting of hearing protection, eye protection, and safety shoes. PPE will not be provided by the facility. Contractor representatives without the appropriate PPE will not be allowed access to the facility.

j. Work areas utilized by contractors shall be provided an FRC East 5000/10, Contract Work Notice by their project manager before mobilization at the work site. This work notice requires the contractor to notify a point of contact in the shop where they will be accomplishing work and document this notification on the appropriate portion of this notice. One completed notice shall be posted conspicuously in the area prior to performance of work. A copy of this notice will be available by the contractor upon request at all times. Contact project managers will address any issues regarding completion or duplication of this form.

k. Work above or anywhere near aircraft or passageways shall be avoided whenever possible. If this is not possible, the cognizant shop supervisor shall be informed so arrangements can be made to protect, move, or evacuate assets from the area to minimize foreign object debris potential. The area below the elevated work area shall be adequately marked and barricaded at all times. Under no circumstances shall work be performed over unprotected spaces. Standards listed in the Department of the Navy Fall Protection Guide for Ashore Facilities shall be complied with.

l. The contractor shall report completion of required training as well as area/task specific training by nested contractors. Information on completion of this training will be forwarded to the FRC East shop supervisor of the area where the contractor is nested within. A nested contractor is defined as a contractor that has a payroll number and performs/clocks work in the same manner dictated of permanent shop employees.

8.0 Labor Hour Reporting: In accordance with the Navy Marine Corps Acquisition Regulation Supplement (NMCARS) Part 5237.102-90 relating to Enterprise-wide Contractor Manpower Reporting Application (ECMRA):

8.1 The contractor shall report contractor labor hours (including subcontractor labor hours) required for performance of services provided under this contract the Fleet Readiness Center East, MCAS Cherry Point, NC 28533 via a secure data collection site. Contracted services excluded from reporting are based on Product Service Codes (PSCs). The excluded PSCs are:

(1) W, Lease/Rental of Equipment;

(2) X, Lease/Rental of Facilities;

(3) Y, Construction of Structures and Facilities;

(4) S, Utilities ONLY;

(5) V, Freight and Shipping ONLY.

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

8.3 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, linked at https://doncmra.nmci.navy.mil.

9.0 CONTRACTOR'S UNAUTHORIZED WORK PERFORMANCE. The Contractor shall not perform work that deviates from contract requirements and statement of work. If the Contractor deviates from contract requirements and statement of work without approval of the CONTRACT ADMINISTRATOR/CONTRACTING OFFICER, such deviation shall be at the risk of the Contractor and any cost related thereto shall be borne by the Contractor.

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