SPECIAL NOTICE
65 -- Prevent Biometrics, Inc. CUSTOM FIT INSTRUMENTED MOUTHGUARD
- Notice Date
- 4/20/2017
- Notice Type
- Special Notice
- NAICS
- 339114
— Dental Equipment and Supplies Manufacturing
- Contracting Office
- Department of the Army, U.S. Army Medical Research Acquisition Activity, U.S. Army Medical Research Acquisition Activity, Attn: MCMR-AAA, 820 Chandler Street, Frederick, MD 21702-5014, Maryland, 21702-5014, United States
- ZIP Code
- 21702-5014
- Solicitation Number
- W81XWH-17-T-0023
- Archive Date
- 5/19/2017
- Point of Contact
- Shylonda Y. Minter, Phone: 3016199524
- E-Mail Address
-
shylonda.y.minter.civ@mail.mil
(shylonda.y.minter.civ@mail.mil)
- Small Business Set-Aside
- Total Small Business
- Description
- Notice of Intent to Sole Source 1. Solicitation Number: W81XWH-17-T-0023 2. Sole Source Title: Prevent Biometrics, Inc. CUSTOM FIT INSTRUMENTED MOUTHGUARD 3. Agency: U.S. Army Aeromedical Research Laboratory (USAARL) 4. Contracting Office: U.S. Army Medical Research Acquisition Activity (USAMRAA), Fort Detrick, Frederick, MD 5. Location: U.S. Army Aeromedical Research Laboratory (USAARL) Fort Rucker, Alabama 6. Description: The U.S. Army Medical Research Acquisition Activity (USAMRAA) intends to award a sole source Firm-Fixed Price supply contract to Prevent Biometrics, Inc. (DUNS: 079855210 CAGE Code: 7L6C1). The statutory authority permitting the acquisition of this requirement by other than full and open competition is 41 U.S.C. 1901. The Federal Acquisition Regulation (FAR) citation is 13.501(a)(1)(i) and the FAR citation title is "Only one source reasonably available (including brand name)". 7. Background: The U.S. Army Aeromedical Research Laboratory (USAARL) provides medical research in the military operations environment to sustain the Warfighter's performance by delivering medical research and developing, testing, and evaluating solutions to air and ground Warriors. USAARL's medical research includes developing return-to-duty standards for Soldiers suffering from neurosensory injuries, mild traumatic brain injuries, determining the effectiveness of life support equipment, and preventing and mitigating ground crew and aircrew biomechanical injuries. 8. Scope and Purpose: This requirement is for the recurring purchase of the Prevent Biometrics, Inc. CUSTOM FIT INSTRUMENTED MOUTHGUARD, that is totally contained inside the test subject's mouth during testing The purpose of this instrument is to provide an automated assessment of head impact events in a living human subject. The CUSTOM FIT INSTRUMENTED MOUTHGUARD device will be used to assess all psychophysical and physiological test subjects at the USAARL Injury Biomechanics Division where testing will take place. Anticipated use of the CUSTOM FIT INSTRUMENTED MOUTHGUARD includes the study of subjects suffering from conclusive blast injury and in Traumatic Brain Injury (TBI) subjects. The BPA is for a 5 year ordering period for mouthguard purchases, training, training and software updates. 9. North American Industry Classification System (NAICS) Code: The NAICS code for this requirement is 339114, Dental Equipment and Supplies Manufacturing -- are classified in U.S. Industry as an other than small business size standard 750. 10. Anticipated Period of Performance: The anticipated delivery period is 30 days after contract award. 11. Information to Industry: This is a Notice of Intent to Sole Source for informational purposes only in accordance with (IAW) Federal Acquisition Regulation (FAR) 5.201 and not a request for competitive proposals. Therefore, no solicitation document exists for this requirement. Interested parties should submit a Capability Statement and pricing information for this requirement within ten (10) days of public notice to be considered by the Government. A determina¬tion to compete the proposed contract based upon responses to this notice is solely within the discretion of the Government. Responses received will be considered solely for the purpose of determining whether to conduct a competitive requirement. 12. Response Due Date: Interested vendors should submit the Capability Statement in response to this Notice of Intent to Sole Source electronically by 1 P.M. (EST) 4 May 2017 via e-mail to the Contract Specialist, Shylonda Minter at shylonda.y.minter.civ@mail.mil. No phone calls will be accepted. 13. Notice Closes: This Notice of Intent to Sole Source closes on 4 May 2017 at 1 P.M. (EST). 14. Confidentiality: No proprietary, classified, confidential, or sensitive information should be included in response to this notice. The Government reserves the right to use any non-proprietary technical information in any resultant solicitation(s). 15. Minimum Essential Characteristics (MEC): Head Impact Monitor in a Mouthguard Form Factor Custom-fit instrumented mouthguard: The custom-fit instrumented mouthguard is a mouthguard used for impact sports and/or military training environments instrumented with accelerometers to enable measurement of head impact events. The mouthguard is custom fit to each individual using a dental impression kit. All custom-fit mouthguard instrumented mouthguard sensor systems for measuring head impact exposures are required to have the following technical characteristics: - All mouthguard sensors must be self-contained and able to fit inside the mouth with no components on the outside of the mouth. - All mouthguard sensors must protect to a comparable level to industry acceptable mouthguards (for example, should not introduce additional hazards to the user's teeth, inside of the mouth, or other participants). - All mouthguard sensors must be capable of measuring head motion resulting from direct and/or indirect impacts. - All mouthguard accelerometers must have a full-scale range of at least ±200Gs. - All mouthguard sensors must be capable of sampling at least 3200 Hz. - All mouthguard sensors must record time-series data for a period of at least 50 ms. - All mouthguard sensors must be capable of determining the motion of the center of gravity of the head through direct measurement or post-processing of directly measured data. o All mouthguard sensors must have the ability to determine the linear accelerations in three axes. o All mouthguard sensors must have the ability to determine the rotational accelerations and velocities in three axes. - All mouthguard sensors must have a minimum of a four (4) hour battery. - All mouthguard sensors must have the ability to be recharged. - All mouthguard sensors must be capable of storing at least 60 events locally. - All mouthguard sensors must have the ability to transfer raw (as collected) data to a DoD computer workstation. o Data output to computer workstation must be in a ".csv" or equivalent file format. - All mouthguard sensors must have a maximum measurement error rate of less than ±5%. - All mouthguard sensors must have a customizable trigger threshold to begin collecting data. - All mouthguard sensors must come with one (1) individual use dental-impression kit. - All mouthguard sensors must come with one (1) wireless charging unit. - Includes shipping and delivery to USAARL, Fort Rucker, AL. - Includes one week of on-site training at USAARL, Fort Rucker, AL in the use of the mouthguard sensors. Research-priced custom-fit instrumented mouthguard: The research-priced custom-fit mouthguard is the same as the custom-fit mouthguard provided at a reduced cost. The reduced cost assumes de-identified head impact and concussion diagnosis data, if available, for each mouthguard used will be shared with the company providing the mouthguards. All research-priced custom-fit instrumented mouthguard sensor systems for measuring head impact exposures are required to have the following technical characteristics: - All mouthguard sensors must be self-contained and able to fit inside the mouth with no components on the outside of the mouth. - All mouthguard sensors must protect to a comparable level to industry acceptable mouthguards (for example, should not introduce additional hazards to the user's teeth, inside of the mouth, or other participants). - All mouthguard sensors must be capable of measuring head motion resulting from direct and/or indirect impacts. - All mouthguard accelerometers must have a full-scale range of at least ±200Gs. - All mouthguard sensors must be capable of sampling at least 3200 Hz. - All mouthguard sensors must record time-series data for a period of at least 50 ms. - All mouthguard sensors must be capable of determining the motion of the center of gravity of the head through direct measurement or post-processing of directly measured data. o All mouthguard sensors must have the ability to determine the linear accelerations in three axes. o All mouthguard sensors must have the ability to determine the rotational accelerations and velocities in three axes. - All mouthguard sensors must have a minimum of a four (4) hour battery. - All mouthguard sensors must have the ability to be recharged. - All mouthguard sensors must be capable of storing at least 60 events locally. - All mouthguard sensors must have the ability to transfer raw (as collected) data to a DoD computer workstation. o Data output to computer workstation must be in a ".csv" or equivalent file format. - All mouthguard sensors must have a maximum measurement error rate of less than ±5%. - All mouthguard sensors must have a customizable trigger threshold to begin collecting data. - All mouthguard sensors must come with one (1) individual use dental-impression kit. - All mouthguard sensors must come with one (1) wireless charging unit. - Includes shipping and delivery to USAARL, Fort Rucker, AL. - Includes one week of on-site training at USAARL, Fort Rucker, AL in the use of the mouthguard sensors. Boil-and-bite instrumented mouthguard: The boil-and-bite instrumented mouthguard is a mouthguard used for impact sports and/or military training environments and is instrumented with accelerometers to enable measurement of head impact events. The mouthguard is a generic boil-and-bite mouthguard that is self-fit by the user. The boil-and-bite mouthguard is at a further reduced rate from the custom mouthguards. All boil-and-bite instrumented mouthguard sensor systems for measuring head impact exposures are required to have the following technical characteristics: - All mouthguard sensors must be self-contained and able to fit inside the mouth with no components on the outside of the mouth. - All mouthguard sensors must protect to a comparable level to industry acceptable mouthguards (for example, should not introduce additional hazards to the user's teeth, inside of the mouth, or other participants). - All mouthguard sensors must be capable of measuring head motion resulting from direct and/or indirect impacts. - All mouthguard accelerometers must have a full-scale range of at least ±200Gs. - All mouthguard sensors must be capable of sampling at least 3200 Hz. - All mouthguard sensors must record time-series data for a period of at least 50 ms. - All mouthguard sensors must be capable of determining the motion of the center of gravity of the head through direct measurement or post-processing of directly measured data. o All mouthguard sensors must have the ability to determine the linear accelerations in three axes. o All mouthguard sensors must have the ability to determine the rotational accelerations and velocities in three axes. - All mouthguard sensors must have a minimum of a four (4) hour battery. - All mouthguard sensors must have the ability to be recharged. - All mouthguard sensors must be capable of storing at least 60 events locally. - All mouthguard sensors must have the ability to transfer raw (as collected) data to a DoD computer workstation. o Data output to computer workstation must be in a ".csv" or equivalent file format. - All mouthguard sensors must have a maximum measurement error rate of less than ±10%. - All mouthguard sensors must have a customizable trigger threshold to begin collecting data. - All mouthguard sensors must be capable of being individually fit to the user through a "boil and bite" method common for COTS mouthguards. - All mouthguard sensors must come with one (1) wireless charging unit. - Includes shipping and delivery to USAARL, Fort Rucker, AL. - Includes one week of on-site training at USAARL, Fort Rucker, AL in the use of the mouthguard sensors. Research-priced boil-and-bite instrumented mouthguard: The research-priced boil-and-bite mouthguard is the same as the boil-and-bite mouthguard provided at a reduced cost. The reduced cost assumes de-identified head impact and concussion diagnosis data, if available, for each mouthguard used will be shared with the company providing the mouthguards. All research-priced boil-and-bite instrumented mouthguard sensor systems for measuring head impact exposures are required to have the following technical characteristics: - All mouthguard sensors must be self-contained and able to fit inside the mouth with no components on the outside of the mouth. - All mouthguard sensors must protect to a comparable level to industry acceptable mouthguards (for example, should not introduce additional hazards to the user's teeth, inside of the mouth, or other participants). - All mouthguard sensors must be capable of measuring head motion resulting from direct and/or indirect impacts. - All mouthguard accelerometers must have a full-scale range of at least ±200Gs. - All mouthguard sensors must be capable of sampling at least 3200 Hz. - All mouthguard sensors must record time-series data for a period of at least 50 ms. - All mouthguard sensors must be capable of determining the motion of the center of gravity of the head through direct measurement or post-processing of directly measured data. o All mouthguard sensors must have the ability to determine the linear accelerations in three axes. o All mouthguard sensors must have the ability to determine the rotational accelerations and velocities in three axes. - All mouthguard sensors must have a minimum of a four (4) hour battery. - All mouthguard sensors must have the ability to be recharged. - All mouthguard sensors must be capable of storing at least 60 events locally. - All mouthguard sensors must have the ability to transfer raw (as collected) data to a DoD computer workstation. o Data output to computer workstation must be in a ".csv" or equivalent file format. - All mouthguard sensors must have a maximum measurement error rate of less than ±10%. - All mouthguard sensors must have a customizable trigger threshold to begin collecting data. - All mouthguard sensors must be capable of being individually fit to the user through a "boil and bite" method common for COTS mouthguards. - All mouthguard sensors must come with one (1) wireless charging unit. - Includes shipping and delivery to USAARL, Fort Rucker, AL. - Includes one week of on-site training at USAARL, Fort Rucker, AL in the use of the mouthguard sensors. 15. North American Industry Classification System (NAICS) Code. The NAICS code for this requirement is Dental Equipment and Supplies Manufacturing with a size standard of 750 employees. ITEM NO SUPPLIES/SERVICES QUANTITY UNIT UNIT PRICE AMOUNT 0001 480 Each Custom Fit Instrumented Mouthguard FFP Custom Fit Instrumented Mouthguard - Minimum order of 12 units with a Maximum order of 480 units for the ordering period. The customer will order approximately 96 units per year throughout the 5 year period of performance. FOB: Destination PURCHASE REQUEST NUMBER: 0010895948 NET AMT ITEM NO SUPPLIES/SERVICES QUANTITY UNIT UNIT PRICE AMOUNT 0002 480 Each Research Priced Cus Fit Inst Mouthguard FFP Research Priced Custom Fit Instrumented Mouthguard - Minimum order of 12 units with a Maximum order of 480 units for the ordering period. The customer will order approximately 96 units per year throughout the 5 year period of performance. FOB: Destination NET AMT ITEM NO SUPPLIES/SERVICES QUANTITY UNIT UNIT PRICE AMOUNT 0003 480 Each Boil-and-bite instrumented mouthguard FFP Boil-and-bite instrumented mouthguard - Minimum order of 12 units with a Maximum order of 480 units for the ordering period. The customer will order approximately 96 units per year throughout the 5 year period of performance. FOB: Destination NET AMT ITEM NO SUPPLIES/SERVICES QUANTITY UNIT UNIT PRICE AMOUNT 0004 1,600 Hours Software Development Services (Per Hour) FFP Software Development Services (Per Hour) - Minimum order of 320 hours with a Maximum order of 1600 hours for the ordering period. The customer will order approximately 320 hours per year throughout the 5 year period of performance. FOB: Destination NET AMT ITEM NO SUPPLIES/SERVICES QUANTITY UNIT UNIT PRICE AMOUNT 0005 35 Week On-Site Training (Per Week) FFP On-Site Training - (Per week) - Minimum order of 7 weeks with a Maximum order of 35 weeks for the ordering period. The customer will order approximately 7 weeks per year throughout the 5 year period of performance. FOB: Destination NET AMT ITEM NO SUPPLIES/SERVICES QUANTITY UNIT UNIT PRICE AMOUNT 0006 1 Each Contractor Manpower Reporting (eCMR) FFP Contractor Manpower Reporting (eCMR) - "The contractor shall report ALL contractor labor hours (including subcontractor labor hours) required for performance of services provided under this contract for USAARL via a secure data collection site. The contractor is required to completely fill in all required data fields using the following web address: http://www.ecmra.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, beginning with 2013. Contractors may direct questions to the help desk at help desk at: http://www.ecmra.mil/. FOB: Destination NET AMT MECS Minimum Essential Characteristics Head Impact Monitor in a Mouthguard Form Factor Custom-fit instrumented mouthguard: The custom-fit instrumented mouthguard is a mouthguard used for impact sports and/or military training environments instrumented with accelerometers to enable measurement of head impact events. The mouthguard is custom fit to each individual using a dental impression kit. All custom-fit mouthguard instrumented mouthguard sensor systems for measuring head impact exposures are required to have the following technical characteristics: - All mouthguard sensors must be self-contained and able to fit inside the mouth with no components on the outside of the mouth. - All mouthguard sensors must protect to a comparable level to industry acceptable mouthguards (for example, should not introduce additional hazards to the user's teeth, inside of the mouth, or other participants). - All mouthguard sensors must be capable of measuring head motion resulting from direct and/or indirect impacts. - All mouthguard accelerometers must have a full-scale range of at least ±200Gs. - All mouthguard sensors must be capable of sampling at least 3200 Hz. - All mouthguard sensors must record time-series data for a period of at least 50 ms. - All mouthguard sensors must be capable of determining the motion of the center of gravity of the head through direct measurement or post-processing of directly measured data. o All mouthguard sensors must have the ability to determine the linear accelerations in three axes. o All mouthguard sensors must have the ability to determine the rotational accelerations and velocities in three axes. - All mouthguard sensors must have a minimum of a four (4) hour battery. - All mouthguard sensors must have the ability to be recharged. - All mouthguard sensors must be capable of storing at least 60 events locally. - All mouthguard sensors must have the ability to transfer raw (as collected) data to a DoD computer workstation. o Data output to computer workstation must be in a ".csv" or equivalent file format. - All mouthguard sensors must have a maximum measurement error rate of less than ±5%. - All mouthguard sensors must have a customizable trigger threshold to begin collecting data. - All mouthguard sensors must come with one (1) individual use dental-impression kit. - All mouthguard sensors must come with one (1) wireless charging unit. - Includes shipping and delivery to USAARL, Fort Rucker, AL. - Includes one week of on-site training at USAARL, Fort Rucker, AL in the use of the mouthguard sensors. Research-priced custom-fit instrumented mouthguard: The research-priced custom-fit mouthguard is the same as the custom-fit mouthguard provided at a reduced cost. The reduced cost assumes de-identified head impact and concussion diagnosis data, if available, for each mouthguard used will be shared with the company providing the mouthguards. All research-priced custom-fit instrumented mouthguard sensor systems for measuring head impact exposures are required to have the following technical characteristics: - All mouthguard sensors must be self-contained and able to fit inside the mouth with no components on the outside of the mouth. - All mouthguard sensors must protect to a comparable level to industry acceptable mouthguards (for example, should not introduce additional hazards to the user's teeth, inside of the mouth, or other participants). - All mouthguard sensors must be capable of measuring head motion resulting from direct and/or indirect impacts. - All mouthguard accelerometers must have a full-scale range of at least ±200Gs. - All mouthguard sensors must be capable of sampling at least 3200 Hz. - All mouthguard sensors must record time-series data for a period of at least 50 ms. - All mouthguard sensors must be capable of determining the motion of the center of gravity of the head through direct measurement or post-processing of directly measured data. o All mouthguard sensors must have the ability to determine the linear accelerations in three axes. o All mouthguard sensors must have the ability to determine the rotational accelerations and velocities in three axes. - All mouthguard sensors must have a minimum of a four (4) hour battery. - All mouthguard sensors must have the ability to be recharged. - All mouthguard sensors must be capable of storing at least 60 events locally. - All mouthguard sensors must have the ability to transfer raw (as collected) data to a DoD computer workstation. o Data output to computer workstation must be in a ".csv" or equivalent file format. - All mouthguard sensors must have a maximum measurement error rate of less than ±5%. - All mouthguard sensors must have a customizable trigger threshold to begin collecting data. - All mouthguard sensors must come with one (1) individual use dental-impression kit. - All mouthguard sensors must come with one (1) wireless charging unit. - Includes shipping and delivery to USAARL, Fort Rucker, AL. - Includes one week of on-site training at USAARL, Fort Rucker, AL in the use of the mouthguard sensors. Boil-and-bite instrumented mouthguard: The boil-and-bite instrumented mouthguard is a mouthguard used for impact sports and/or military training environments and is instrumented with accelerometers to enable measurement of head impact events. The mouthguard is a generic boil-and-bite mouthguard that is self-fit by the user. The boil-and-bite mouthguard is at a further reduced rate from the custom mouthguards. All boil-and-bite instrumented mouthguard sensor systems for measuring head impact exposures are required to have the following technical characteristics: - All mouthguard sensors must be self-contained and able to fit inside the mouth with no components on the outside of the mouth. - All mouthguard sensors must protect to a comparable level to industry acceptable mouthguards (for example, should not introduce additional hazards to the user's teeth, inside of the mouth, or other participants). - All mouthguard sensors must be capable of measuring head motion resulting from direct and/or indirect impacts. - All mouthguard accelerometers must have a full-scale range of at least ±200Gs. - All mouthguard sensors must be capable of sampling at least 3200 Hz. - All mouthguard sensors must record time-series data for a period of at least 50 ms. - All mouthguard sensors must be capable of determining the motion of the center of gravity of the head through direct measurement or post-processing of directly measured data. o All mouthguard sensors must have the ability to determine the linear accelerations in three axes. o All mouthguard sensors must have the ability to determine the rotational accelerations and velocities in three axes. - All mouthguard sensors must have a minimum of a four (4) hour battery. - All mouthguard sensors must have the ability to be recharged. - All mouthguard sensors must be capable of storing at least 60 events locally. - All mouthguard sensors must have the ability to transfer raw (as collected) data to a DoD computer workstation. o Data output to computer workstation must be in a ".csv" or equivalent file format. - All mouthguard sensors must have a maximum measurement error rate of less than ±10%. - All mouthguard sensors must have a customizable trigger threshold to begin collecting data. - All mouthguard sensors must be capable of being individually fit to the user through a "boil and bite" method common for COTS mouthguards. - All mouthguard sensors must come with one (1) wireless charging unit. - Includes shipping and delivery to USAARL, Fort Rucker, AL. - Includes one week of on-site training at USAARL, Fort Rucker, AL in the use of the mouthguard sensors. Research-priced boil-and-bite instrumented mouthguard: The research-priced boil-and-bite mouthguard is the same as the boil-and-bite mouthguard provided at a reduced cost. The reduced cost assumes de-identified head impact and concussion diagnosis data, if available, for each mouthguard used will be shared with the company providing the mouthguards. All research-priced boil-and-bite instrumented mouthguard sensor systems for measuring head impact exposures are required to have the following technical characteristics: - All mouthguard sensors must be self-contained and able to fit inside the mouth with no components on the outside of the mouth. - All mouthguard sensors must protect to a comparable level to industry acceptable mouthguards (for example, should not introduce additional hazards to the user's teeth, inside of the mouth, or other participants). - All mouthguard sensors must be capable of measuring head motion resulting from direct and/or indirect impacts. - All mouthguard accelerometers must have a full-scale range of at least ±200Gs. - All mouthguard sensors must be capable of sampling at least 3200 Hz. - All mouthguard sensors must record time-series data for a period of at least 50 ms. - All mouthguard sensors must be capable of determining the motion of the center of gravity of the head through direct measurement or post-processing of directly measured data. o All mouthguard sensors must have the ability to determine the linear accelerations in three axes. o All mouthguard sensors must have the ability to determine the rotational accelerations and velocities in three axes. - All mouthguard sensors must have a minimum of a four (4) hour battery. - All mouthguard sensors must have the ability to be recharged. - All mouthguard sensors must be capable of storing at least 60 events locally. - All mouthguard sensors must have the ability to transfer raw (as collected) data to a DoD computer workstation. o Data output to computer workstation must be in a ".csv" or equivalent file format. - All mouthguard sensors must have a maximum measurement error rate of less than ±10%. - All mouthguard sensors must have a customizable trigger threshold to begin collecting data. - All mouthguard sensors must be capable of being individually fit to the user through a "boil and bite" method common for COTS mouthguards. - All mouthguard sensors must come with one (1) wireless charging unit. - Includes shipping and delivery to USAARL, Fort Rucker, AL. Includes one week of on-site training at USAARL, Fort Rucker, AL in the use of the mouthguard sensors. ADDITIONAL INFORMATION CONTRACT ADMINISTRATION ****The following will be filled in at time of award.**** Contact/Invoicing Information for Award: Mr. Patrick K. Harris Contracting Officer (KO) (Authorized official to bind the Government in Contracts) U.S. Army Medical Research Acquisition Activity (USAMRAA) ATTN: MCMR-AAA-MA 820 Chandler Street Fort Detrick, MD 21702-5014 Phone: Email: Contract Administrative Information Contact (AIC): Ms. Shylonda Minter Contract Specialist U.S. Army Medical Research Acquisition Activity (USAMRAA) 820 Chandler Street Fort Detrick, MD 21702-5014 Phone: 301-619-9524 Email: shylonda.y.minter.civ@mail.mil Administrative Information Contact for Receiving Reports: (Government customer receiving supplies/services) Attn: Phone: Email: Technical Information Contact (TIC): Attn: Phone: Email: Vendor Information Contact (VIC): Attn: Phone: Fax: Email: Delivery Instructions: Vendor is to ensure that is on all shipping containers/packages is labeled with W81XWH-xx-xxxx Invoicing Questions: Questions regarding payment should be directed to INDY DFAS, 1-888-332-7366 (Option 2) OR 1-317-510-0300 (Option 2). Email: DFAS-IN.97.VPIS@DFAS.MIL All questions with pertaining to imputing an invoice into the Wide Area Workflow (WAWF) should be directed to the WAWF Help Desk @ 1-866-618-5988. Websites available for your use: 1) https://myinvoice.csd.disa.mil, self-register to obtain an account to view vendor invoices. 2) https://wawf.eb.mil - self register to obtain access to electronic invoicing or training - https://wawf.training.eb.mil ***NOTE - please see DFARS 252.232-7003 for electronic submission of payment request The Contractor shall immediately notify the Contracting Officer for clarification when a question arises regarding the authority of any person to act for the Contracting Officer under this contract.
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- Place of Performance
- Address: USA AEROMEDICAL RESEARCH LAB, BLDG 6901, FARREL ROAD, FORT RUCKER, Alabama, 36362-5152, United States
- Zip Code: 36362-5152
- Zip Code: 36362-5152
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