Attachment 1- Questions.pdf
PDF 144 KB Posted
- Attached to
- RFI-Medical Trauma Sensor
- Solicitation number
- W81K0425Q3051
- Issued by
-
Department of the Army Medical Command
About this file
This document is an Attachment 1: Questions for Vendors related to a Request for Information (RFI) for a federal contract opportunity. The RFI is seeking information on vendors' capabilities to non-invasively detect, measure, and assess the hemodynamic status of trauma patients, including their ability to remotely monitor for decompensation, the accuracy of their systems, and the technical specifications such as networking, communication, power requirements, and data storage. The RFI also seeks information on gaps related to expediting triage and treatment decisions during mass casualty situations, acquiring hemodynamic status using various sensor locations, secure data transmission, and monitoring hemodynamic status regardless of skin tone or tattoos. The RFI is from the Department of the Army Medical Command and is not a request for proposals or quotes, but rather a market research exercise to gain information. No contract will be awarded as a result of this RFI.
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| File | Type | Posted |
|---|---|---|
| A02 RFI _ MTS (1).pdf | ||
| Attachment 2 - Company Product Information.pdf |
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Attachment 1: Questions for Vendors
RFI Number: W81K04-25-Q-3051
Instructions: Responses are limited to 3 pages for each question below. Include references and capabilities statement.
Hemodynamic status monitoring:
1. Describe how would you non-invasively detect, measure, and assess hemodynamic status of a trauma patient.
2. Does your system or design have a sensor capability that can non-invasively measure hemodynamic status as described above?
3. Does your system/design have a sensor capability that can display hemodynamic status on the device itself?
4. Describe your ability to remotely monitor hemodynamic status as it relates to decompensation.
5. Describe your development and/or integration experience of algorithms used in medical devices to predict or assess hemodynamic status.
6. Describe the accuracy of your system or design when recording physiological data, hemodynamic status, and/or decompensation.
7. Describe how long your system can run/capture hemodynamic status and how much time is required to obtain the hemodynamic status measurement.
8. Please explain how you verified and validated the ability to assess and predict hemodynamic status.
9. Please provide any pictures of your system/design used to detect and assess hemodynamic status of a trauma patient.
10. Does your system or design have FDA approval?
Networking/Communication Capabilities
Provide any technical expertise and general knowledge with the following:
11. Networking communication capabilities for Army tactical networks or networks with a limited bandwidth.
12. System architecture (current and available connections) of your system/design.
13. System survivability and limitations in extreme temperature and chemical, biological, radiological, and nuclear environments.
Product Specifications
Provide any insight on your system/design product specifications.
14. Describe how long it takes to setup your design or system.
15. Describe weight, size, and transport of your system or design.
16. Describe how your system links a patient to their medical data.
17. Describe any power requirements of your system or design.
18. Describe battery life of your system or design.
19. Describe any alternate power sources for your system or design.
20. Describe the data storage requirements of your system or design.
21. Describe the Mean Time Between Failures (MTBF) for repairable items and Mean Time to Failure (MTTF) for non-repairable items.
22. Describe the Mean Time to Repair (MTTR) your system or device.
23. Describe how your system or design transfers patient data.
24. Describe the portability of your system or device.
25. Describe how your system or design displays patient status under low light conditions.
26. Describe your systems ability to produce visible indication of hemodynamic status.
27. Describe the wearability of your system or design. Where is the device placed on the body and are there multiple placement options?
28. Describe the manpower needed to setup & operate your system or design.
29. Describe the extent to which your system or design is waterproof or water resistant.
Gap Analysis
Please provide insight on the following gaps:
30. Identify how to expedite triage and treatment decisions during a mass casualty situation.
31. Identify how to address difficulties between acquiring hemodynamic status using a sensor that can be placed on various locations on the body.
32. Identify how to address gaps between sending patient data securely without interception via electromagnetic channels.
33. Identify how to address gaps between monitoring hemodynamic status regardless of skin tone or tattoos.
Other
34. Does your existing system or design include any proprietary software and software licenses that would preclude agreeing to government purpose rights?
35. Is your system currently used in any healthcare setting? If so, please explain.
36. Describe development and integration experience with Tactical Assault Kit (TAK) products, Nett Warrior integration, and Program Executive Office Command Control Communications Tactical (PEO C3T) programs.
References: (if applicable, not required)
Company:
Name:
Job title:
Phone:
Email:
Describe the service/product was provided:
Capabilities:
Please attach Capabilities Statement (if applicable).
For example, an FDA approved medical device or algorithm with the ability to detect and communicate hemodynamic status of a trauma patient to assist in triage.
(end of Attachment 1)
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