≈$1.8M PURCHASE ORDER FA864925P0486

Mobile AI Diagnostic Research for Brain Health on the Front Lines (Traumatic Brain Injury) — a federal contract (USAspending)

Department of Defense 2025-08-29 〜 2027-03-01

A roughly $1.8 million U.S. Air Force contract to Senseye Inc to study traumatic brain injury (TBI) using mobile, AI-assisted diagnostics. It is framed around quickly assessing brain status in front-line and field settings.

Contract key facts

  • RecipientSENSEYE INC
  • Contract value$1,797,347 (≈$1.8M)
  • Awarding agencyDepartment of Defense
  • Awarding sub-agencyDepartment of the Air Force
  • Award typePURCHASE ORDER
  • Period of performance2025-08-29 〜 2027-03-01
  • Contract ID (PIID)FA864925P0486

Contract scope (original)

COMBAT-READY BRAIN HEALTH: MOBILE ARTIFICIAL INTELLIGENCE DIAGNOSTICS FOR TRAUMATIC BRAIN INJURY

Key points

  • A federal contract awarded by the U.S. Air Force to Senseye Inc, totaling about $1,797,347 (PIID: FA864925P0486).
  • The theme is research evaluating traumatic brain injury (TBI) via mobile, AI-assisted diagnostics.
  • It is framed around quickly assessing brain status in front-line and field settings.
  • The awarding agency is the Air Force under the Department of Defense; the recipient is Senseye Inc.
  • Specific outcomes or diagnostic performance are not described in the source.

Traumatic brain injury (TBI), in which the brain is damaged by impacts such as blasts, falls, or collisions, can arise from many causes in military operating environments. Where precise diagnostic equipment is hard to use far from medical facilities, there has long been interest in simple assessment tools that can be used in the field. The "mobile, AI-assisted diagnostics" direction stated in this contract's description sits within that lineage of trying to gauge brain status more quickly in constrained settings.

Why this matters: delays in detecting or responding to TBI can affect recovery, yet thorough assessment is difficult where medical resources are limited, as in military or disaster settings. Combining portable devices with AI assistance is drawing attention as an approach that may ease constraints around where testing happens and which specialists are available. That said, the source does not state what level of diagnostic performance this contract achieves or what results it reached, so this page is limited to describing the contract's stated purpose.

Viewed across domains, this is one federal procurement recorded in U.S. public spending data, and it stands as an example sitting at the intersection of military medicine, AI, and mobile devices. Placed within the Air Force's practice of bringing in research-and-development technology to support field operations, it can be understood as a concrete case where technology meets the needs of an operating environment.

Why it matters

This contract illustrates a case where public funds support research combining portable devices and AI for brain-health assessment in resource-limited field settings. It offers a signal of procurement activity at the intersection of military medicine and portable AI-assisted diagnostics, but because outcomes and diagnostic performance are not described in the source, evaluating real-world use or effectiveness would require separate information.

FAQ

What is the purpose of this contract?
It is research to evaluate traumatic brain injury (TBI, brain damage from impacts to the head) using AI-assisted diagnostics on portable devices, with the aim of quickly assessing brain status in front-line and field settings.
What is the amount, and who are the parties?
The total is about $1,797,347. The award comes from the U.S. Air Force under the Department of Defense, and the recipient is Senseye Inc.
Does the source describe diagnostic performance or results?
No. Diagnostic performance and specific outcomes are not described in the source. This page is limited to describing the contract's stated purpose and does not assert diagnostic performance or offer medical advice.

Sources (primary)

This article is an independent organization based on the U.S. official spending data below. Verify the exact, latest details with the official source.

#federal contract#USAspending#U.S. Air Force#traumatic brain injury#AI diagnostics#military medicine#research and development
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