2024 Lays the Foundation for Using Artificial Intelligence in Military Medicine

Image of Doctor holding an Ipad. In 2024, the Military Health System made significant strides in laying the groundwork for understanding and implementing artificial intelligence into military medicine. (Image by Graphic credit: Sofia Echelmeyer, Uniformed Services University).

As the Military Health System continues its mission to deliver high-quality health care to service members, retirees, and their families, it must also prepare for a future driven by innovation.

“In 2024, the Department of Defense and the MHS made significant progress in laying the foundation for integration, adoption, and use of trustworthy artificial intelligence in military medicine,” said Ms. Seileen Mullen, the acting assistant secretary of defense for health affairs. Key accomplishments include:

Comprehensive Inventory of AI Use Cases

In January 2024, the Office of the Assistant Secretary of Defense for Health Affairs completed a comprehensive inventory of AI use cases across military medicine. This initiative identified over 120 active projects, spanning areas such as machine learning and predictive models for mental health, image processing for radiology, genomics and omics, natural language processing to streamline the review of clinical notes, and multiple generative AI applications for training and education.

“The inventory coordinated through my office highlighted the breadth and depth of advanced analytical applications already underway to support the health and readiness of our beneficiaries,” said Mullen.

Strengthening AI Collaboration

The spring of 2024 saw significant progress in fostering collaboration with internal and external government agencies, including the Department of Health and Human Services, the Department of Veterans Affairs, and the Food and Drug Administration.

“These partnerships were critical to make sure the MHS remains aligned with broader federal AI initiatives,” stated Mullen.

In addition, regular coordination meetings with the DOD Chief Digital and Artificial Intelligence Office, the Defense Health Agency, and the Uniformed Services University of the Health Sciences created a unified approach to AI innovation in military medicine.

Policy and Strategy

In the summer of 2024, HA, in collaboration with USU, finalized the MHS Digital Health Strategy. This strategy outlined a comprehensive plan to integrate digital health and AI technologies into military medicine, focusing on improving patient outcomes, operational readiness, and system efficiencies.

By fall, HA released the memo, “Planning Guidance for Artificial Intelligence in Health Care.” This document highlights seven key areas to serve as priorities for the soon-to-be established digital health policy council, a key pillar of the MHS governance structure.

Responsible Use of AI

During the fall of 2024, HA, in collaboration with the DOD CDAO, completed the generative artificial intelligence "red teaming" exercise. This effort aimed to identify potential vulnerabilities, biases, and risks associated with these systems in the context of military medicine. Over 200 participants, including clinical providers and health care analysts from the DHA, USU, and the services participated in the exercise, which compared three of the most popular large language models. The exercise uncovered over 800 findings of potential biases and vulnerabilities related to using these capabilities for clinical note summarization and as a medical advisory chatbot.

“These findings will play a crucial role in shaping DOD policies on the implementation of responsible AI in military medicine,” said Mullen.

Looking Ahead to 2025

Leveraging the groundwork laid in 2024, the MHS will focus on operationalizing AI technologies, integrating AI into clinical workflows, and demonstrating the tangible impact of AI on military medicine.

You also may be interested in...

Article
Aug 7, 2023

Naval Medical Center San Diego Uses Robotics System for Total Knee Arthroplasty

Sailors attached to Navy Medicine Readiness and Training Command in San Diego use the 3D model from the Stryker Mako system while conducting a total knee arthroplasty in the main operating room. NMRTC‘s mission is to prepare service members to deploy in support of operational forces, deliver high-quality health care services and shape the future of military medicine through education, training, and research. (Photo by U.S. Navy Mass Communication Specialist 3rd Class Raphael McCorey)

Naval Medical Center San Diego continues to lead in medical technology being the first Navy Medical Treatment Facility military hospital to conduct a total knee arthroplasty utilizing the Mako Robotics system. The Stryker Mako system is a state-of-the-art robotic arm that uses haptic technology, or commonly referred to as 3D touch, to achieve high ...

Article
Jul 7, 2023

Fate Brings Accident Victim to Brooke Amy Medical Center for Groundbreaking Procedure

Madisyn Cardenas, center, is pictured with her family after a graduation ceremony for her sister Larissa Sanchez at Texas A&M University in Kingsville, Texas, on May 12. From left, dad Stephen Cardenas, brother Stevie Cardenas, sister Larissa Sanchez, Madisyn Cardenas, mother Jennifer Cardenas, sister Natalie Villarreal. Cardenas was severely injured in a roadside accident on Oct. 5, 2022 and brought to Brooke Army Medical Center for a groundbreaking procedure. (Photo Courtesy Department of Defense)

After being struck by a car, Madisyn Cardenas had a torn aorta, broken hip, pinky finger, pelvis, and clavicle; lacerated tongue; separated abdomen; kidney lacerations; colon tear; brain hematoma; and multiple cuts, bruises, and puncture wounds. “The scariest of all was a tear in my aorta that went undetected until my arrival at Brooke Army Medical ...

Article
May 10, 2023

Imaging Specialists Look Beyond the Skin

U.S. Air Force Tech. Sgt. Leila Liza Smith, a diagnostic imaging specialist with the 6th Medical Group, practices abdominal ultrasound procedures at MacDill Air Force Base, Florida, on ct. 25, 2022. Smith evaluates the images produced by the ultrasound for abnormalities, such as lumps or nodules on the thyroid gland. (Photo by U.S. Air Force Senior Airman Lauren Cobin)

Diagnostic imaging specialists are medical professionals that use imaging equipment and soundwaves to form images of many parts of the body, known as ultrasounds. They are trained to acquire and analyze these sonographic images so that doctors can diagnose and treat many medical conditions.

Refine your search