DynamicFront

Dynamic Front

The next iteration of exercise Dynamic Front takes place from Nov. 4-24, 2024 in Finland, Estonia, Germany, Poland, and Romania. It demonstrates NATO’s ability to share fire missions, target information, and operational graphics from the Arctic to the Black Sea.
The exercise increases the lethality of the Alliance through long-distance fires, builds unit readiness in a complex joint, multi-national environment, and leverages host nation capabilities to increase USARUER-AF’s operational reach. Dynamic Front is planned to include more than 1,800 U.S. and 3,700 multi-national service members from 28 Allied and partner nations.

Please send media inquiries to the 56th Artillery Command Public Affairs Office at: usarmy.wiesbaden-germany.56-atry-cmd.mbx.pao@army.mil.

For photos, video and news of Dynamic Front visit: https://www.dvidshub.net/feature/DynamicFront

Video by Hunter Rhoades

2024 H2F Symposium Break Out Session: Exploring the Potential of Wearable Sensor Technology

U.S. Army Center for Initial Military Training

May 14, 2024 | 22:42

Resilience is a protective factor in mitigating military mental health concerns, but measurement of resilience is typically based on subjective reports and is therefore, susceptible to biases, which justifies the need for objective biomarkers of resilience. Therefore, wearable sensors (LifeLens device) that measure an array of physiological metrics may be harnessed in order to provide a real time monitoring solution in theater and in garrison for stress and resilience of military personnel. To test the suitability of this wearable sensor system for broad military operational use, advanced development is required to translate priorities into a fieldable system that is ready for acquisition. Thus, the current project aims to conduct a naturalistic evaluation to assess the capability of the wearable sensor system to accurately monitor stress, resilience, and end-user comfort. The current evaluation has conducted surveys and focus groups to gather quantitative and qualitative (mixed-methods) feedback about the wearable sensor technology and subjective reports of stress and resilience. Behavioral health algorithms are being developed that would help assess needs of soldiers and potentially assist in all roles of care. The proposed presentation would discuss the specific results of our evaluation along with how wearable devices can be implemented into operational and garrison use.