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Effective decision-making in the military relies on robust data, yet service personnel (SP) and commanders often lack objective physiological information about physical performance, relying instead on subjective tools, for example, driver hours logbooks, to assess fatigue. Wearable technology promises the real-time provision of relevant physiological data to inform decision-making.1 2 Work is ongoing to develop monitoring technology to monitor the potential risk of heat illness,3 which is supported by Joint Services Publication 375.4 We are aware of several unreported projects at unit level which have used wearable technology aiming to improve SP performance. However, decentralised initiatives often lack a strong evidence base or Subject Matter Expert involvement, leading to potentially costly endeavours and limited benefits. On …
Footnotes
X @taylor_ntaylor, @antonywillman
Contributors NT contributed to design, concept, data collection, analysis and write-up. ASW contributed to data analysis, write-up and final edit. RMG contributed to design, concept and data and reviewed the final draft. ME contributed to data analysis and write-up.
Funding The authors have not declared a specific grant for this research from any funding agency in the public, commercial or not-for-profit sectors.
Competing interests None declared.
Provenance and peer review Not commissioned; externally peer reviewed.