OSI

[qodef_section_title title_type=”standard” position=”” title_tag=”” disable_break_words=”yes” text_tag=”” text_font_weight=”” title=”OSI Operational Stress Index” text=”The OSI is a patented* algorithm that uses wearable and non-contact physiological sensors to objectively measure individualized stress. Use of the OSI as a real-time stress measure improves mental health, training effectiveness, and operational readiness.

*U.S. Patent Nos. 9,801,553 and 11,324,426″]

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[qodef_section_title title_type=”underlined” position=”” title_tag=”” disable_break_words=”yes” text_tag=”” text_font_weight=”” title=”How does it work?” title_color=”#1bc53f” text=”Raw physiological data, such as pulse rate and electrodermal activity, along with contextual information such as skin temperature and movement data are captured by wearable or non-contact sensors. In real-time, the data is processed on a mobile device or onboard the biosensing device. The individual’s stress level is compared to a previously established baseline. Intuitive visualizations are available on customized mobile, web, and desktop applications.” text_font_size=”20″]

Currently in use by the United States Air Force on a SBIR project (SHARP-ST) to monitor stress of Fighter Pilots while in flight and on the ground SBIR-STTR 2020 Tibbetts Award Winner

[qodef_section_title title_type=”standard” position=”” title_tag=”” disable_break_words=”yes” text_tag=”” text_font_weight=”” title=”Military & Clinical Applications” title_break_words=”3″ text=”OSI supports Warfighter readiness for the modern operational environment:”]
[qodef_icon_with_text type=”icon-left” icon_pack=”dripicons” dripicon=”dripicons-dot” icon_size=”qodef-icon-large” text=”Evaluate the utility of coping and decision making strategies” icon_color=”#1bc53f”][qodef_icon_with_text type=”icon-left” icon_pack=”dripicons” dripicon=”dripicons-dot” icon_size=”qodef-icon-large” text=”Adapt training content based on stress response” icon_color=”#1bc53f”][qodef_icon_with_text type=”icon-left” icon_pack=”dripicons” dripicon=”dripicons-dot” icon_size=”qodef-icon-large” text=”Personalize training based on individual and team stress responses” icon_color=”#1bc53f”][qodef_icon_with_text type=”icon-left” icon_pack=”dripicons” dripicon=”dripicons-dot” icon_size=”qodef-icon-large” text=”Provide after-action performance feedback” icon_color=”#1bc53f”][qodef_icon_with_text type=”icon-left” icon_pack=”dripicons” dripicon=”dripicons-dot” icon_size=”qodef-icon-large” text=”Identify resilient individuals and those who perform best under stress” icon_color=”#1bc53f”][qodef_icon_with_text type=”icon-left” icon_pack=”dripicons” dripicon=”dripicons-dot” icon_size=”qodef-icon-large” text=”Reduce symptoms of stress, anger, anxiety, and PTSD” icon_color=”#1bc53f”][qodef_icon_with_text type=”icon-left” icon_pack=”dripicons” dripicon=”dripicons-dot” icon_size=”qodef-icon-large” text=”Compare how well a training system replicates the stress of the operational environment” icon_color=”#1bc53f”]

Proven to be over 95% accurate in operational and clinical applications.

[qodef_section_title title_type=”standard” position=”” title_tag=”” disable_break_words=”no” title=”Validation”]
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OSI measurements were predictive of individual resilience to stress, including the impact stress had on physiological reactivity and performance.

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Active duty service members who used the OSI were less likely to discontinue therapy and significantly improved on measures of stress, anxiety, anger, and PTSD compared to service members undergoing standard CBT.

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[qodef_section_title title_type=”standard” position=”” title_tag=”” disable_break_words=”yes” title=”Current Efforts” title_break_words=”3″ title_color=”#1bc53f”]
[qodef_icon_with_text type=”icon-left” icon_pack=”dripicons” dripicon=”dripicons-star” icon_size=”qodef-icon-small” title_tag=”” icon_color=”#1bc53f” title=”DHS live training exercise stress measurement”]
[qodef_icon_with_text type=”icon-left” icon_pack=”dripicons” dripicon=”dripicons-star” icon_size=”qodef-icon-small” title_tag=”” icon_color=”#1bc53f” title=”US Air Force in-flight stress”]
[qodef_icon_with_text type=”icon-left” icon_pack=”dripicons” dripicon=”dripicons-star” icon_size=”qodef-icon-small” title_tag=”” icon_color=”#1bc53f” title=”Optimization of live Naval firefighting training”]
[qodef_icon_with_text type=”icon-left” icon_pack=”dripicons” dripicon=”dripicons-star” icon_size=”qodef-icon-small” title_tag=”” icon_color=”#1bc53f” title=”DARPA digital phenotyping using smartphone sensors”]
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James Cooper “Coop” | james.cooper@designinteractive.net

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