Abstract

BackgroundThe COVID-19 pandemic has created unprecedented challenges for first responders (eg, police, fire, and emergency medical services) and nonmedical essential workers (eg, workers in food, transportation, and other industries). Health systems may be uniquely suited to support these workers given their medical expertise, and mobile apps can reach local communities despite social distancing requirements. Formal evaluation of real-world mobile appbased interventions is lacking.ObjectiveWe aimed to evaluate the adoption, acceptability, and appropriateness of an academic medical centersponsored app-based intervention (COVID-19 Guide App) designed to support access of first responders and essential workers to COVID-19 information and testing services. We also sought to better understand the COVID-19related needs of these workers early in the pandemic.MethodsTo understand overall community adoption, views and download data of the COVID-19 Guide App were described. To understand the adoption, appropriateness, and acceptability of the app and the unmet needs of workers, semistructured qualitative interviews were conducted by telephone, by video, and in person with first responders and essential workers in the San Francisco Bay Area who were recruited through purposive, convenience, and snowball sampling. Interview transcripts and field notes were qualitatively analyzed and presented using an implementation outcomes framework.ResultsFrom its launch in April 2020 to September 2020, the app received 8262 views from unique devices and 6640 downloads (80.4% conversion rate, 0.61% adoption rate across the Bay Area). App acceptability was mixed among the 17 first responders interviewed and high among the 10 essential workers interviewed. Select themes included the need for personalized and accurate information, access to testing, and securing personal safety. First responders faced additional challenges related to interprofessional coordination and a culture of heroism that could both protect against and exacerbate health vulnerability.ConclusionsFirst responders and essential workers both reported challenges related to obtaining accurate information, testing services, and other resources. A mobile app intervention has the potential to combat these challenges through the provision of disease-specific information and access to testing services but may be most effective if delivered as part of a larger ecosystem of support. Differentiated interventions that acknowledge and address the divergent needs between first responders and nonfirst responder essential workers may optimize acceptance and adoption.

Highlights

  • The COVID-19 pandemic has presented unique obstacles to first responders as well as to other essential workers who ensure that health and other basic needs of the public continue to be met [1,2]

  • First responders and essential workers both reported challenges related to obtaining accurate information, testing services, and other resources

  • A mobile app intervention has the potential to combat these challenges through the provision of disease-specific information and access to testing services but may be most effective if delivered as part of a larger ecosystem of https://www.jmir.org/2021/5/e26573

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Summary

Introduction

The COVID-19 pandemic has presented unique obstacles to first responders as well as to other essential workers who ensure that health and other basic needs of the public continue to be met [1,2]. Health systems may be uniquely positioned to support these individuals given their expertise and position embedded within local communities. Efforts to understand the challenges of first responders and essential workers and to evaluate support of these groups by health systems during a pandemic response are needed. The definition of a “first responder” varies between state and federal agencies but commonly encompasses emergency medical personnel, firefighters, and law enforcement officers [3]. Their duties can lead to adverse mental, physical, and social consequences [4]. Health systems may be uniquely suited to support these workers given their medical expertise, and mobile apps can reach local communities despite social distancing requirements. Formal evaluation of real-world mobile app–based interventions is lacking

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