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Indoor air pollution, a significant driver of respiratory and cardiovasculardiseases, claims 3.2 million lives yearly, according to the World HealthOrganization, highlighting the pressing need to address this global crisis. Incontrast to unconstrained outdoor environments, room structures, floor plans,ventilation systems, and occupant activities all impact the accumulation andspread of pollutants. Yet, comprehensive in-the-wild empirical studiesexploring these unique indoor air pollution patterns and scope are lacking. Toaddress this, we conducted a three-month-long field study involving over 28indoor spaces to delve into the complexities of indoor air pollution. Our studywas conducted using our custom-built DALTON air quality sensor and monitoringsystem, an innovative IoT air quality monitoring solution that considers cost,sensor type, accuracy, network connectivity, power, and usability. Our studyalso revealed that conventional measures, such as the Indoor Air Quality Index(IAQI), don't fully capture complex indoor air quality dynamics. Hence, weproposed the Healthy Home Index (HHI), a new metric considering the context andhousehold activities, offering a more comprehensive understanding of indoor airquality. Our findings suggest that HHI provides a more accurate air qualityassessment, underscoring the potential for wide-scale deployment of our indoorair quality monitoring platform.

Exploring Indoor Health: An In-depth Field Study on the Indoor Air Quality Dynamics