Abstract
This study explores the impact of AI-powered
cloud computing on the resilience of healthcare
systems, focusing on the resources building block
of the World Health Organization. The study
adopts the interpretivism philosophy coupled with an
inductive approach, and a combination of purposive
and snowball sampling, to gather insights from
11 participants through interviews. The findings
reveal that AI-powered cloud computing significantly
improves resource distribution through advanced data
analytics and predictive tools, facilitating smarter
decision-making and optimizing operations. The study
concludes that AI-powered cloud computing is essential
for flexible, efficient service delivery and developing
adaptable healthcare models. These insights are
invaluable for policymakers and technology developers
and highlight the need for integrating AI technologies
into healthcare to foster their resilient systems. This
research contributes to the discourse on healthcare
resilience, underscoring the synergistic potential of
technology and healthcare.