Post- Pandemic QA evolution in Healthcare IT
DOI:
https://doi.org/10.63282/3050-9246.IJETCSIT-V4I2P122Keywords:
Healthcare IT, Quality Assurance, Post-Pandemic Innovation, Telehealth, Automation Testing, Regulatory Compliance, Digital Health, Software Quality, Remote Care TechnologyAbstract
Healthcare IT Quality Assurance (QA) before the COVID-19 pandemic was mainly handled through well-established, compliance-driven frameworks that focused on functional validation, regulatory adherence, and incremental system improvements. However, the models were disrupted when the pandemic abruptly broke and the digital transformation has been accelerated across telemedicine platforms, remote patient monitoring systems, AI-enabled diagnostics, and cloud-based clinical workflows, thus the scale and complexity of QA expanded. The rapid technological evolution led to challenges that included the need for high-velocity automation, continuous performance validation for a large number of patients, enhanced cybersecurity testing for a distributed care environment, and stricter compliance verification for regulatory guidance that is still evolving, and as a result, QA has changed from traditional, release-bound testing to adaptive, risk-based, and automation-first strategies. The paper presents an overview of the changes in QA in Healthcare IT before and after the pandemic through literature review, interviews with experts, process reviews, and representative case studies of a medium healthcare provider adopting accelerated digital solutions under crisis conditions. The study reveals important points that include the use of AI for test automation, the pace of DevSecOps pipelines, broadening of interoperability validation, and the growing importance of real-time clinical risk assessment. The findings emphasize that the post-pandemic QA environment is characterized by flexibility, automation, resilience, and proactive quality engineering and thus it provides a framework for future-ready healthcare systems that can survive large-scale disruptions and at the same time ensure safety, reliability, and compliance with regulations.
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