Big data, analytics, and AI enable public health institutions to respond quickly to public health emergencies, potentially saving lives.
Fremont, CA: The pandemic mainly focused on how big data and analytics technologies get employed in the public health sector.
Contact tracing, phone numbers, and location data from mobile devices got linked with test findings in public health systems to generate warnings when a person came into contact with a confirmed COVID patient. People were able to self-isolate and go to quick testing as a result of this knowledge. Meanwhile, Google and Apple created ground-breaking application programming interfaces (APIs) for contact tracking that maintained privacy while allowing their products to receive updates from state disease monitoring systems and send out alarms.
Big data usage during the epidemic is undoubtedly a foreshadowing of things to come, and public health organizations must understand how such data is valuable. They should begin developing measures to preserve end-user privacy and comply with growing regulations governing personal data privacy.
Furthermore, companies must decide what they will do with the data they collect. Of course, all the data in the world is useless unless it can get read and interpreted. Artificial intelligence is essential for digesting the massive volumes of data generated by today's technologies. It has enabled everything from tracking the outbreak's initial spread to assisting researchers in swiftly analyzing and interpreting vast quantities of data to develop a vaccine. AI and big data will be critical in the future for assessing vaccination effectiveness, spotting breakthrough case patterns, and other tasks.
Targeted outreach and prevention
Big data and artificial intelligence (AI) have served as basic technology for other initiatives. Data get utilized for targeted outreach and prevention efforts throughout the epidemic, particularly during the vaccine distribution. The capacity to identify trends within a cohort or area enabled more effective risk reduction. It involved interpreting data for immunization information systems (IIS) to identify and prioritize those most at risk from a lack of vaccination. The vaccine's age-based dissemination is a good illustration of this. New insights from ongoing data analytics initiatives, on the other hand, will assist micro-target more at-risk populations over time.
Stateless architectures and BPMN 2.0
Newer architectures got constructed for this kind of adaptability. These designs, known as "stateless apps," do not keep their state on the server and do not require a history of what happened on the system, allowing companies to scale up and meet demand by adding additional servers. But, again, the pandemic provided a stark reminder of how quickly things can change. Stateless apps are the best method to stay up with changing needs and rules, allowing agencies to rapidly and effectively deploy new functional modifications.