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Healthcare Technology Can Drive The Fourth Industrial Revolution

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Where The Fourth Industrial Revolution Is Taking Us

Kelly Feist is CEO of Ascom Americas.

While the Fourth Industrial Revolution got its name in 2016, it started much earlier, but we will see its impact for decades. The latter, driven by technology, has the potential to reduce inequalities, increase security, and empower communities on a different level than previous industrial revolutions, if we succeed.

This numerical stop applies to all areas. I see the game-changing impact: the speed of this healthcare impact, especially in the last five years. Now that some of the great advances in electronic medical records are universal, we need to focus on using technology to benefit caregivers and patients to improve workflow, collaboration, and communication. Only a small percentage of U.S. hospitals have fully implemented this type of solution, so it is possible that the technology will enable workflow enhancements that hold real potential for providers. I look forward to having a huge impact on clients' digital journeys to shape their caregivers.

Design solutions can be seen as part of a larger ecosystem of healthcare models, because that's what the Fourth Industrial Revolution created: new service delivery models. The underlying technologies could lead to new models leading to paradigm shifts in the industry in several areas. whether it's GPS combined with mobile smartphones to create directional trading, greater drawing economies or predictive analytics engines, mobile smartphones to provide proactive care point of view. No matter where i am

When I look at the technologies associated with this fourth industrial revolution, I see many potential applications in predictive analytics, AI, Internet of Things (IoT) and even 3D printing to achieve the fourfold goal of preventive healthcare. These empowering technologies will help us accelerate and improve the quality of care and transform the mainstream model into one that supports the first corner of health. AI already helps to recognize patterns in data, interpret results, and make smart recommendations to help physicians. Today, portable IoT plays a role in monitoring patient status outside the hospital, often at home, in a patient-preferred environment, enabling continuous monitoring at a lower cost. I expect that 3D printing will eventually become a popular option for some medical device replacement parts after explaining the regulatory considerations that need to be considered for device integrity.

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Where are we in this revolution? According to history, we have major failures every 100 years, so it's decades gone. And it's not an even distribution. Sometimes we see and feel gradual changes, while other times we see and feel large-scale changes. In general, healthcare is behind other sectors, but Covid-19 surprised us. Restrictions drive innovation And as this technology is already being deployed in this fourth industrial revolution, the healthcare industry is responding in ways that accelerate our collective digital healthcare journey.

The need for this agility will continue as we experience and manage the unpredictability of its Covid-19 variant. Hospital systems will continue to change their staffing models to accommodate growth and then catch up to respond to declining hospital admissions without government support from CARES. These challenges are best addressed when technology plays a significant role in shaping an organization's model of care.

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Education for the 4th Industrial Revolution | Dr Juan Baruch |: TEDxBradford:

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