Internet of Things in Healthcare – Three Examples of How IoT is Ushering in Advanced Healthcare
Most of us have seen the news stories and forecasts about the Internet of Things (IoT) and what a vast market and field of opportunity it will be. Hundreds of the world’s largest enterprises now use IoT in ways so innovative, they’re disrupting their own industries. What they’ve found is that by intelligently deploying IoT solutions, they’re able to drive operational efficiencies, introduce new products and services, improve the customer experience and create wholly new business models.
Over the next 10 years, the biggest opportunity in IoT will be in how we advance human health. This includes using connected devices to monitor, predict or treat illness, techniques in precision medicine to target and influence individual medical needs, and data insights to improve patient care. A visit to the doctor or a trip to the hospital is evidence enough to show that healthcare has already become more digital and connected, with medical devices connected to the network and to one another to improve care. According to McKinsey, IoT can enable almost 50 percent reduction in costs relating to monitoring and treatment of chronic illnesses.
There’s no doubt IoT is already gaining momentum in the healthcare industry. By using advanced analytics, machine learning (ML), artificial intelligence (AI) and shared data services – like security, governance, workload management and cataloging – to harness the large scale and stream of data that IoT sensors produce, early adopters are co-mingling the digital (data and analytics) and the analog (human care) into a far more powerful combination that can better prevent and treat disease and also improve care delivery, efficiency and logistics.
Let’s look at a few examples to see how exactly IoT is already transforming healthcare.
Cerner, a global leader in healthcare technology, has developed the St. John’s Sepsis Agent that helps its clients reduce the deadly effects of sepsis. Sepsis affects as many as 18 million people worldwide each year. It’s been estimated that between 28 and 50 percent of these people die—far more than the number of U.S. deaths from prostate cancer, breast cancer and AIDS combined, according to National Institute of Health (NIH). Severe sepsis or septic shock arises when the body’s response to infection causes injury to its own tissues and organs.
The St. John’s Sepsis Agent, an electronic warning system, monitors patient’s symptoms in key areas. Data is sent to a central hub in the cloud where evidence-based algorithms can effectively predict which patients are at risk. Health care professionals can then intervene, resulting in a 20 to 30 percent better chance of survival.
DocBox, a leading healthcare information technology company, has solved the integration of IoT with medical devices by automatically collecting the full context of a patient’s vitals and waveforms. They are out to tackle the challenge of analyzing high-volume real-time data from medical devices, such as ventilators, pumps and monitors at the patient bedside. This is a complex undertaking; a single intensive care unit (ICU) bed can have over 300 parameters coming from the many medical devices connected to a patient.
DocBox is able to reduce the time nurses spend transcribing data so they can focus on care delivery. In tandem, physician executives can opt to use the data insights to guide operational improvements, purchasing decisions, and safety protocols. Now, data processed with an analytical engine and presented in a thoughtful, patient-centric manner, can alert clinicians to subtle changes in patient health, guide personalized treatment plans and improve patient outcomes.
Children’s Healthcare of Atlanta, a nationally recognized pediatric health care facility, wanted to better understand how environmental factors, such as ambient light and noise, impact the quality of care and patient outcomes of infants in the neonatal ICU. The organization gathered all of the data continuously generated by ICU bedside monitors (respiration, heart rate, blood pressure and others) to study how the environment of care and various alarms, constant noise, and light, affected the babies. By collecting continuous vital records, they are able to perform deeper, more comprehensive analysis not possible before and provide a less stressful and healing environment for their smallest patients.
These three examples demonstrate that IoT’s impact on health and patient well-being isn’t a futuristic dream. It’s already helping clinicians provide more personalized care, improve hospital stay experiences and save lives. IoT in healthcare is transforming the industry and it’s just getting started.
This article was originally published in RTInsights on October 12, 2017
For more information:
- Learn more about Cloudera’s data management platform for IoT
- Listen to any of our OnDemand webinars:
- Simplifying Real-Time Architectures for IoT with Apache Kudu
- IoT-Enabled Predictive Maintenance provided jointly with TCS
- IoT – Data Management Trends, Best Practices, & Key Use Cases with Christian Renaud of 451 Research
 Wood KA, Angus DC. Pharmacoeconomic implications of new therapies in sepsis. PharmacoEconomics. 2004;22(14):895-906.
 Cerner.com on St. John Sepsis Agent. https://www.cerner.com/solutions/hospitals_and_health_systems/st_john_sepsis_agent/?langtype=2057
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