We’re spending more time at CES 2018 calling out the societal and health impacts of technologies, especially for children and under-served people. How surprised and delighted I am to find a positive, enchanting impact at the convergence of kids and tech…from a duck. When I say “duck,” there are a few images that probably swim up in your mind’s eye: Donald, Daisy, Daffy, Howard, Darkwing, and the brand-famous Aflac Duck (who has his own Twitter handle @AflacDuck). It’s this last-named web-footed feathered friend who is a major star here at CES 2018 in the persona of My Special Aflac Duck.
In 2016, most consultations between patients and Kaiser-Permanente Health Plan were virtual — that is, between consumers and clinicians who were not in the same room when the exam or conversation took place. Virtual healthcare may be the new black for healthcare providers. Mercy Health System in St. Louis launched a virtual hospital in 2016, covered here in the Health Populi post, “Love, Mercy, and Virtual Healthcare.” Intermountain Healthcare announced plans to build a virtual hospital in 2018. And, earlier this month, UPMC’s CEO, Jeffrey Romoff, made healthcare headlines saying, “UPMC desires to be the Amazon of healthcare.” UPMC, aka University of Pittsburgh
The future of effective and efficient healthcare will be underpinned by artful combinations of both digital technologies and “analog humans,” if the first day of the Health 2.0 Conference is a good predictor. Big thoughts about a decentralized future in healthcare kicked off Day 1 of the 11th annual Health 2.0 Conference in Santa Clara, CA. The co-founders of Health 2.0 (H20), Matthew Holt and Indu Subaiya, explained the five drivers of the tech-enabled health future. 1. The new interoperability, underpinned by FHIR standards and blockchain. “FHIR” stands for fast healthcare interoperability resources, which are informatics standards that enable data
Artificial Intelligence, AI, can help drive the Triple Aim in healthcare, reducing cost, improving quality, and expanding access, according to Artificial Intelligence: Healthcare’s New Nervous System from Accenture. Acquisitions of AI developers in health will be fast-paced, growing at a compound annual growth rate of 40% – “explosive” in the word of Accenture – moving from $600 mm in 2014 to $6.6 billion in 2021. What these AI startups will do is to enable machines to sense, comprehend, act and learn, Accenture foresees, to augment administrative and clinical tasks which could free up healthcare labor (say, doctors, other clinicians, and accountants)
We have entered an era of insecurity in healthcare in America. While major attention is being paid to healthcare insurance and service insecurity, food insecurity and financial insecurity, there’s another one to add to this list: medical device security. As more medical devices have moved into the digital internet-connected mode, the risk for malware, ransomware, and overall hack-ability grows. This increasing and challenging risk is covered in the report, Medical Device Security: An Industry Under Attack and Unprepared to Defend from Ponemon Institute. Ponemon Institute has been tracking information security across industries, including healthcare, for several years. In this survey, sponsored
“What doctor?” asks the title of a PwC report on the emergence of artificial intelligence (AI) and robotics in healthcare. AI and robot technology are penetrating all aspects of the macroeconomy, and they’ve begun to re-shape the health economy, as well. Underneath PwC’s titular question are two lenses: the role of the AI/robot doctor vis-a-vis the role of the human doctor. PwC identifies eight areas that AI and robotics will impact in healthcare, shown in the first diagram: Decision making Diagnosis Early detection End of life care Keeping well Research Training, and Treatment. For keeping well, AI and robotics can