While digital technologies and services proved to be a lifesaver carrying us through the disruption caused by Covid-19, it did little to help the healthcare industry. Against this backdrop, healthcare leaders are under on-going pressure to improve patient outcomes and reduce operational costs. The translation? Do more with less resources. Increasingly, healthcare has to support large numbers of caregivers, support staff, and wrangle huge amounts of data.
Advances in digital healthcare technologies, such as Artificial Intelligence (AI), virtual reality, genomes, and nanotechnology, hold the promise of answering the question of balancing patient care and operational expense.
AI is often thought of as automation and anything involving robotics; however, through the use of AI algorithms, AI technology can design treatment plans or even create new drugs. Google’s Deep Mind created an AI that can identify breast cancer more accurately and faster than human radiologists. Paige. AI – a member of the NVIDIA Inception program – was granted “Breakthrough Designation” by the US Food & Drug Administration, the first such designation for AI in cancer diagnosis.
Digital technology offers three types of visual experiences which can be used to better prepare for surgery and as an educational tool. Virtual Reality is being used by future surgeons to practice operations. A recent Harvard Business Review Study showed how practicing VR procedures boosted success by 230% over traditionally trained surgeons. Augmented Reality creates a multi-sensory world where digital images and data are rendered onto real-world objects. Mixed Reality combines the digital world with the real-world environment so that users can interact with both. Imagine a surgeon preparing for a complicated brain surgery. The hospital receives all the MRE images. The Mixed Reality device renders them into a 3-Dimensional holographic image. A doctor can look at the problematic area and analyze it layer by layer. Zooming in and out of the patient, the doctor can plan their entire intervention before actually making an incision.
Genome Sequencing determines a person’s complete DNA sequence and could provide the key for understanding the blueprint for building a person and for a person-specific form of healthcare. Illumina, a DNA sequencing company based in San Diego, unveiled NovaSeq, a machine that will one day order-up your whole genome for less than the cost of a blood test.
Nanotechnology is the science of the extremely small and it holds enormous potential for healthcare. MIT created an electronic wireless controlled pill that could perform basic diagnostic information or release drugs in response to Smartphone commands. Small, smart pills like the PillCam are already in use to perform noninvasive colon exams.
Many of these new medical technologies, and more, are sure to have an impact on improving life for both patients and their providers. Like the future of many other industries, healthcare’s destiny is directly tied to how well healthcare professionals embrace technologies as they become available.
In a Harvard Business Review article from April 28, 2020, Hemant Taneja stressed the critical importance of rebuilding our healthcare system in real partnership with technology innovators. Some technology companies like NVIDIA already have new sophisticated technologies that help tackle interoperable data, use AI to augment radiology workflows, and help identify pathologies (such as cancers) incredibly fast by analyzing images, providing insights based on previous cases, and diagnose faster and more accurately by pinpointing anomalies. For every new technology available on the market there are another dozen waiting in the wings.
These are exciting times. They are full of uncertainties, crisis, opportunities, and digital technological advancements unlike anything we’ve seen before. The arrival of these new innovations is not as far off as you might think.
Already there are technologies providing healthcare workers with a steady stream of their patient’s health data. This is converging to a point in the not too distant future where medical history data, real-time health, insurance coverage details, and other financial information combine seamlessly to support better patient care and reduced operational expenses.
Flows of knowledge and technology
can provide access to what Taneja refers to in. his article as, “practical solutions that will push us closer to a pandemic resilient health system.”
Digital transformation of information and electronic communication tools
represent the basic foundation for organizations to remain relevant as we move deeper into this decade.
Because the world is more connected than ever, these digital flows have become richer and more powerful than ever. They are to us now what rivers were to ancient cities and civilizations. Back then you wanted to build your town or factory near a rushing river and let it flow through you. That river would give you power, mobility, nourishment, and access to distant neighbors and their ideas. So, it is now, with these digital flows into and out of the cloud. The river you want to build on now is IronOrbit – the connector will enable you and your organization to gain access to all the computing power you will need now, and in the years ahead. It is where you can tie into every flow in the world in which you would want to participate.
All of these digital technologies and more will be made available and accessed through some form of cloud-based environment.
If you’d like to learn more about how you can ensure a future-proof pandemic resilient healthcare system for your organization,
please contact us for a no obligation conversation at (888) 603-9050.