Heal announced the results of its 2019 first-time patient user survey. Having delivered more than 110,000 house calls since February 2015, Heal shared a voluntary survey with more than 6,000 patients who used Heal for the first time in 2018. Findings from the survey reveal substantial reduction in ER and urgent care overuse and pointed to a corresponding increase in timely care delivery. A highlight of those results includes:
55.78 percent of first-time Heal users admit they would have gone to urgent care or an emergency room if Heal was not available
37.4 percent would have waited an extended period of time to see their doctor or would have passed on seeking treatment at all if Heal was not available
1.96 percent would have tried a telemedicine service if Heal was not available
According to a study in 2016 from the Health Care Cost Institute, the national median cost of emergency room visits for patients was nearly $1,917, while some states, such as California, range $2,268 or higher. As an ever-increasing number of patients choose Heal over avoidable trips to the ER or urgent care, Heal has delivered more than $65 million in healthcare cost savings to patients and insurance companies.
However, cost savings isn’t the only benefit Heal patients are claiming to experience.In a recently published academic paper, authored by Dr. Eric Topol and his team, “Characteristics of the modern-day physician house call.” They independently performed a retrospective observational analysis on data collected on Heal house calls made to 13,849 patients over one year from August 2016 to July 2017.
Imagine you could safely wield your medical data the same way you can use an ATM card at any store or cash machine anywhere, anytime.
Founders’ story
The American Medical Association (AMA) believes that one of the biggest challenges in healthcare today is securing, sharing, and using trusted health data in real time. The AMA’s integrated innovation enterprise, Health2047, created Akiri to transform how everyone does it.
Marketing/promotion strategy
Akiri is partnering with healthcare leaders to solve real-world business problems. Akiri is already collaborating with the life sciences industry to solve data challenges related to drug safety and clinical trials.
Market opportunity
In addition to the life science industry, Akiri plans to collaborate with payers, physicians, and health systems to improve the quality and efficiency of care delivery.
Who are your competitors?
Akiri leverages a unique combination of technologies and optimizes them for healthcare, so at this time, Akiri does not have any direct competitors.
How your company differentiates itself from the competition and what differentiates Akiri?
Akiri Switch is unlike any other solution for managing healthcare data. It is not a health information exchange (HIE); an extract, transform, load (ETL) process; or an electronic medical record (EMR) system. Instead, Akiri Switch is an invitation-only, subscription-based, ultra-secure private network. Rather than store any health data, it transmits it through a standardized system of codes.
VirtualHealth recently announced that WellCare Health Plans, Inc. is now live on its next generation Helios solution. Helios is the first comprehensive care management platform purpose-built to power the entire ecosystem of value-based care. It provides intelligent workflows based on a 360-degree view that encompasses all aspects of a member’s health. With Helios, care teams can finally work collaboratively using smart algorithms to pinpoint interventions and reduce avoidable issues between medical visits.
WellCare is leveraging Helios as a linchpin in its broader strategy to optimize health for its 5.5 million Medicare and Medicaid members in 20 states. The company is leveraging Helios’ care management capabilities, including multi-source integration, risk stratification, trigger-based tasking, clinical automation, care planning, service management and real-time analytics.
Darren Ghanayem
“This deployment of the Helios platform sets the stage for the future of care management at WellCare, equipping our teams with the data and tools needed to drive improved patient outcomes,” said Darren Ghanayem, executive vice president and chief information officer, WellCare. “We look forward to working closely with the innovators at VirtualHealth as we optimize care for our members.”
WellCare’s launch comes on the heels of a year of record-breaking customer wins for VirtualHealth, including partnerships with Chimes, Inter Valley Health Plan and other industry leaders. The Helios solution currently optimizes care for nearly 7 million members of the highest-risk patient populations across Medicare, Medicaid, and LTSS programs. VirtualHealth’s rapid growth also earned it a ranking of 39 on the Deloitte 2018 Technology Fast 500.
Adam Sabloff (Photo by Marcela Nowak)
“By connecting the entire care team across one integrated ecosystem, our clients can go beyond traditional care management and be proactive about their members’ health.” said Adam Sabloff, founder and CEO of VirtualHealth. “We’re excited to be working with WellCare to create a world in which technology’s promise finally meets the challenge of comprehensive care management across all patient populations.”
By Ilia Sotnikov, vice president of product management, Netwrix.
On February 21, UConn Health reported that personally identifiable information (PII) from 326,000 patients was compromised. A malicious third party illegally gained access to several employee email accounts that contained patient names, dates of birth, Social Security numbers, addresses, and limited medical information, such as billing and appointment information.
What is most important about this data breach is that the hackers were not necessarily looking for patient medical records — they seem to have been looking for any personal information they could steal. That vividly illustrates the importance of having stringent policies to protect PII, supported by employee training on best security practices. Specifically, there are three lessons to learn from this event if you want to mitigate your risk of suffering a similar breach.
Lesson #1. Classify your sensitive data
The 2018 Netwrix IT Risks Report shows that healthcare organizations generally lack proper data governance practices and rarely check what data they store and how sensitive it is. The majority of respondents classify data based on its sensitivity (61 percent) and clear up unnecessary data (67 percent) only once a year or even less often.
It’s estimated that by 2020, each person will generate 1.7 MB of data every second. However, not all of that data needs special protection. Therefore, an effective strategy is to develop a data classification policy to discover all the data you have and classify it according to your organization’s needs. That way, you can prioritize your security efforts on the data that deserves it the most. At the same time, you can eliminate duplicate and unneeded files, which will reduce your attack surface area and lower your storage and backup costs.
What do the best care teams in healthcare have in common? They don’t just take care of the sick — they help them get better. They engage and empower their patients to play a central role in their care and become healthy. The RWJ Foundation suggests that compared to highly engaged patients, patients without the skills and confidence to manage their own health end up incurring up to a 21 percent higher cost of care. It’s time we brought patients on to the center stage for the healthcare transformation.
While consumer engagement always plays an important role when delivering any kind of service, patient engagement is an important cog in the wheel of value-based healthcare; this much has always been clear. Whether or not we are capable of meeting these needs — or if meeting them is easy — is up for debate.
Patient engagement: The ‘quarterback’ of healthcare’s transition to value
As Dr. Geeta Nayyar, chief healthcare and innovation officer at Femwell Group, expressed in an interview this HIMSS19, “Patient engagement is the quarterback to get us from fee-for-service to fee-for-value,” and one cannot agree more.
Leading health systems recognize that patient engagement is a high priority. At face value, the term may seem pretty straightforward, but there is a lot more nuance to defining a truly engaged patient. It may start with giving them the tools they need to understand what makes them sick, enabling access to a portal where they can look at their information, and motivating them to take care of themselves with help from friends and family.
The well-being of a patient — broadly, the entire population — is an important measure of the quality of care and its effectiveness in a particular network. And that’s what providers need to realize. The healthier and happier their patients are, the better their network would be.
Augmented reality (AR) is one of the hottest trends in technology today. Its popularity is equally reflected in projections, as the market is expected to be worth more than $160 billion by 2020, up from just $4 billion in 2016. But its use is not limited to simply chasing Pokémon and other games. With a growing number of applications across a range of industries, the technology is increasingly being adopted within the healthcare sector, where analysts predict its value will reach around $5 billion by 2025.
A number of healthcare providers and medical device manufacturers have already begun to realize AR’s potential for improving their efficiency and effectiveness. A handheld AR device developed by US-based AccuVein, for example, enables clinicians to quickly and easily locate veins for injections – scanning and projecting a virtual image of a patient’s veins on their skin. And in the UK, surgeons at London’s Imperial College Healthcare Trust use Microsoft’s HoloLens AR headset to create an accurate, real-time, virtual 3-D map of a patient’s blood vessels, muscles and bones before making a single incision.
Its impact isn’t only being felt by healthcare providers. In pharmaceuticals, for example, there are AR apps available which can give patients access to information such as dosage instructions and possible side effects. Those patients simply scan a particular prescription and the application recognizes the medication. Furthermore, solutions such as Ghostman are aiding patients with physical rehabilitation therapy following serious injury, and scientists are even exploring how the technology can be used to treat psychiatric and neurological conditions.
Given the benefits it offers both healthcare providers and their patients, AR’s growing popularity within the sector is not surprising. As with any new technology, though, implementing AR is not without its challenges.
Obstacles to overcome
While there may be a great deal of hype around future applications, it’s worth remembering that AR is still a relatively nascent space. There is currently little in the way of an ecosystem around the technology, as well as a lack of interoperability — both obstacles of implementation.
As it stands, developers are required to either build AR applications for one single platform or find ways of creating content for different platforms. Since each of these options has its own specific requirements, most AR apps today tend to be stand-alone projects. This situation is likely to be resolved over time with the implementation of common standards which will enable the creation of common frameworks, speeding up the overall development and deployment process. Once these standards are in place, it’s likely that AR will become more widely adopted within the healthcare sector.
Perception is also crucial — the future of AR depends on how it is perceived by end users. If AR is to be widely adopted, it’s important that developers ensure they put user experience at the heart of every project. As a burgeoning technology, AR is still something of an unknown quantity, so it is vital that sufficient time be given to ensure success. To do this, factors like loading and rendering three-dimensional objects, taking into account the real-world environment and conditions, and to carrying out extensive load testing will be required prior to release. Lag, or a lack of response in an AR application, might be frustrating when you’re trying to catch a Pokémon – but when we talk about care delivery, the consequences will be considerably more dire.
What does “patient engagement” mean in the current age of health IT? Given the recent proposed rules by CMS that tell the sector that all data generated by a patient in the care spectrum is their information, has much changed since the term took roost in healthcare several years ago? What is its catalyst in the current healthcare economy?
The patient engagement concept seems pretty easy to grasp: Getting a patient to pay close attention to their personal health and to stay active in the maintenance of it. Patients who are more involved in their personal care are healthier overall compared to patients who are not. While easy to define, patient engagement in dictionary terms, in real-world practicality, appears to be another thing altogether.
When thinking about patient engagement, many conjure up ideas of technology that interfaces with a patient who then uses said technology to accomplish some lofty goal set forth by the provider, the technology maker and even regulators. The technology might be some form of telehealth, for example. The technology might be vitals analytics or even smart devices, like watches and other wearables that track a patient’s movements and progress toward some pre-determined goal.
When the patient engagement movement caught fire, patient portals were the vehicles that were supposed to capture our (read: patients, consumers) attention. While the capabilities of such sites are vastly more developed than they were in their infancy at the start of the current decade, patients didn’t find much joy in using the portals for bill pay and scheduling. Also, there was no advocacy like the current CMS patient information ruling that allowed patients to easily take ownership of their health data through them.
CMS, lest we forget, once mandated patient engagement through the beleaguered and sometimes-hated meaningful use program (stage II, specifically). “To meet Stage II, providers must give patients clinical summaries after each visit. They must use electronic secure messaging to communicate with patients on relevant health information with a minimum of 5 percent of their patients during the review period. They must also provide patients with the ability to view online, download and transmit information about a hospital admission and give them access to any health information about that patient the providers receives, within four days of receiving it.”
Patient engagement today is not much different than what it has always been, it seems. Per HIMSS (in or about 2017) patient engagement is: “Providers and patients working together to improve health. A patient’s greater engagement in healthcare contributes to improved health outcomes, and information technologies can support engagement. Patients want to be engaged in their healthcare decision-making process, and those who are engaged as decision-makers in their care tend to be healthier and have better outcomes.” Or, pretty much the same definition as listed at the start of this piece.
Taxpayers and health systems have spent billions of dollars digitizing data, and clinicians have spent millions of labor hours entering it over the past decade. There’s too big of an opportunity to let that go to waste, said Mudit Garg, founder and CEO, Qventus. “More free-flowing data that creates greater interoperability between health IT systems has the promise to cut significant inefficiencies that benefit providers, payers, and, ultimately, patients,” Garg said. “Now, modern technologies, such as AI/ML and telemedicine, that harness the collective power of disparate data sources can surface new insights and solve highly complex problems.”
Sure, data is one of the key components of patient engagement, but the patient is the heart of the matter. The data they generate, and own, comes about through their own personal experience in and outside the point of care. “When that translates to a more delightful user experience, or a more efficient hospital visit, patients are more likely to engage in their care, which benefits all,” Garg said.
While healthcare leaders attempt to define the terms and how to best lasso or corral it in tangible terms (so as to produce desired outcomes) healthcare’s struggle of understanding the current definition of the term might be missing a broader point. Patient engagement conversations usually degenerate into technology and system applications and how these can be placed into patient/consumer hands. Alternatively, consumers tend to seek, discover and use technology that they feel betters, enhances or improves their lives.
Non-healthcare technologies developed for consumers seem to take a consumer-based approach driven by what might best attract a consumer’s attentions rather than the approach of pushing some piece of technology to consumers that might get used if pushed hard enough.
Patient engagement needs to find its Waze
A technology engagement story:
In 2006, FreeMap Israel was founded and developed with the crowd sourcing assistance of community users, a free digital database of the map of Israel in Hebrew, and to ensure its free content, update and distribution. In 2008, Waze was launched commercially. In December 2011, Waze employed 80 people, composed of 70 at Ra’anana, Israel, and 10 in Palo Alto, California.
In 2011, the app was updated to display real-time, community-curated points of interest, including local events, such as street fairs and protests. As of January 2012, the app had been downloaded 12 million times worldwide. In July 2012, Waze announced that it had reached 20 million users, half of them recruited in the previous six months. There were nearly 50 million Waze users as of June 2013.
In June 2012, Waze launched an update to provide real-time fuel prices. As with all Waze real-time updates, prices are submitted by users. In June 2013, Waze introduced a global localization project that enables future road closures and real-time traffic updates during major events in a given country, for example Tour de France.
Waze collects map data, travel times and traffic information from users and transmits it to the Waze server, at no cost to Waze. Waze users (“Wazers”) can report accidents, traffic jams, speed and police traps, and, from the online map editor, can update roads, landmarks, house numbers, etc. Based on the information collected, Waze is then in a position to provide routing and real-time traffic updates. Waze can also identify the cheapest fuel station near a user or along their route, provided Waze has enabled fuel prices for that country.
Waze offers turn-by-turn voice navigation, real-time traffic and other location-specific alerts. Waze encourages users to report traffic or road hazards by offering points. Add-ons expand the functions and personalize this interaction with the app. Add-ons can integrate Foursquare and Facebook friends to Waze or notify the user when driving through a high-crime area. In 2017, an option was added for motorcycle users, as well as specialized routes for people eligible to drive in carpool lanes.
Sage Growth Partners (SGP) recently announced survey findings on how clinical surveillance is prioritized and managed by healthcare delivery organizations. The survey of healthcare executives from hospitals across the U.S. was commissioned by VigiLanz, a clinical surveillance company, to assess their progress in the journey to higher value care and how they are using data analytics, EMRs and clinical surveillance tools to support their efforts.
The full report is available here. Key findings include:
Majority are using a clinical surveillance solution and see it as important to their organization
Most hospitals (96 percent) are using some sort of clinical surveillance solution, whether from a third-party, built in-house, or as part of their EMR. Four percent do not perform any kind of clinical surveillance.
The majority (88 percent) say clinical surveillance is extremely, very, or moderately important to their organization. Nine percent said it’s only slightly important, and 3 percent said it was not important at all or they did not know its importance.
Respondents identified the top five ways clinical surveillance can be most helpful today as: (No. 1) identifying adverse drug events, (No. 2) advancing antimicrobial stewardship initiatives, (No. 3) patient safety alerts, (No. 4) preventing inpatient infections, (No. 5) managing re-admissions.
EMRs aren’t meeting all hospitals’ clinical surveillance and data analytics needs
Most respondents (71 percent) said they invest in additional technology solutions to help them synthesize and understand EMR clinical data; 29 percent do not.
Forty percent of respondents use their EMR for clinical data analytics, 27 percent use it for financial data analytics, and 26 percent use it for operational data analytics. Five percent said their EMR does not offer any of those data analytic capabilities, and 2 percent said they do not leverage their EMR’s data analytic capabilities.
Of the respondents who use the clinical data analytics portion of their EMR, 29 percent said it works extremely or very well, 49 percent said it works moderately well, and 22 percent said it works slightly well or not well at all.
The return on investment (ROI) for clinical surveillance is clear
Some 79 percent said there is probably or definitely ROI from clinical surveillance solutions; 19 percent were unsure, 2 percent said there was probably no ROI.
The large majority (92 percent) said their clinical surveillance technology definitely or probably helps them improve quality, 8 percent were unsure. No respondents answered in the negative.
Link between hospital revenue and value-based care is strong going into 2019
About a quarter (23 percent) of respondents said at least 31 percent or of their revenue will be tied to value in 2019. Of those, 6 percent said more than half of their revenue will be tied to value.
Of respondents who solely use a third-party solution for clinical surveillance, more than one-third (37 percent) said over 31 percent of their revenue will be tied to value-based contracts in 2019.
Only 15 percent of respondents who solely use an EMR for clinical surveillance said over 31 percent of their revenue will be tied to value.
“As hospitals continue to take on more value-based payment models, their ROI for clinical surveillance will grow,” said David Goldsteen, MD, CEO of VigiLanz. “At the same time, our survey showed that those who use a third-party solution for clinical surveillance are also more involved in value-based payment models, suggesting that they view clinical surveillance is a key lever for their success. I believe that we will only continue to see hospital leaders and physicians choose these solutions for a broader spectrum of patient care insights than is available through EMRs. These insights lead to more optimal care decisions that help them meet quality and cost targets and will lead to greater success under value-based payment models now and in the future.”
Imagine you could safely wield your medical data the same way you can use an ATM card at any store or cash machine anywhere, anytime.
On February 21, UConn Health reported that personally identifiable information (PII) from 326,000 patients was compromised. A malicious third party illegally gained access to several employee email accounts that contained patient names, dates of birth, Social Security numbers, addresses, and limited medical information, such as billing and appointment information.
What does “patient engagement” mean in the current age of health IT? Given the recent 
A technology engagement story: