Free Hospital EMR and EHR Newsletter Want to receive the latest news on EMR, Meaningful Use, ARRA and Healthcare IT sent straight to your email? Join thousands of healthcare pros who subscribe to Hospital EMR and EHR for FREE!

Mobility Strategy Becoming More Important To Hospitals

Posted on October 7, 2016 I Written By

Anne Zieger is veteran healthcare editor and analyst with 25 years of industry experience. Zieger formerly served as editor-in-chief of FierceHealthcare.com and her commentaries have appeared in dozens of international business publications, including Forbes, Business Week and Information Week. She has also contributed content to hundreds of healthcare and health IT organizations, including several Fortune 500 companies. She can be reached at @ziegerhealth or www.ziegerhealthcare.com.

An annual study of healthcare mobility has found that hospitals may be at a tipping point when it comes to mobile strategy. The study also suggests that hospitals are struggling with Wi-Fi coverage and BYOD issues, but when you add on the fact that mobile EHR access is maturing, you still have a picture in which mobile is playing a rapidly-expanding role.

Spok’s fifth-annual Mobility in Healthcare Survey, which gathered 550 responses in July of this year, found that the number of hospitals reporting having a documented mobility strategy has almost doubled since year one. Specifically, 63% of respondents said that they had a documented strategy in place, a huge shift from 2012, when only 34% of respondents had such a strategy.

Another interesting piece of data derived from the study is that the roles of those involved in forming mobile strategy have shifted meaningfully between 2014 and 2016.

For example, the number of respondents saying IT helped or would help drive mobile strategy changes fell 12 points, while those who said nurses were involved climbed 12 points. The number of respondents said doctors and consultants were involved climbed 9 points, and clinical leadership eight points. The greatest change was the role of nurses, whose current or planned involvement climbed 69% in absolute terms.

Mobile strategies emerging
When respondents that did not have a documented mobile strategy in place were asked why, 31% told Spok that they were in the process of developing such a strategy, 30% didn’t know, 17% said they had a verbal strategy in place which had not been written down or documented and 15% said budget constraints were holding them back.

Another notable set of data collected by Spok focused on which devices the respondent’s hospital was supporting. The fact that 78% percent supported smartphones was no big surprise, but it was a bit unexpected to find that 71% of hospital respondents support in-house pages. (I guess they’re like faxes — some technologies just won’t die!) Wi-Fi phones were supported by 69% of respondents, wide area pagers 57%, tablets 52%, voice badges 20% and smart watches/wearables 8%.

Meanwhile, among the key shifts in support for devices is that Wi-Fi phone and voice badge support were up 24% and 18% respectively in absolute terms. It’s also worth noting that support for smart watches/wearables has climbed to 8% near zero just last year. Clearly these are categories to watch.

Wi-Fi, BYOD challenges
As part of the support discussion, respondents also answered questions about Wi-Fi coverage, and the results highlighted some serious issues. In particular, while 83% of respondents said that their Wi-Fi connection is business-critical, they didn’t seem to feel in complete control of it.

More than half (54%) of respondents said they saw Wi-Fi coverage as a challenge, and 65% said they believed that there were some areas of poor coverage within their hospital. Other mobile device support challenges cited by respondents include data security (43%), user compliance with mobility, BYOD and EMM policies and procedures (39%) and IT support for users (37%).

Meanwhile, BYOD support and policies continue to be a contentious issue for hospitals. Nineteen percent of survey respondents said that their organizations hadn’t created any sort of BYOD program, an 8-point drop from 2015. The proportion of facilities with some type of a BYOD program also fell, from 73% to 58%, though – exercising survey options available for the first time – 5% said they were planning for BYOD and 18% said they didn’t know what was up on this front.

When asked why they chose to allow BYOD programs to exist, 60% of respondents said cost savings was a factor, 50% care team communication, and 46% said both physician demand and workflow time savings for users were important reasons. On the flip side, eighty-one percent of respondents said security issues were the primary reason they didn’t allow BYOD.

Hospitals Face Security Risks In Expanding Mobile Footprint

Posted on October 3, 2016 I Written By

Anne Zieger is veteran healthcare editor and analyst with 25 years of industry experience. Zieger formerly served as editor-in-chief of FierceHealthcare.com and her commentaries have appeared in dozens of international business publications, including Forbes, Business Week and Information Week. She has also contributed content to hundreds of healthcare and health IT organizations, including several Fortune 500 companies. She can be reached at @ziegerhealth or www.ziegerhealthcare.com.

A new study suggests that hospitals are deeply concerned about their ability to protect patient data and their technology infrastructure from the growing threat of mobile cyberattacks.

The study, by Spyglass Consulting Group, found that 71% of hospitals consider mobile communications to be an increasingly important investment, in part due to the growth of value-based reimbursement and emerging patient- centered care models.

Thirty-eight percent of hospitals surveyed by Spyglass reported having invested in a smartphone-based platform to support these communications, with the deployments averaging 624 devices. Meanwhile, 52% have expanded their deployments beyond clinical messaging support other mobile hospital workers, researchers found.

That being said, 82% of hospitals weren’t sure they could protect these assets, particularly against mobile-focused attacks. Respondents worry that both smartphones and tablets could introduce vulnerabilities into the hospitals network infrastructure through malware, blastware and ransomware attacks. (These concerns are backed up by other Spyglass research, which concludes that 25% of data breaches originate from mobile devices.)

The surveyed hospitals said they were especially concerned about personally-owned mobile devices used by advanced practice nurses and physicians, noting that such devices may lack adequate password protection and may not have security software in place to block attacks.

Also, respondents said, APNs and doctors typically rely on unsecured SMS messaging for clinical communications, which may include protected patient health information. What’s more, respondents noted that these clinicians make heavy use of public Wi-Fi and cellular networks which can be compromised easily, exposing not only their device but also their data and communications to view.

But the hospitals’ fears aren’t limited to clinicians’ personal devices, Spyglass noted. Despite making increased investments in mobile security, hospital respondents said they were also concerned about hospital-owned and managed mobile devices, including those used by nurses, ancillary professionals and nonclinical mobile hospital workers.

“Cybercriminals have become more sophisticated and knowledgeable about the capabilities and vulnerabilities of existing security products, and the strategies and tools used by hospital IT detect potential intrusion,” said Gregg Malkary of Spyglass in a prepared statement.

Still, hospitals have a number of reasons to soldier on and solve these problems. For example, a HIMSS study released in March notes that hospitals feel mobile implementations positively impact their ability to communicate with patients and their ability to deliver a higher standard of care. Not only that, 69% of respondents whose hospitals use mobile-optimized patient portals said that this expanded their capability to send and receive data securely.

The HIMSS study found that 52% of survey respondents used three or more mobile and/or connected health technologies, with 58% mobile-optimized patient portals, 48% apps for patient education and engagement, 37% remote patient monitoring, 34% telehealth, 33% SMS texting, 32% patient-generated health data and 26% concierge telehealth.

In addition, 47% of HIMSS respondents said that their hospitals were looking to expand the number of connected health technologies they used, with another 5% of respondents expecting to become first-time users of at least one of these technologies.

Telemedicine Center Is “Hospital Without Beds”

Posted on September 30, 2016 I Written By

Anne Zieger is veteran healthcare editor and analyst with 25 years of industry experience. Zieger formerly served as editor-in-chief of FierceHealthcare.com and her commentaries have appeared in dozens of international business publications, including Forbes, Business Week and Information Week. She has also contributed content to hundreds of healthcare and health IT organizations, including several Fortune 500 companies. She can be reached at @ziegerhealth or www.ziegerhealthcare.com.

You don’t usually read cutting-edge healthcare stories on the CNN Money site, but the following blew me away.  Chesterfield, MO-based Mercy Virtual Care Center is a first, a four-story facility focused entirely on virtual care.

As I’ve noted previously, hospitals seem quite interested in rolling out telehealth services — and virtually all seem to be experimenting with them to some extent — but technology concerns seem to be holding them back. This is happening, in part, because EMR vendors have been slow to integrate telehealth functions.

But this doesn’t seem to have been a problem in this case. The $54 million Mercy Virtual Care Center, which describes itself as a “hospital without beds,” launched in October 2015. It employs 330 staffers focused on a variety of telehealth services, according to CNN Money.

The Center, which calls itself the world’s first facility dedicated to telehealth, offers four programs:

  • Mercy SafeWatch, which the Center says is the largest single hub electronic intensive care unit in the nation
  • Telestroke, which offers neurology services to emergency departments across the country which don’t have a neurologist on site
  • Virtual Hospitalists, a team of doctors seeing patients within the hospital around the clock using virtual care technology, and
  • Home Monitoring, a service which provides continuous monitoring more than 3,800 patients

Center medical director Gavin Helton told CNN Money that the programs it runs are focused on cutting down the cost of care reducing the admissions. “The sickest 5% of patients are typically responsible for about half of the healthcare spend and many end up, unnecessarily, back in the hospital,” he told the site. “We need an answer for those patients.”

One activity run by the Center is a pilot program focused on remote care for patients in their homes. The initial phase includes 250 patients with complex chronic illnesses for whom care is not readily accessible.

For example, one patient enrolled in the program is Leroy Strubberg, who is recovering from three mini strokes and also has heart problems, CNN Money reports. Strubberg, who lives more than an hour away from parent hospital Mercy St. Louis, participates in the Center’s in-home care program, speaking with Virtual Care staff members twice a week.

The staffers, dubbed “navigators,” call him on his hospital-provided iPad and ask him about his status. They also encourage his wife to use a blood pressure cuff and other devices connected to the iPad to check his health.

Since Strubberg enrolled in the program, Mercy Virtual Care clinicians were able to help him avoid hospitalization twice while providing him with appropriate care, the article says.

All of this would be exciting regardless of how it played out, but the fact that seems to be successful at managing care effectively is an added bonus. Mercy told the site that the Virtual Care program has cut emergency department visits and hospitalizations by 33% since the program opened just under a year ago. They attribute their success, in part to seeing that the patients usually see the same navigator, as well as working closely with the patient’s primary care physician.

Thoughts On Hospital Telecommunications Infrastructure

Posted on August 31, 2016 I Written By

Anne Zieger is veteran healthcare editor and analyst with 25 years of industry experience. Zieger formerly served as editor-in-chief of FierceHealthcare.com and her commentaries have appeared in dozens of international business publications, including Forbes, Business Week and Information Week. She has also contributed content to hundreds of healthcare and health IT organizations, including several Fortune 500 companies. She can be reached at @ziegerhealth or www.ziegerhealthcare.com.

Given the prevalence of broadband telecom networks in place today, hospital IT leaders may feel secure – that their networks can handle whatever demands are thrown at them. But given the progress of new health IT initiatives and data use, they still might face bandwidth problems. And as healthcare technical architect Lanny Hart notes in a piece for SearchHealthIT, the networks need to accommodate new security demands as well.

These days, he notes healthcare networks must carry not only more-established data and voice data, but also growing volumes of EMR traffic. Not only that, hospital IT execs need to plan for connected device traffic and patient/visitor access to Wi-Fi, along with protecting the network from increasingly sophisticated data thieves hungry for health data.

So what’s a healthcare CIO to do when thinking about building out hospital telecommunications infrastructure?  Here’s some of Hart’s suggestions:

  • When building your network, keep cybersecurity at the top of your priorities, whether you handle it at the network layer or on applications layered over the network.
  • Use an efficient network topology. At most, create a hub-and-spoke design rather than a daisy chain of linked sub-networks and switches.
  • Avoid establishing a single point of failure for networks. Use two separate runs of fiber or cable from the network’s edge switches to ensure redundancy and increase uptime.
  • Use virtual local area networks for PACS and for separate hospital departments.
  • Segment access to your virtual networks – including your guest Wi-Fi service – allowing only authorized users to access individual networks.
  • Build as much wireless network connectivity into new hospital construction, and blend wireless and wired networks when you upgrade networks in older buildings.
  • When planning network infrastructure, bear in mind that hospital networks can’t be completely wireless yet, because big hardware devices like CT scans and MRIs can’t run off of wireless connections.
  • Bigger hospitals that use real-time location services should factor that traffic in when planning network capacity.

In addition to all of these considerations, I’d argue that hospital network planners need to keep a close eye on changes in network usage that affect where demand is going. For example, consider the ongoing shift from desktop computers to mobile devices use of cellular networks have on network bandwidth requirements.

If physicians and other clinical staffers are using cell connections to roam, they’re probably transferring large files and perhaps using video as well. (Of course, their video use is likely to increase as telemedicine rollouts move ahead.)

If you’re paying for those connections, why not evaluate whether there’s ways you could save by extending Internet connectivity? After all, closing gaps in your wireless network could both improve your clinicians’ mobile experience and help you understand how they work. It never hurts to know where the data is headed!

Behold The Arrival of The Chief Mobile Healthcare Officer

Posted on June 9, 2015 I Written By

Anne Zieger is veteran healthcare editor and analyst with 25 years of industry experience. Zieger formerly served as editor-in-chief of FierceHealthcare.com and her commentaries have appeared in dozens of international business publications, including Forbes, Business Week and Information Week. She has also contributed content to hundreds of healthcare and health IT organizations, including several Fortune 500 companies. She can be reached at @ziegerhealth or www.ziegerhealthcare.com.

Managing fleets of mobile devices is an increasingly important part of a healthcare IT executive’s job. Not only must IT execs figure out how to provide basic OS and application support – and whether to permit staffers and clinicians to do the job with their own devices – they need to decide when and if they’re ready to begin integrating these devices into their overall lines of service. And to date, there’s still no standard model using mobile devices to further hospital or medical practice goals, so a lot of creativity and guesswork is involved.

But over time, it seems likely that health systems and medical practices will go from tacking mobile services onto their infrastructure to leading their infrastructure with mobile services. Mobile devices won’t just be a bonus – an extra way for clinicians to access EMR data or consumers to check lab results on a portal – but the true edge of the network. Mobile applications will be as much a front door to key applications as laptop and desktop computers are today.

This will require a new breed of healthcare IT executive to emerge: the mobile healthcare IT leader. It’s not that today’s IT leaders aren’t capable of supervising large mobile device deployments and integration projects that will emerge as mHealth matures. But it does seem likely that even the smartest institutional HIT leader won’t be able to keep up with the pace of change underway in the mHealth market today.

After all, new approaches to deploying mHealth are emerging almost daily, from advances in wearables to apps offering increasingly sophisticated ways of tracking patient health to new approaches to care coordination among patients, caregivers and friends. And given how fast the frontier of mHealth is evolving, it’s likely that healthcare organizations will want to develop their own hybrid approaches that suit their unique needs.

This new “chief mobile healthcare officer” position should begin to appear even as you read this article. Just as chief medical information officers began to be appointed as healthcare began to turn on digital information, CMHOs will be put in place to make sense of, and plan a coherent future for, the daily use of mobile technology in delivering care. The CMHO probably won’t be a telephony expert per se  (though health systems may scoop up leaders from the health divisions of say, Qualcomm or Samsung) but they’ll bring a broad understanding of the uses of and potential for mobile healthcare. And the work they do could transform the entire institution they serve.

Hospitals Should Give Smartphones To Sick Patients

Posted on June 1, 2015 I Written By

Anne Zieger is veteran healthcare editor and analyst with 25 years of industry experience. Zieger formerly served as editor-in-chief of FierceHealthcare.com and her commentaries have appeared in dozens of international business publications, including Forbes, Business Week and Information Week. She has also contributed content to hundreds of healthcare and health IT organizations, including several Fortune 500 companies. She can be reached at @ziegerhealth or www.ziegerhealthcare.com.

As I see it, hospitals have developed a new and rapidly emerging problem when it comes to managing mobile health services. Not only do they face major obstacles in controlling staff use of tablets and smartphones, they’re right in the center of the growing use of these devices for health by consumer. It’s BYOD writ even larger.

Admittedly, most of the consumers who use mobile devices don’t rely that heavily on them to guard and guide their health. The healthiest of consumers may make a lot of use of wearable fitness bands, and a growing subset of consumers may occasionally leverage their phone’s video capabilities to do telemedicine consults, but few consumers base their medical lives around a mobile device.

The chronically-ill patients that do, however, are very important to the future of not only hospitals — which need to keep needless care and readmits to a minimum if they want to meet ACO goals — but also the insurance companies who finance the care.

After all, the more we dig into mHealth, the more it appears that mobile services and software can impact the cost of care for chronic conditions. Even experiments using text messages, the lightest-weight mobile technology available, have been successful at, for example, helping young women lose weight, change their diets, and slash their risk of cardiac problems. Just imagine the impact more-sophisticated technologies offering medication management, care coordination, blood glucose and pulse ox tracking could have on patients needing support.

But there’s a catch here. A long as mHealth services are delivered via the patient’s own device, the odds of successfully rolling out apps or connected health monitoring services are minimal. I’d argue that such mHealth services will only have a major impact on sick patients if the technology and apps are bolted to the hospital or clinic’s IT infrastructure.  And the operating system used by patients, be it Android or iOS, should be the same one the hospital supports among its employees, or maintaining apps, OS upgrades and patches and even firmware upgrades will be a nightmare to maintain.

Given the security and maintenance issues involved in fostering a connection between provider and patient, I’d argue that providers who are serious about advanced mHealth services absolutely must give targeted chronically-ill patients a locked-down, remote controlled smartphone or tablet (probably a smartphone for mobility) and lock out their networks from those trying to use connected apps on a rogue device.

Will this be expensive?  Sure, but it depends on how you look at costs.  For one thing, don’t you think the IT staff costs of managing access by various random devices on your network — or heaven forbid, addressing security holes they may open in your EMR — far exceed even the $700-odd retail price for such devices?

This might be a good time to get ahead of this issue. If you’re forced to play catch up later, it could cost a lot more.

Infographic: How Mobile Health Use Is Changing

Posted on May 26, 2015 I Written By

Anne Zieger is veteran healthcare editor and analyst with 25 years of industry experience. Zieger formerly served as editor-in-chief of FierceHealthcare.com and her commentaries have appeared in dozens of international business publications, including Forbes, Business Week and Information Week. She has also contributed content to hundreds of healthcare and health IT organizations, including several Fortune 500 companies. She can be reached at @ziegerhealth or www.ziegerhealthcare.com.

Mobile health apps and hardware offer intriguing possibilities, though it’s hard for providers to tell what models and methods of use are going to stand out.  Clearly, mHealth is going to change the way care is delivered, and how patients take part in that care, but how?

Here’s a tidbit from McKesson that might offer some useful insight. The infographic, which draws on data from The Economist Intelligence Unit, predicts that mHealth is moving from providing consumer information to driving patients’ involvement in their own care.

One of the more interesting details in this chart is the prediction that within five years, the percentage of people using mHealth apps to share information will fall from an already-low 17% to 14%.

I was also intrigued by the notion that the number of people using mHealth to gain social support will rise from 17% now, rise to 26% then fall to 13%.  Does this suggest that consumers will shift communications styles back to more face-to-face channels of support?  That they’ll rely on some technology or model that hasn’t been invented yet?
It’s something to consider.

 

photo-changing-trends-in-mobile-health-technology

 

Cedars-Sinai Medical Center Rolls Out Apple HealthKit

Posted on April 29, 2015 I Written By

Anne Zieger is veteran healthcare editor and analyst with 25 years of industry experience. Zieger formerly served as editor-in-chief of FierceHealthcare.com and her commentaries have appeared in dozens of international business publications, including Forbes, Business Week and Information Week. She has also contributed content to hundreds of healthcare and health IT organizations, including several Fortune 500 companies. She can be reached at @ziegerhealth or www.ziegerhealthcare.com.

Racking up yet another win in a string of deals with prominent health systems and hospitals, Apple has won Cedars-Sinai Medical Center over to running its HealthKit platform. According to Bloomberg, the agreement which connects 80,000 patients to HealthKit is the largest integration project done with HealthKit to date.

Apple caught a lead in the patient health data game early on, snagging high-profile Ochsner Health System as its first customer in October of last year. And HealthKit has continued to see success. A Reuters story reported in February that 14 of 23 top U.S. hospitals contacted by the news organization had rolled out a pilot program testing the platform. In other words, while it has formidable competition, Apple seems to have already become the platform of choice for experimenting with patient generated data.

It has to have helped that HealthKit was already set to connect with a wide range of consumer health tracking apps. Within months of its summer 2014 launch, Apple could boast a family of more than 60 apps that connected to the platform, including Withings app HealthMate, Weight Watchers Mobile, a Panera Bread app allowing users to plan meals at the store, a  Mayo Clinic app, Epic’s MyChart portal app and more.

But Apple’s competitors in the consumer health space aren’t going to give up without a fight. With the wearables market reaching 21% of consumers, fellow behemoths like Samsung, Google and Microsoft will continue to challenge Apple for the patient-generated data crown.

Microsoft, for example, has launched a collection of wearables devices — including a fitness-tracking wristband, mobile health app and cloud-based health data platform called Microsoft Health. In Microsoft’s architecture, users store health and fitness data generated by wearables, which is, in turn collected by the Health app. And remember Microsoft’s HealthVault PHR?  It finds new life here, as another place for patients to store the data they personally generate.

Google also announced its a fitness and health tracking platform last summer, dubbed Google Fit. Google Fit is an open platform offering the platform SDK freely to developers. At launch, its partners included Nike+, Adidas, Motorola, Runkeeper and HTC.

Samsung, for its part, has positioned itself in more of a support role to the wearables revolution. Last May it introduced the Samsung Simband, a reference architecture for wearables. It also released open health data cloud platform SAMI (Samsung Architecture for Multimodal Interactions), which takes data from multiple sources and drills down on the data to analyze the health status of individual users.

But despite the massive firepower behind Apple’s competitors, Apple seems to have slipped ahead and taken the marketing high ground. Expect to see lots of hospitals announce that HealthKit is their patient-generated data platform of choice over the next few years. It seems like Apple is doing the right thing at the right time.

Is Apple HealthKit Headed For Hospital Dominance?

Posted on February 12, 2015 I Written By

Anne Zieger is veteran healthcare editor and analyst with 25 years of industry experience. Zieger formerly served as editor-in-chief of FierceHealthcare.com and her commentaries have appeared in dozens of international business publications, including Forbes, Business Week and Information Week. She has also contributed content to hundreds of healthcare and health IT organizations, including several Fortune 500 companies. She can be reached at @ziegerhealth or www.ziegerhealthcare.com.

Even for a company with the cash and reach of Apple, crashing the healthcare party is quite an undertaking.  Not only does healthcare come with unique technical challenges, it’s quite the conservative business, in many cases clinging to old technologies and approaches longer than other data-driven industries.

Of late, however, Apple’s HealthKit has attracted the attention of some high-profile healthcare institutions, such as New Orleans-based Ochsner Medical Center and Stanford Healthcare. All told, a total of fourteen major U.S. hospitals are running trials of HealthKit. What’s more, more than 600 developers are integrating HealthKit tech into their own health and fitness apps.

What’s particularly interesting is that some of these healthcare organizations are integrating Apple’s new patient-facing, iOS HealthKit app with Epic EMRs and the HealthKit enterprise platform.  If this works out, it could vault Apple into a much more lucrative position in the industry, as bringing together health app, platform and EMR accomplishes one of the major steps in leveraging mobile health.

According to MobiHealthNews, the new app allows patients to check out test results, manage prescriptions, set appointments, hold video visits with Stanford doctors, review medical bills — and perhaps most significantly, upload their vital signs remotely and have the data added to their Epic chart. This is a big step forward for hospitals, but even more so for doctors, many of whom have warned that they have no time to manage a separate stream of mobile patient data as part of patient care.

For Apple leaders, the next step will be to roll out the upcoming Apple Watch and integrate it into its expanding Internet of Apple Healthcare Things. CEO Tim Cook is pitching the Apple Watch as a key component in promoting consumer health. While the iPhone gathers data, the smart watch will proactively remind consumers to move. “If I sit for too long, it will actually tap me on the wrist to remind me to get up and move, because a lot of doctors think sitting is the new cancer,” Cook told an audience at an investor conference recently.

All that being said, it’s not as though Apple is marching through healthcare corridor’s unopposed. For example, Samsung is very focused on becoming the mobile healthcare  technology provider of choice. For example, in November, Samsung announced relationships with 24 health IT partners, including Aetna, the Cleveland Clinic and Cigna.

At its second annual developer conference last December, Samsung introduced an array of software tools designed to support the buildout of a digital health ecosystem, including the Samsung Digital Health SDK and Gear S SDK, which lets app makers create software compatible with Samsung’s smart watches. Also, Samsung is already on the second generation of its Simband reference design for wearable device design, as well as the cloud-based Samsung Architecture for Multimodal Interactions, which collects sensor data.

And Microsoft, of course, is not going to sit and watch idly as a multibillion-dollar market goes to competitors. For example, late last year the tech giant launched a fitness tracking wristband and mobile health app. It’s also kicked off a HealthKit-like platform, imaginatively dubbed Microsoft Health, which among other things, allows fitness band users to store data and transfer it to the Microsoft Health app. Microsoft isn’t winning the PR war as of yet — Apple still has a gift for doing that — but have no doubt that it’s lurking in the swamps like an alligator, ready to close its powerful jaws on the next right opportunity to expand its healthcare presence.

Bottom line, Apple has captured some big-name pilot testers for its HealthKit platform and related products, but the game is just beginning. Having users in place is a good start, but Apple is miles away from being able to declare itself the leader in the emerging hospital mobile health market.

UPMC Kicks Off Mobility Program

Posted on July 1, 2014 I Written By

Anne Zieger is veteran healthcare editor and analyst with 25 years of industry experience. Zieger formerly served as editor-in-chief of FierceHealthcare.com and her commentaries have appeared in dozens of international business publications, including Forbes, Business Week and Information Week. She has also contributed content to hundreds of healthcare and health IT organizations, including several Fortune 500 companies. She can be reached at @ziegerhealth or www.ziegerhealthcare.com.

If you’re going to look at how physicians use health IT in hospitals, it doesn’t hurt to go to doctors at the University of Pittsburgh Medical Center, a $10 billion collosus with a history of HIT innovation. UPMC spans 21 hospitals and employs more than 3,500 physicians, and it’s smack in the middle of a mobile rollout.

Recently, Intel Health & Life Sciences blogger Ben Wilson reached to three UPMC doctors responsible for substantial health IT work, including Dr. Rasu Shrestha, Vice President of Medical Information for all of UPMC, Dr. Oscar Marroquin, a cardiologist responsible for clinical analytics and new care model initiatives, and Dr. Shivdev Rao, an academic cardiologist.

We don’t have space to recap all of the stuff Wilson captured in his interview, but here’s a few ideas worth taking away from the doctors’ responses:

Healthcare organizations are “data rich and information poor”: UPMC, for its part, has 5.4 petabytes of data on hand, and that store of data is doubling every 18 months. According to Dr. Shrestha, hospitals must find ways to find patterns and condense data in a useful, intelligent, actionable manner, such as figuring out whether there are specific times you must alert clinicians, and determine whether there are specific sensors tracking to specific types of metrics that are important from a HIM perspective.

Mobility has had a positive impact on patient care:  These doctors are enthusiastic about the benefits of mobility.  Dr. Marroquin notes that not only do mobile devices put patient care information at his finger tips and allow for intelligent solutions, it also allows him to share information with patients, making it easier to explain why he’s doing a give test or treatment.

BYOD can work if sensitive information is protected:  UPMC has been supporting varied mobile devices that physicians bring into its facilities, but has struggled with security and access. Dr. Shrestha notes that he and his colleagues have been very careful to evaluate all of the devices and different operating systems, making sure data doesn’t reside on a mobile device without some form of security.

On the self-promotion front, Wilson asks the doctors about a pilot  project (an Intel and Microsoft effort dubbed Convergence) in which clinicians use Surface tablets powered by Windows 8. Given that this is an Intel blog, you won’t be surprised to read that Dr. Shrestha is quite happy with the Surface tablet, particularly the form factor which allows doctors to flip the screen over and actually show patients trends.

Regardless, it’s interesting to hear from doctors who are gradually changing how they practice due to mobile tech. Clearly, UPMC has solved neither its big data problems nor phone/tablet security issues completely, but it seems that its management is deeply engaged in addressing these issues.

Meanwhile, it will be interesting to see how far Convergence gets. Right now, Convergence just involves giving heart doctors at UPMC’s Presbyterian Hospital a couple dozen Microsoft Surface Pro 3 tablets, but HIT leaders plan to eventually roll out 2,000 of the tablets.