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By Tom Sullivan | 11:06 am | October 31, 2018
We took a pulse of the state of infosec, heard experts rate industry maturity and learned smart tactics for advancing your security posture.
By Mike Miliard | 05:16 pm | October 30, 2018
As MHS Genesis moves past Pacific Northwest pilot sites and into the next phase in California, work at the VA "is only beginning."
By Jessica Davis | 04:03 pm | October 30, 2018
A new Symantec report finds the notorious, highly targeted virus is primarily hitting the U.S. – especially the healthcare sector, where hackers may believe orgs are more likely to pay.
By Bill Siwicki | 02:08 pm | October 30, 2018
A new report looks at nearly 20 vendors and sees that the market for texting tech is changing – as is the way providers are using the tools.
By Bill Siwicki | 01:56 pm | October 30, 2018
Through the technology, the provider organization also has collected 635 online reviews for its website.
By Tom Sullivan | 11:15 am | October 30, 2018
Synthetic ID theft, infosec dashboards, the real weakest link and more factored into the security conversation during October.  
02:15 am | October 30, 2018
According to Executive Director PAH-QEII Network at Princess Alexandra Hospital, Dr Michael Cleary, the hospital was identified as a “lead site” in the early days of strategy for the implementation of software. The rollout involved two stages of implementation. The first stage was in 2015, involving the clinical records system but excluding the medications management, anaesthetics and research support (MARS) modules. The second phase occurred in 2017, adding over it the more complex components of the modules that were initially left out. In March 2017, as the Princess Alexandra Hospital rolled out the MARS system release, it marked its place as the first hospital in Queensland, Australia with advanced ieMR capability. “We were implementing software that needed to be tested and have gone through all the usual processes for assessment, validation for workflow, etc,” Cleary said. “We were looking at how it would work in the Queensland environment, within a hospital system and we felt that it was safer to roll out all the base level systems and then put the rest in as a secondary step.” And it was not treated as any ordinary ICT implementation. Webinar: How to Protect EHRs at Scale and With Crypto-Agility “We had a different strategy – our approach was to drive this as a clinical implementation instead of as an ICT implementation because of its enormous clinical requirement. Everything revolved around improvements in patient care and maintaining patient safety and therefore, we had senior clinicians embedded in the project and process,” Cleary said. “For example, we had four specialists involved in various components. We had quite a number of pharmacists and clinicians embedded in the teams that were designing and developing the software, effectively looking at organisational change.” But the rollout didn’t come without its own set of challenges. “Very often, we had to re-engineer the way clinical systems were operating. For example, we had to move to the universal application of insulin pens, moving away from historical insulin injections,” Cleary said. “We also had to replace our entire fleet of vital signs monitors so that we had devices that could be integrated with the systems.” The team persevered through the rollout, reaping flow-on benefits that revolved around integration capabilities for a closed loop of applications. “We’ve seen improvements in our data management, in terms of information and reporting. That has also led to changes including drawing information out of the Electronic Records System and the development of information tiles that provide a detailed summary of a particular type of illness or condition,” he said. “These information tiles form the basis of the operations of our command centre in the hospital, around patient safety, informed clinicians, and operational management.     “The information we’re receiving is almost real-time, as opposed to weeks or months before a report is extracted or presented to us. This lets us make practical, real-time decisions instead of reflecting on historical data and having to infer on what might needs to be done. Our digital transparency has improved as well.” In addition, the new systems have reduced the administrative workload on nurses, allowing them to spend more time with patients. The success of the rollout for Princess Alexandra Hospital resulted in a project to digitise medical records at four other hospitals – Logan, QEII Jubilee, Redland and Beaudesert hospitals – using ieMR. “As a consequence of the rollout at Princess Alexandra, over the last three years, we’ve implemented the same stack and systems and dominoed the same processes at these four hospitals,” Cleary said. The deployment at these five hospitals recently resulted in Queensland’s Metro South Health cementing its reputation for trailblazing digital health innovation by being recognised as a global leader at the International Hospital Federation Awards. Queensland Health aims to deliver ieMR with advanced capability to a total of 27 sites by June 2020. This article first appeared on Healthcare IT News Australia. As part of HIMSS AsiaPac18 in Brisbane in November, the conference is offering a hospital tour of the Princess Alexandra Hospital. Learn more here.  
By Rebecca McBeth | 01:08 am | October 30, 2018
The Ministry of Health (MoH) of New Zealand has chosen MidCentral and Southern District Health Boards (DHBs) as pilot sites for implementing digital maturity assessments. The pilots will include three HIMSS Analytics maturity assessments: the electronic medical record adoption model (EMRAM), outpatient-EMRAM (O-EMRAM) and the continuity of care maturity model (CCMM). MoH group manager digital strategy and investment Darren Douglass says the assessments cover digital maturity across multiple care settings, which will create useful information to inform where DHBs focus in terms of digital investment.  HIMSS EMRAM scores hospitals internationally on their adoption and use of electronic medical records on a scale from 0–7, and O-EMRAM is used to evaluate services provided outside of a hospital or acute care environment. CCMM focuses on the capabilities needed in order to “seamlessly coordinate patient care across a continuum of care sites and providers,” the HIMSS website says. Douglass says the two DHBs were chosen as pilot sites because they have both recently developed digital health strategies and have strong linkages within their districts across hospitals, primary care and community services. The timing of pilot programmes to implement HIMSS digital maturity assessments has yet to be confirmed. The success of the pilot programmes will inform whether the assessments are rolled out nationally. All DHBs have previously completed the EMRAM hospital inpatient maturity assessment. According to MoH’s eHealth website section on Digital Hospitals, HIMSS Analytics provided a report on the findings within New Zealand in June 2016. Evidence from implementations overseas has shown a strong correlation in improvement in productivity and quality as hospitals move up the EMRAM model to Stage 7. A version of this article first appeared on eHealthNews.nz.  
By John Sharp | 06:58 pm | October 29, 2018
Epic’s CEO encouraged women to forget the glass ceiling and use the fact that they are not men to their advantage.
By Jessica Davis | 06:03 pm | October 29, 2018
Hackers can perform synthetic identify theft long after a cybersecurity event by piecing together data to conduct medical and insurance fraud.