Connected medical devices are transforming healthcare. Unfortunately, security is too often an afterthought for the clinical engineering and business technology (BT) management teams implementing these revolutionary new technologies. In a recent report, Forrester predicted that 2016 will be the year we see ransomware for a medical device or wearable. This is a delicate thought, considering: 1) the Healthcare Industry is actually behind on data security compared to other industries and 2) the FBI highlighted the risk posed to medical devices in their recent public service announcement: Internet Of Things Poses Opportunities For Cyber Crime.
This research initiative seeks to answer the following: Are there real threats posed by the emergence of connected medical devices? What can you do to protect your patients and employees from life threatening breaches? Is there an underground market for medical device exploits? This research will publish in early 2016 and will be featured in my talk at the RSA Conference this March.
We are looking for research interview candidates to support this initiative, specifically security professionals working in a healthcare setting or medical device security vendors with current solutions on the market. In exchange for your time, we will provide you with a complimentary copy of the final research. While anyone who participates will have the opportunity to be listed as an interviewee in the final report, all interviews will be treated as confidential unless expressly instructed otherwise.
The Ebola outbreak serves as a portrait of the fact that the health systems of the globe must be radically interconnected in order to ensure that global outbreaks like this have a chance of being contained. We are not in the 19th century where the massive migrations of populations took place using slow-moving transport and thus where the incubation periods of most diseases would have in all likelihood passed before a person approached a border.
Today I can be infected by a disease, and within hours be on a plane that crosses the world. Traditional public health precautions of quarantining the sick will not necessarily be effective. And so we must think though a better manner of managing what is fast becoming a continental pandemic and could easily become a global pandemic.
The picture above is from the emergency room entrance at Mt. Sinai Hospital on the corner of 100th street and Madison Ave. in Manhattan.
Our Forum For Technology Management Leaders in London starts tomorrow and I'm very excited about the program that we have been able to put together across the two days. On day one, we will be hearing from Jeroen Tas, Chief Executive Officer, Informatics Solutions and Services, Philips Healthcare, about how he and his team have evolved IT to become a fundamental enabler of growth for Philips as a real-time, connected company. Jeroen has over 30 years of global experience as an entrepreneur and senior executive in the financial services, healthcare, and information technology industries. Before taking on his current position, Jeroen was the Group Chief Information Officer of Royal Philips, leading IT worldwide.
In the run-up to the Forum, I asked Jeroen to answer a number of questions on Philips Healthcare's digital business journey. Jeroen's answers are a must-read for healthcare- and other technology management leaders about to embark on the same journey, and provide great insight into the challenges of making connected healthcare a reality. I look forward to hearing Jeroen speak on the main stage tomorrow!
Q: You have been a driving force behind Philips Healthcare’s strategy to create a connected healthcare world. Can you explain your approach?
As per the FDA press release "the diverse and rapidly developing industry of health information technology requires a thoughtful, flexible approach,” said HHS Secretary Kathleen Sebelius. “This proposed strategy is designed to promote innovation and provide technology to consumers and health care providers while maintaining patient safety. Innovative health IT products present tremendous potential benefits, including: greater prevention of medical errors; reductions in unnecessary tests; increased patient engagement; and faster identifications of and response to public health threats and emergencies. However, if health IT products are not designed, implemented or maintained properly, they can pose varying degrees of risk to the patients who use them. The safety of health IT relies not only on how a product is designed and developed, but on how it is customized, implemented, integrated and used"