There’s a big opportunity for wireless devices, as part of systems and services to improve health outcomes and decrease costs among those who suffer from chronic conditions.
Take for example COPD, or chronic obstructive pulmonary (PULL-mun-ary) disease, is a progressive disease that makes it hard to breathe. “Progressive” means the disease gets worse over time. COPD is a major cause of disability, and it’s the third leading cause of death in the United States. Currently, millions of people are diagnosed with COPD. Many more people
Big opportunities are being driven by changes in the healthcare market. There’s been an increasing emphasis on value-based care, not least as a result of the affordable care act. For example providers are increasingly trying to free up data locked in systems in the hospital, and making it available to physicians wherever they are. Some of the ‘freeing-up’ happens because of wireless communication.
It makes connected devices more convenient. They can be connected and in communication even if they’re not wired.
They can be
Storage and processing of streams of sensor data is becoming an increasingly large issue in the connected care space. We asked Justin Delay, Co-Founder and CMO of TempoIQ to write a guest post with his perspective on the space:
Mike Yagley, Andrew Cronk, and I co-founded TempoIQ (formerly TempoDB) to solve the really hard problems around making sense of sensor data and the measured world. Simply put, we provide a software backend for our customers to enable sensor analytics within their applications.
The reality is that collecting data from sensors is
With increasing frequency, we hear more and more people in the health space claim that they are putting “big data” in “the cloud.”
In the past, most big data opportunities were limited; only analysts at large businesses dealt with them. However, mobile technology is expanding the reach and impact of big data sets, empowering individuals domestically and internationally. Now, health-related applications and technology are starting to saturate the market with ways to track activity, analyze data and change behaviors.
As the costs for collecting data decrease
We asked Mitch Posada, VP of Marketing of Pathfinder to write a post with his perspective on the space:
With disruption happening in healthcare more often and more quickly, big enterprise is more active than ever, looking at numerous ways to tap into innovation. Their gaze is fixed on the evolving venture capital model, which has fervently adopted the Lean startup methodology, championed and led by Steve Blank and Eric Ries.
$100 billion dollar organizations that are lean and large, regulated and highly governed don’t exactly make an easy match for them. Within larger organizations, there
Nope, I’m not talking about a Most Valuable Player trophy. The MVP to which I’m referring is minimum viable product, a relatively new concept to product design that’s been gaining worldwide recognition. It’s a way to launch a new business that’s gaining more ground with the explosion of mobile application development, a big part of what we do at Pathfinder. My role is that of project manager, directing our clients’ process and overseeing their relationship with the team.
So, what exactly is minimum viable product? We like Ash Maurya’s take:
We asked Cameron Brackett, Director of R&D of Honeywell to write a post with his perspective on the space:
Process Management and Agile in an FDA Environment to accelerate product timelines.
My background is primarily in healthcare software, so I’ve seen a lot of changes in the healthcare technology world. And as director of R&D at Life Care Solutions, a division of Honeywell, I’ve been able to be on the cutting edge of what’s happening.
Since I’ve been at Honeywell, we’ve done a lot with remote patient monitoring. About two years ago, we created
Is it… self-tracking? We are only just beginning to understand the power of self-tracking, either due to quantified self-movement, or because of the increasing number of connected medical devices. A real opportunity lies in understanding the key role mobile devices will play in the future of our personal health. Medical devices, sensors, big data and cloud computing are enabling, and will continue to enable continuous monitoring of people – and patients.
“The whole sensor field is going to explode. It’s a little all over the place right now but with the
Tom Schady is the Director of Engineering and Quality at Pathfinder Software, a Chicago-based software consulting firm specializing in the development of medical software. In addition to running the day-to-day operations of his department, Schady is also responsible for ensuring FDA compliance in the company’s product development process. His expertise in FDA compliance in the medical technology industry made him a perfect panelist on the Regulatory Panel at the recent MMA Roadshow in Chicago, sponsored by MRCH and the mHealth Regulatory Commission. The main purpose of this “roadshow,”
According to a recent poll of doctors by Epocrates, one-third of physicians planned to purchase the iPad Mini prior to its public announcement. It makes sense, given the size of lab coat pockets and the fact that almost 2/3 of physicians use tablets.
So, what does this mean for developers?
First, it means that doctors want to use medical apps. We developers will see an increasing demand for apps that medical professionals can use in their daily practice, including apps that make use of the device’s camera and audio recording capabilities. Animation
« Previous Page — Next Page »