Telemedicine Technology Trends for 2016

Guest post by Steve McGraw, CEO, REACH Health.  

Steve McGraw
Steve McGraw

Telemedicine technologies are evolving rapidly, enabling better care, greater patient access and the promise of bending the healthcare cost curve. Telemedicine has evolved dramatically over the past few years, and providers have come to realize the profound ways in which it can improve patient care. With this evolution has also come the increasing sophistication of telemedicine practitioners. Doctors, nurses and administrators now desire easier integration, clinical adaptability and configurability, support for multiple specialties on a single comprehensive platform, and robust data collection and analytics.

REACH Health, a leading provider of enterprise telemedicine solutions, has identified five key technology trends for the coming year, each promising benefits for providers and patients. These trends for 2016 include:

Obsolescence of Proprietary Hardware and Networks: Although proprietary hardware and networks were standard in the early generations of telemedicine technology, healthcare providers now desire affordable, flexible solutions. Effective telemedicine programs are increasingly powered by off-the-shelf PC components, standard, low-cost cameras and emerging networking standards such as WebRTC. These open, standardized products allow providers to choose the most appropriate end-point for the clinical need; whether it be a high performance cart, a PC or a mobile device such as an iPad, Android or Surface tablet. Providers also now increasingly seek specialty-specific telemedicine software applications that are deployable across these commodity hardware devices using open networks.

The Rise of the Software Platform: Healthcare systems now seek enterprise-wide telemedicine solutions that can be scaled to support multiple service lines and a variety of delivery models, all on one common platform. Just as single-function “dumb phones” have been rendered obsolete by multi-purpose “smart phones,” providers want a single platform to accommodate all their telemedicine needs. They expect a simple, effective solution that supports varied telemedicine requirements across the continuum of care and works wherever it is needed, on a variety of devices. These platforms must also be designed with an open architecture, providing the ease of plug-and-play connectivity with specialized, interoperable components such as high quality peripherals.

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