This year’s show was huge. According to the events organizers, there were 1,200 exhibitors and 38,000 healthcare professionals in attendance and there were more nurses, physicians, IT staff and executives in attendance at this year’s HIMSS than ever before.
New Wi-Fi enabled devices and applications at HIMSS14
Wi-Fi helps disabled people walk
One of the most interesting Wi-Fi capable devices at this year’s HIMSS was a Wi-Fi enabled bionic exoskeleton. The Ekso Bionics unit (pictured above) was featured in the Lockheed Martin booth. This device is for patients with lower extremity paralysis or weakness. It enables patients to stand, walk and it can assist them with their rehabilitation. The unit is equipped with a single Wi-Fi radio. The radio supports two data streams currently. One stream allows engineers to see real-time telemetry data to determine how the unit is performing. The other stream is for the unit’s user, where information such as steps taken, distance traveled, etc., are sent over the air to an application that the user can access later.
The growth and adoption of mobile technologies is impacting businesses in multiple industries, and we can see strong evidence of this by looking at the healthcare industry. I just returned from the WLAN Professionals Conference in Austin, TX where I heard first-hand evidence of this in a presentation on Continuous Wireless for Medical Devices. A strong emphasis was placed on improving patient safety through the use of mobile technologies that enabled doctors, nurses, and assistants to effectively handle their ever-increasing workload.
A reliable, stable, cost-effective, and simple to manage WLAN is required that enables healthcare professionals without causing undue distraction from their primary objective to provide high-quality patient care. The question then becomes, “how can WLANs provide these qualities for distributed healthcare organizations?”
Network stability and availability is of primary importance for healthcare professionals relying on mobile devices to provide patient care. What’s more, this network stability must be provided in a cost-effective and simple to manage manner. Rather than relying on expensive wireless LAN controllers that are complex to manage and represent a large risk to the organization as a single point of failure, AirTight has developed a mature cloud architecture over the past 7 years that simplifies the network and is resilient to outages – the network continues to function even if cloud access is disrupted.
AirTight’s datacenter locations
What a great start to year on the industry events front – we started with NRF in January, looking forward to HIMSS and our ACTS event in February, and MURTEC in March. In NRF, high points of discussion were around Social Wi-Fi and analytics. That said, topics of security and PCI compliance were also high on the agenda prompted by the Target credit card breach that occurred just before NRF. I expect to there will be a lot of security discussions at HIMSS too.
Healthcare, Wi-Fi and HIPAA
The Health Insurance Portability and Accountability Act (HIPAA) was passed by Congress in 1996. It is enforced by the Department of Health and Human Services (HHS), and implemented by regulations of 45 CFR. Among other provisions it has rules mandating that healthcare organizations safeguard the privacy and security of patient health information.
Healthcare, WiFi Access