Industry professionals have tended to view mesh networking from a “realist” point-of-view as a niche solution to be avoided if possible, and have never considered the technology the most popular of Wi-Fi capabilities. This pragmatism is rooted in the typical negative performance implications of mesh networks. Just a few years ago mesh capability was limited to a few highly targeted products that served niche markets for large-scale outdoor deployments or service provider environments. These solutions typically relied on multi-radio mesh units, which provide frequency separation between uplink and downlink traffic paths as well as between upstream and downstream hops, in an attempt reduce the negative performance impact for high bandwidth backhaul links.
However, there exists a growing market for mesh networking that utilizes single-radio mesh units to provide an extension of network access across limited mesh hops for hard to wire locations.
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
AirTight Networks is armed with Wi-Fi of the future, and blasting the message out through social media.
Have you ever noticed that there always seems to be a disconnect in the Wi-Fi industry whereby vendors build and sell their products based on hardware capabilities, tech specs, and geeky feature sets while customers ultimately evaluate products based on how the solution fits with their organizational objectives? That’s a problem.
The Wi-Fi market is on the cusp of a second-wind of tremendous growth that will be driven by focusing product solutions on the tailored needs of customers in every vertical market. However, this is a departure from the status-quo as historically the Wi-Fi market has grown by pushing products (not solutions) based on the latest hardware enhancements and improvements in speed that have come with each iteration of the 802.11 standard. But that model is breaking down as the technology matures, and hardware differentiation alone is very minimal. And customers are demanding more tailored solutions as their own markets evolve into a mobile-enabled workforce and customer experience.