These opportunities are only going to increase as government agencies integrate more Internet of Things (IoT) devices into supporting mission outcomes. What many may not realize is that occurring in the background is likely a wireless network that makes data retrieval from these sensors possible. For the federal government to capitalize on the potential of IoT, it needs a network that is scalable, integrates Wi-Fi technology seamlessly with cellular networks and can be easily deployed. These requirements can all be achieved with a few considerations.
Mobile devices have become ubiquitous in our society. According to the Digital Government Strategy group, more Americans access the internet from mobile devices than from desktop computers. These devices increase productivity in citizens’ personal lives and offer agencies the opportunity to more efficiently deliver services and meet mission objectives.
byselina.lo09-26-201610:41 AM - edited 09-26-201601:16 PM
I recently had the privilege of speaking at a White House organized event that highlighted the importance of government next-generation wireless access. In partnership with U.S. Ignite and the National Science Foundation (NSF), the federal government is investing $400 million in what they call the Advanced Wireless Research Initiative, meant to advance research in the journey to 5G and next-generation wireless technology.
Innately affordable and offering speeds of up to a gigabit per second, Wi-Fi is both accessible and efficient. Ruckus Wireless, recently acquired by Brocade, delivers on the need for dependability, even in radio frequency (RF) challenged environments, through adaptive antenna technology.
One of the most revolutionary applications of next-generation wireless infrastructure is within smart cities. High performance Wi-Fi access and analytics allow municipalities to improve everything from guest Internet access to foot and commuter traffic patterns to first responder efficiency. For example, cities can leverage Wi-Fi infrastructure to collect footfall analytics, which can predict commuter wait times, feed them to a train-scheduling algorithm and improve city traffic and efficiency. First responders, on the other hand, can leverage Wi-Fi for speedy analytics to receive information about an accident before they reach the scene.