This first responders network has been a long time coming, ever since the 9/11 communications kerfuffle forced the government to set aside 700 MHz band 14 spectrum and a couple of billions to build a nationwide emergency platform, and awarded the goods to AT&T last year. Verizon's current emergency network offering, however, will also be upgraded for better performance, and a VP was quick to remind everyone that "...we’re already working with our public-safety customers to build the solutions they need" and Verizon has 400,000 square miles more territory covered than AT&T. Bazinga!
AT&T, in its turn, promised that 95% of the US population will be covered by 2022, and FirstNet will run on its own hardware, separate from all commercial traffic. That private core that will secure and prioritize the first responders' communication needs, however, is now a bone of contention between AT&T and Verizon. It turns out that Big Red also intends to build it out, and has tested its preemption capabilities already, starting with the LAPD, and the Rose March back in 2017.
The two carrier juggernauts are even rolling out dedicated app stores and emergency network services for specific locations, so that local authorities can pick and choose. There's plenty of money in the game, and the moves are just starting, according to Ken Rehbehn, a chief analyst from CritComm Insights:
Verizon's moves to counter each FirstNet element offered by AT&T help give its large base of public-safety accounts reasons to delay a shift away to FirstNet. The future, however, will be determined primarily by requirements to access applications limited to operation on the FirstNet core network. Mission-critical push-to-talk may be one of those applications or it may applications related to Department of Justice information management or DHS disaster response. As key applications become available only via FirstNet core, then agencies will be forced to migrate. Until then, coverage, pricing and account relationships will be the dominant factors.
source: FirstNet via FierceWireless
