Network management

During the pandemic, over 40 communities across the country built wireless networks to address the unaffordability of internet service. These wireless networks proved to be a useful tool for communities in their attempt to address internet affordability. As such, the National Digital Inclusion Alliance submitted comments to the US Department of the Treasury in response to the recently released Interim Final Rule for local and state governments suggesting gap networks be considered an eligible expense under the “Assistance to Households” section outlined in Sec. 602 and Sec.

The promise of fifth-generation wireless networks has drawn headlines for at least three years, but 5G that lives up to the hype has yet to arrive for most Americans. All of the major US wireless carriers say they have nationwide 5G service, but industry analysts say that service is largely indistinguishable from 4G LTE service.

What to do if you’re a globe-spanning tech titan that wants to connect millions or even billions of devices, but you don’t want the hassle or cost of dealing with telecommunication companies, satellite operators, or cable companies for connectivity? You use the devices your customers have already purchased—and brought into homes, businesses and public spaces—to make an end-run around traditional wireless networks.

T-Mobile and Verizon are both offering to take your old, damaged phone off your hands and replace it with a shiny new 5G model. There are a couple of reasons for this generosity. Verizon, in particular, has written some big checks to pay for new C-band frequencies — highly desirable spectrum for 5G that offers good range and speed. The company has reassured its shareholders that the hefty expenditure will help grow its customer base and increase the amount of money it makes on existing accounts. Meanwhile, T-Mobile wants to make the most of a relatively strong hand right now.

The Federal Communications Commission announced its latest efforts to make mid-band spectrum in the 3.5 GHz band (3550-3700 MHz) available for 5G and other advanced wireless services to a diverse array of operators, including actions that will enable commercial deployments in the 3550-3650 MHz band segment in Puerto Rico, Guam, and American Samoa for the first time. After close coordination with the National Telecommunications and Information Administration and the Department of Defense, the FCC has taken the following three actions related to 3.5 GHz Environmental Sensing Capability (ESC)

Today we gather during National Supply Chain Integrity Month to discuss ways to strengthen our supply chain against potential bad actors. Policymakers must ensure that small and mid-sized carriers have access to equipment and services that are not only secure but make good business sense.

There can no longer be any question that, when it comes to network security, the threats are real, the stakes are high, and our defenses need to constantly evolve and improve. At the Federal Communications Commission, under my leadership, we are pursuing a proactive, three-pronged strategy to building a more secure, resilient, and next-generation communications supply chain for this 5G future. To start, we are taking direct action to slow down untrusted vendors both at home and abroad. But we are also recognizing that “Just Say No” is not a strategy.

Dish Network sent a letter to the Federal Communications Commission, complaining that T-Mobile — its partner for wireless services — is rushing to shut down a network still used by millions of Dish's Boost Mobile customers. T-Mobile's purchase of Sprint was only allowed after it agreed to sell a chunk of assets to Dish, including its Boost prepaid business. Dish is highly reliant on T-Mobile for network services as it builds out its own 5G network over the next several years.

The Federal Communications Commission has been in overdrive in recent months as billions of dollars in 5G investments put new demands on its staff. The coronavirus pandemic has complicated matters even more by highlighting the millions of Americans who lack broadband access for work and school. The FCC’s earliest 5G-focused auctions sold off millimeter-wave licenses, which support extremely fast internet connections but suffer over long distances.

I want to start by recognizing that the cybersecurity challenge is about to get even more challenging with the advent of 5G. I’m going to share three lessons we’ve all learned from scary movies that should apply equally to our nation’s cybersecurity.