What Is the BEAD Program?
The Broadband Equity, Access, and Deployment Program has potential and challenges
Jun 12, 2026 | Share
Technology
The Broadband Equity, Access, and Deployment (BEAD) Program is a government infrastructure project aimed at improving internet access in rural areas and “bridging the digital divide.” Despite being the “single largest federal investment in broadband infrastructure to date,” the program has not yet noticeably benefited most internet users. This is especially clear when compared to much more impactful programs like the now-defunct Affordable Connectivity Program (ACP).
Since the program’s creation under the Biden administration, a lot has changed, both in politics and the telecom industry. Most state BEAD proposals have finally been approved, but it’s not clear whether the program will be able to achieve the goals it set back in 2021.
What is the Broadband Equity, Access, and Deployment Program?
The Broadband Equity, Access, and Deployment Program, or BEAD, is a part of the 2021 Infrastructure Investment and Jobs Act directed toward achieving universal broadband access across the United States. The program allocated $42.45 billion toward building out broadband infrastructure in underserved areas and is managed by the National Telecommunications and Information Administration (NTIA).
Unlike low-income subsidies like the Affordable Connectivity Program (ACP) or Lifeline, which directly help average people afford their internet bills, the BEAD program provides funds to internet providers to help them build out infrastructure in areas of the country where it would otherwise be unprofitable. For example, if it costs a provider more to build fiber connections out to a rural town than it could possibly earn from new customers in that town, the provider isn’t going to invest in building out its infrastructure. If, on the other hand, half of those infrastructure costs are covered by a government grant, extending fiber to that town might become viable.
In order to secure funds from the BEAD program, states must put together a detailed plan of how they will use the money. This includes an analysis of which communities were in need of broadband access, agreements with providers to build infrastructure to those communities, and a description of what kinds of connections the providers would build.
Major changes to the program
The strict and thorough approval process slowed down the dispersal of BEAD funds, as did the 2024 presidential election, which saw the reelection of President Donald Trump. The Trump administration paused BEAD approvals and ultimately changed the entire focus of the program, removing the goal of building out fiber infrastructure and making it possible to reallocate BEAD funds toward satellite providers like Elon Musk’s Starlink.
Due to these changes, many states slashed their initial plans for installing expensive fiber-optic networks in favor of connecting residents by means of wireless connections. Plans were further complicated as many neighborhoods that qualified for BEAD funding in 2021 no longer qualified in 2025 due to changing requirements and the expansion of internet provider networks. Many providers are also rethinking their participation in the program as economic conditions in the U.S. change.
Latest developments
Despite the progress that states have made toward getting their BEAD proposals approved, several states have had to reopen their bidding process. This is due to providers pulling out of planned infrastructure deals without signing the final funding agreements. On May 22, 2026, Nebraska announced that it was reopening its BEAD bidding portal after three providers backed out, leaving 12% of eligible homes and businesses in the state unserved. In Texas, four providers backed out, leaving 13%, or 31,000 locations, without a connection.
Since states are required to submit detailed plans of how BEAD funds will be used to connect their underserved citizens to the internet, disruptions like this impact not only those areas that find themselves without an infrastructure plan, but also threaten BEAD funding to the entire state. As such, these states now have to figure out a way to plug these gaps, or they might have to negotiate a new plan with the NTIA.
What does the BEAD Program mean for internet users?
Broadband access in the U.S. lags behind that in many other countries, such as South Korea, where internet providers offer higher speeds at lower prices. The U.S. has suffered from a lack of government investment in infrastructure, as well as a lack of competition in many parts of the telecommunications market. The initial goal of the BEAD program was to make up for those shortcomings by building out communications infrastructure in underserved areas and giving residents more choices for their internet service provider.
The shift toward satellite internet, while cheaper on paper, kind of misses the point. Satellite internet was already an option in these communities, so giving government grants to satellite providers doesn’t provide more options for rural residents. Satellite is also a short-term investment. Even if BEAD grants allow companies like Starlink to launch more satellites, low-Earth orbit (LEO) satellites are only designed to operate for a few years. After that, you would need another round of funding to replace those extra satellites. The whole point of the BEAD program was to give the U.S. a long-term advantage, not a short-term boost.
In contrast, fiber is incredibly scalable. The big cost of fiber is the labor of digging trenches, not the actual fiber-optic filaments. It’s easy to install extra unused or “dark fiber” when you build out a fiber network into a new area. If the town you’re connecting grows rapidly in the next few years, providers can just switch on some of the dark fiber they previously installed without having to dig everything up again. That means that not only does fiber infrastructure last for decades, but it can also grow capacity along with the population.
There are also plenty of immediate ways that fiber provides greater value than satellite or other wireless connections. It provides far greater bandwidth, and therefore much higher download and upload speeds for customers. It’s the most reliable type of internet connection (with satellite being the type that suffers from the most disruptions). Really, the only downside of fiber when compared to other internet types is its limited availability. And that’s what the BEAD Program was supposed to fix.
Rural communities will still see some benefits as BEAD funds are dispersed to the states. The restructured BEAD rules mandate that new infrastructure must support 100Mbps download speeds and 20Mbps upload speeds. That’s enough for most online activities, even for streaming video in 4K. But for people like content creators who need ultrafast upload speeds or online gamers who need low latency, rural internet still won’t cut it. If the goal of the BEAD program was to bring rural internet in line with the speeds and options available in urban areas, it won’t achieve it in its current form.
Author - Peter Christiansen
Peter Christiansen writes about telecom policy, communications infrastructure, satellite internet, and rural connectivity for HighSpeedInternet.com. Peter holds a PhD in communication from the University of Utah and has been working in tech for over 15 years as a computer programmer, game developer, filmmaker, and writer. His writing has been praised by outlets like Wired, Digital Humanities Now, and the New Statesman.
Editor - Jessica Brooksby
Jessica loves bringing her passion for the written word and her love of tech into one space at HighSpeedInternet.com. She works with the team’s writers to revise strong, user-focused content so every reader can find the tech that works for them. Jessica has a bachelor’s degree in English from Utah Valley University and seven years of creative and editorial experience. Outside of work, she spends her time gaming, reading, painting, and buying an excessive amount of Legend of Zelda merchandise.



