Marginalized Populations

Aldo Soledad relies on his phone's data plan to take care of his internet needs. When it comes to living without home internet, he isn't alone. Millions of Americans are without broadband, either because of a lack of access or because they can't afford it.

The National Lifeline Association (NaLA) submitted a petition to the Federal Communications Commission requesting that the FCC temporarily waive the Lifeline reimbursement amounts in the Commission’s rules until Congress allocates additional funding for the Affordable Connectivity Program (ACP) or passes broader legislation to reform the Universal Service Fund (USF) and pay for the ACP in an alternative manner.

Connecticut has been building its digital infrastructure to get more households online. Those efforts rely on federal funding to help the state address these gaps, particularly in places with limited access to affordable high-speed internet. But a federal program reducing monthly internet bills and providing device subsidies for lower-income households will sunset at the end of April if Congress does not renew funding.

The projected end of the federal government's ACP (Affordable Connectivity Program) will leave many low–income households looking for affordable internet options. Nearly 23 million people nationwide rely on the $30 subsidy ($75 for tribal land) to defray the cost of internet service or secure internet service for free.

On April 25, the Federal Communications Commission will vote to reinstate the net neutrality rules and resume real regulatory oversight over broadband. It is critical that the text of this reinstated regulatory framework does not inadvertently undermine its own objectives in regards to broadband affordability.

The Department of Agriculture (USDA) is partnering with rural cooperatives, local organizations and Tribes to support high-speed internet deployment in 11 states. USDA is awarding $5.2 million in cooperative agreements through the Broadband Technical Assistance Program, which is funded through the Infrastructure Investment and Jobs Act.

As societies and economies continue to digitize, the need to understand the digital divide beyond binary availability or adoption metrics is increasing. Understanding the quality and performance of home internet—measured by internet speeds—among different socioeconomic groups contributes to the complex digital equity landscape at a time when all U.S. states and territories are completing digital equity plans.

Thousands of Pennsylvanians could soon be hit with higher internet bills when the Affordable Connectivity Program starts to run out of money next month. Unless Congress approves more funding, April 2024 will be the last time many residents receive the benefit in full. The looming end of the Affordable Connectivity Program (ACP) comes as Pennsylvania starts to spend an unprecedented surge of federal investment intended to bring high-speed internet access to every U.S. resident.

One of the trends that is a concern for internet service providers (ISPs) is plans by State Broadband Offices to force Broadband Equity, Access and Deployment (BEAD) winners to charge low rates for broadband. One argument for lowering rates is that the government is paying a big portion of the cost of building the broadband networks, and it ought to be able to extract concessions from the ISPs for taking the grant funding. In most places, BEAD will be used for the most sparsely populated places, which in many instances also have the toughest topography and construction challenges.

The Forest County Potawatomi Community of Wisconsin had been generating electricity to run its community center using solar panels for years—they just didn’t have an accurate way of tracking their energy usage. Thanks to an Internet for All grant from the National Telecommunications and Information Administration (NTIA), they now do. NTIA’s Tribal Broadband Connectivity Program (TBCP) awarded the Forest County Potawatomi Community $125,232 to provide reliable high-speed Internet service to the Tribe’s solar arrays.