Paul Garnett

When Will Affordable Connectivity Program Funding Run Out?

On June 24, 2022, I wrote an Op-Ed urging policymakers to fully fund the Affordable Connectivity Program (ACP). I predicted that funding for the ACP is likely to run out by mid-2024 and called for action at the state and federal levels to extend that funding. We’ve had some follow-up questions on how we came up with our projections. The four assumptions used to model our projections are as follows:

A Handbook for the Effective Administration of State and Local Digital Equity Programs

When it comes to expanding broadband connectivity, policymakers face two major challenges: 1) ensuring that all US residents have access to high-speed fixed broadband connectivity (“availability”), and 2) ensuring that as many US residents as possible subscribe to fixed broadband (“adoption”). In other words, policymakers are tasked with making sure fixed broadband is both universally available and universally adopted.

When Will Affordable Connectivity Program Funding Run Out?

On June 24, 2022, The Hill published our Op-Ed urging policymakers to fully fund the Affordable Connectivity Program. That Op-Ed predicted that funding for the program is likely to run out by mid-2024 and called for action at the state and federal levels to extend that funding. We’ve had some follow up questions on how we came up with our projections. Here we explain our projections.

To Close the Digital Divide, Governments Need Future Proof Broadband Definitions

Now is time for the Federal Communications Commission to restructure its fixed broadband definitions so that they better reflect consumer demand and market realities and are more resilient to the accelerating pace of technological change. In addition, the International Telecommunications Union (ITU) and the Broadband Commission for Sustainable Development (Broadband Commission) should lead an effort to develop globally-harmonized and future-proof broadband definitions, that do not continually relegate people in some countries to second class connectivity.