NTIA Blog

By Rafi Goldberg, Acting Deputy Associate Administrator

In September, NTIA and the Census Bureau announced an ambitious new initiative to improve our understanding of Internet use at a local level.

Local Estimates of Internet Adoption (Project LEIA) is aimed at producing more granular Internet adoption estimates using a combination of existing data and statistical modeling techniques known as “small area estimation.”

Improved and more timely estimates of Internet adoption will lead to better tracking of our progress toward closing the digital divide and fuel important research and policy development efforts in the future.

The debut product of this collaboration is the first-ever set of experimental, single-year estimates of household wired Internet adoption for every county in the United States.

By:  Will Arbuckle, Senior Policy Advisor, NTIA  

The $42.45 billion Broadband Equity, Access, and Deployment (BEAD) Program aims to connect 25 million Americans currently without high-speed Internet access. Building these broadband networks on time and at scale across 56 states and territories will require tens of thousands of broadband construction workers: from network designers to pole surveyors, from locators to drill operators, from general laborers to fiber splicers. 

Establishing partnerships as well as initiating and administrating education and training that prepares individuals to be effective across this spectrum of jobs can take between 9 months to 1 year. NTIA encourages grantees to act now to ensure workers are on board and trained so that BEAD deployment remains on track. NTIA will continue to support grantees as they move from planning to implementation.

Every state and territory’s BEAD Initial Proposal includes a workforce readiness plan. And so far, more than 30% intend to allocate nearly $350 million in BEAD funding to support broadband workforce development initiatives. For example:

By: Robert Cannon, Senior Telecommunications Policy Analyst

Securing our nation's cyber infrastructure is imperative. That is why all Department of Commerce networks have taken the first step to implement Internet routing security.

Routing security ensures that Internet traffic reaches its intended target. Misconfigurations or manipulations of routing information can lead to significant degradation and loss of service.

The United States Government is tackling concerns about routing security through a whole-of-government approach. The Department of Commerce is playing a leading role in these efforts:

By: Dr. Chris Anderson, Institute for Telecommunication Sciences (ITS), Theory Division Chief

In an increasingly congested wireless spectrum, conflict is both inevitable but often resolvable.  

Between commercial applications (e.g., terrestrial and non-terrestrial wireless communications, navigation, and telemetry), scientific activities (e.g., radio astronomy, polar research, earth observation), and other vital spectrum-dependent uses (e.g., air traffic control), competition for spectrum access will only increase with new and emerging applications and technologies.

Finding ways to create additional access to this limited and valuable resource thus comes with many potential benefits, including faster, higher capacity and lower latency communications; new astronomical and scientific discoveries; more energy-efficient cities; increased highway capacity and safety; and more accurate weather predictions.  

One important way to achieve these benefits is to integrate coexistence measures into spectrum-using applications at an early stage. This includes greater use of dynamic spectrum sharing systems, which enable spectrum users to operate safely in close proximity—whether geographically or in frequency—without causing harmful interference.  Additionally, it involves enabling spectrum users to share spectrum access more rapidly than is currently possible with traditional and largely manual spectrum management approaches.