It’s May 16th and today is the day the Senate will vote on whether or not to reverse last December’s repeal of network neutrality rules by FCC Chairman Ajit Pai and other Republican FCC Commissioners. As a reminder, we thought this was a good day to pull out the maps we created that illustrate how that decision to repeal the federal policy put at least 177 million Americans at risk. Without network neutrality protections in place, these folks are limited to obtaining broadband Internet access only from providers that have violated network neutrality or have admitted that they plan to violate network neutrality tenets in the future.

Visualizing the Risks

Back in December 2017 when the current FCC made it’s misguided decision, we decided to take a look at the data and create visualizations to paint a picture of what they had done. We used Form 477 data, which tends to overstate coverage, so the problem in the field is likely more severe than the maps indicate. The results aren’t pretty.

At least 129 million people have only a single provider from which they can subscribe to broadband Internet access. The FCC defines broadband as 25 Mbps download and 3 Mbps upload. Out of those 129 million Americans, about 52 million must turn to a company that has violated network neutrality protections in the past and continues to do so.

In some places, the situation is a little better. There are 146 million Americans with the ability to choose between two providers, but 48 million of those Americans must choose between two companies that have a record of violating network neutrality.

For a larger image, download this version [18 MB png]. 

The Rocky Mountains are beautiful, but they make Internet access difficult -- that’s the long and short of our research on Colorado. While community networks are making some headway in providing much needed connectivity, much of the state still may only have access to fixed wireless or Satellite service.

Internet Service by Technology

We investigated Internet access in Colorado using the Federal Communication Commission's (FCC) Form 477 data. Many of the most rural areas of the state do not have any form of Internet access other than satellite or fixed wireless services. For our analysis, we exclusively looked into wireline Internet service because it is less weather-dependent than satellite or fixed wireless. We added county subdivisions onto our map to help readers differentiate between more urban and predominantly rural areas.

Image

Broadband Service

That map, however, shows only Internet service availability across the state; it does not show broadband service. The FCC redefined broadband as 25 Mbps download and 3 Mbps upload in 2015. Earlier definitions of broadband included speeds as low as 4 Mbps download and 1 Mbps upload.

DSL service, while widely available, often cannot support this latest definition of broadband. It relies on copper telephone lines, and the actual speeds customers experience are often not as fast as advertised, "up to" speeds. Cable can provide broadband speed, but its actual speed can vary in times of peak traffic, such as the early evening. Fiber is the most reliable form of Internet service. In some communities, fiber networks are providing speeds of 10 Gbps (400 times the speed of broadband).

The Rocky Mountains are beautiful, but they make Internet access difficult -- that’s the long and short of our research on Colorado. While community networks are making some headway in providing much needed connectivity, much of the state still may only have access to fixed wireless or Satellite service.

Internet Service by Technology

We investigated Internet access in Colorado using the Federal Communication Commission's (FCC) Form 477 data. Many of the most rural areas of the state do not have any form of Internet access other than satellite or fixed wireless services. For our analysis, we exclusively looked into wireline Internet service because it is less weather-dependent than satellite or fixed wireless. We added county subdivisions onto our map to help readers differentiate between more urban and predominantly rural areas.

Image

Broadband Service

That map, however, shows only Internet service availability across the state; it does not show broadband service. The FCC redefined broadband as 25 Mbps download and 3 Mbps upload in 2015. Earlier definitions of broadband included speeds as low as 4 Mbps download and 1 Mbps upload.

DSL service, while widely available, often cannot support this latest definition of broadband. It relies on copper telephone lines, and the actual speeds customers experience are often not as fast as advertised, "up to" speeds. Cable can provide broadband speed, but its actual speed can vary in times of peak traffic, such as the early evening. Fiber is the most reliable form of Internet service. In some communities, fiber networks are providing speeds of 10 Gbps (400 times the speed of broadband).

The Rocky Mountains are beautiful, but they make Internet access difficult -- that’s the long and short of our research on Colorado. While community networks are making some headway in providing much needed connectivity, much of the state still may only have access to fixed wireless or Satellite service.

Internet Service by Technology

We investigated Internet access in Colorado using the Federal Communication Commission's (FCC) Form 477 data. Many of the most rural areas of the state do not have any form of Internet access other than satellite or fixed wireless services. For our analysis, we exclusively looked into wireline Internet service because it is less weather-dependent than satellite or fixed wireless. We added county subdivisions onto our map to help readers differentiate between more urban and predominantly rural areas.

Image

Broadband Service

That map, however, shows only Internet service availability across the state; it does not show broadband service. The FCC redefined broadband as 25 Mbps download and 3 Mbps upload in 2015. Earlier definitions of broadband included speeds as low as 4 Mbps download and 1 Mbps upload.

DSL service, while widely available, often cannot support this latest definition of broadband. It relies on copper telephone lines, and the actual speeds customers experience are often not as fast as advertised, "up to" speeds. Cable can provide broadband speed, but its actual speed can vary in times of peak traffic, such as the early evening. Fiber is the most reliable form of Internet service. In some communities, fiber networks are providing speeds of 10 Gbps (400 times the speed of broadband).

The Rocky Mountains are beautiful, but they make Internet access difficult -- that’s the long and short of our research on Colorado. While community networks are making some headway in providing much needed connectivity, much of the state still may only have access to fixed wireless or Satellite service.

Internet Service by Technology

We investigated Internet access in Colorado using the Federal Communication Commission's (FCC) Form 477 data. Many of the most rural areas of the state do not have any form of Internet access other than satellite or fixed wireless services. For our analysis, we exclusively looked into wireline Internet service because it is less weather-dependent than satellite or fixed wireless. We added county subdivisions onto our map to help readers differentiate between more urban and predominantly rural areas.

Image

Broadband Service

That map, however, shows only Internet service availability across the state; it does not show broadband service. The FCC redefined broadband as 25 Mbps download and 3 Mbps upload in 2015. Earlier definitions of broadband included speeds as low as 4 Mbps download and 1 Mbps upload.

DSL service, while widely available, often cannot support this latest definition of broadband. It relies on copper telephone lines, and the actual speeds customers experience are often not as fast as advertised, "up to" speeds. Cable can provide broadband speed, but its actual speed can vary in times of peak traffic, such as the early evening. Fiber is the most reliable form of Internet service. In some communities, fiber networks are providing speeds of 10 Gbps (400 times the speed of broadband).

Internet access isn't effective when it takes forever to load a single webpage or when subscribers spend hours babysitting their computers to ensure files make it through the upload process. At the Institute for Local Self-Reliance, we create maps analyzing publicly available data to show disparities in access and highlight possible solutions. We've recently taken an in-depth look at Georgia and want to share our findings with two revealing maps. According to the FCC's 2018 Broadband Deployment Report, 29.1 percent of the state's rural population lacks broadband access, but only 3 percent of the urban population shares the same problem. Cooperatives and small municipal networks are making a difference in several of these rural communities.

Technology Disparities Across the State

The map below shows what kinds of technology Internet Service Providers (ISPs) are using to offer Internet service to homes or businesses in Georgia. To differentiate areas of the state, the lines represent the subdivisions within counties. Our analysis focuses on wireline technologies, specifically fiber, cable, and DSL. Satellite and fixed wireless services are too dependent on the weather and the terrain for our analysis.

Image

In rural Georgia, premises with wireline access most often rely on DSL; cable and fiber tend to be clustered around towns and cities where population density is higher. Google, for instance, operates a fiber network within Atlanta, Georgia. The large amount of fiber in the eastern half is the Planters Rural Telephone Cooperative, one of the many rural cooperatives that are taking steps to help rural communities obtain the access they need to keep pace with urban centers.

Internet access isn't effective when it takes forever to load a single webpage or when subscribers spend hours babysitting their computers to ensure files make it through the upload process. At the Institute for Local Self-Reliance, we create maps analyzing publicly available data to show disparities in access and highlight possible solutions. We've recently taken an in-depth look at Georgia and want to share our findings with two revealing maps. According to the FCC's 2018 Broadband Deployment Report, 29.1 percent of the state's rural population lacks broadband access, but only 3 percent of the urban population shares the same problem. Cooperatives and small municipal networks are making a difference in several of these rural communities.

Technology Disparities Across the State

The map below shows what kinds of technology Internet Service Providers (ISPs) are using to offer Internet service to homes or businesses in Georgia. To differentiate areas of the state, the lines represent the subdivisions within counties. Our analysis focuses on wireline technologies, specifically fiber, cable, and DSL. Satellite and fixed wireless services are too dependent on the weather and the terrain for our analysis.

Image

In rural Georgia, premises with wireline access most often rely on DSL; cable and fiber tend to be clustered around towns and cities where population density is higher. Google, for instance, operates a fiber network within Atlanta, Georgia. The large amount of fiber in the eastern half is the Planters Rural Telephone Cooperative, one of the many rural cooperatives that are taking steps to help rural communities obtain the access they need to keep pace with urban centers.

Internet access isn't effective when it takes forever to load a single webpage or when subscribers spend hours babysitting their computers to ensure files make it through the upload process. At the Institute for Local Self-Reliance, we create maps analyzing publicly available data to show disparities in access and highlight possible solutions. We've recently taken an in-depth look at Georgia and want to share our findings with two revealing maps. According to the FCC's 2018 Broadband Deployment Report, 29.1 percent of the state's rural population lacks broadband access, but only 3 percent of the urban population shares the same problem. Cooperatives and small municipal networks are making a difference in several of these rural communities.

Technology Disparities Across the State

The map below shows what kinds of technology Internet Service Providers (ISPs) are using to offer Internet service to homes or businesses in Georgia. To differentiate areas of the state, the lines represent the subdivisions within counties. Our analysis focuses on wireline technologies, specifically fiber, cable, and DSL. Satellite and fixed wireless services are too dependent on the weather and the terrain for our analysis.

Image

In rural Georgia, premises with wireline access most often rely on DSL; cable and fiber tend to be clustered around towns and cities where population density is higher. Google, for instance, operates a fiber network within Atlanta, Georgia. The large amount of fiber in the eastern half is the Planters Rural Telephone Cooperative, one of the many rural cooperatives that are taking steps to help rural communities obtain the access they need to keep pace with urban centers.

Internet access isn't effective when it takes forever to load a single webpage or when subscribers spend hours babysitting their computers to ensure files make it through the upload process. At the Institute for Local Self-Reliance, we create maps analyzing publicly available data to show disparities in access and highlight possible solutions. We've recently taken an in-depth look at Georgia and want to share our findings with two revealing maps. According to the FCC's 2018 Broadband Deployment Report, 29.1 percent of the state's rural population lacks broadband access, but only 3 percent of the urban population shares the same problem. Cooperatives and small municipal networks are making a difference in several of these rural communities.

Technology Disparities Across the State

The map below shows what kinds of technology Internet Service Providers (ISPs) are using to offer Internet service to homes or businesses in Georgia. To differentiate areas of the state, the lines represent the subdivisions within counties. Our analysis focuses on wireline technologies, specifically fiber, cable, and DSL. Satellite and fixed wireless services are too dependent on the weather and the terrain for our analysis.

Image

In rural Georgia, premises with wireline access most often rely on DSL; cable and fiber tend to be clustered around towns and cities where population density is higher. Google, for instance, operates a fiber network within Atlanta, Georgia. The large amount of fiber in the eastern half is the Planters Rural Telephone Cooperative, one of the many rural cooperatives that are taking steps to help rural communities obtain the access they need to keep pace with urban centers.

Internet access isn't effective when it takes forever to load a single webpage or when subscribers spend hours babysitting their computers to ensure files make it through the upload process. At the Institute for Local Self-Reliance, we create maps analyzing publicly available data to show disparities in access and highlight possible solutions. We've recently taken an in-depth look at Georgia and want to share our findings with two revealing maps. According to the FCC's 2018 Broadband Deployment Report, 29.1 percent of the state's rural population lacks broadband access, but only 3 percent of the urban population shares the same problem. Cooperatives and small municipal networks are making a difference in several of these rural communities.

Technology Disparities Across the State

The map below shows what kinds of technology Internet Service Providers (ISPs) are using to offer Internet service to homes or businesses in Georgia. To differentiate areas of the state, the lines represent the subdivisions within counties. Our analysis focuses on wireline technologies, specifically fiber, cable, and DSL. Satellite and fixed wireless services are too dependent on the weather and the terrain for our analysis.

Image

In rural Georgia, premises with wireline access most often rely on DSL; cable and fiber tend to be clustered around towns and cities where population density is higher. Google, for instance, operates a fiber network within Atlanta, Georgia. The large amount of fiber in the eastern half is the Planters Rural Telephone Cooperative, one of the many rural cooperatives that are taking steps to help rural communities obtain the access they need to keep pace with urban centers.