Farmers depend on Internet connectivity like any other businesses for daily office tasks such as record keeping, reporting, banking, and marketing. This dependency stretches further as daily farming productivity depend on GPS-based applications that enable real-time data collection giving accurate information on soil fertility, field mapping, and other farm-related tasks. An October 2019 report from the United Soybean Board (USB) describes how poor connectivity is striking at the heart of America’s agricultural industry.

Profitability and Sustainability: Threatened 

The report, titled Rural Broadband and the American Farmer [PDF]  reveals that 60 percent of U.S. farmers and ranchers do not have adequate Internet connectivity to run their business and 78 percent do not have a choice in Internet Service Providers (ISPs). The USB study touches on how poor Internet connectivity in rural parts of the country has negatively impacted profitability and sustainability in farming.

Among 2,000 farmers surveyed by the USB, 59 percent of  farmers plan to incorporate more data onto their system and 28 percent are considering more data usage. Most also want to use high-tech and data transfer applications but the impact of poor connectivity and unreliable Internet service does not allow them to do so. Michael H., a soybean farmer in south-central Louisiana said that, “Without the right support network, we can’t even consider taking advantage of getting real-time information from one piece of equipment to another.” Up to 33 percent of farmers said poor connectivity has affected their equipment purchases.

The U.S. Department of Agriculture Economic Research Service reports that farming productivity contributes nearly $133 billion to the U.S. gross domestic product (GDP) but lack of connectivity has heavily impacted farmers to contribute only $80 billion. 

Arkansas soybean, cotton, and corn farmer Vonda K. explained:

Farmers depend on Internet connectivity like any other businesses for daily office tasks such as record keeping, reporting, banking, and marketing. This dependency stretches further as daily farming productivity depend on GPS-based applications that enable real-time data collection giving accurate information on soil fertility, field mapping, and other farm-related tasks. An October 2019 report from the United Soybean Board (USB) describes how poor connectivity is striking at the heart of America’s agricultural industry.

Profitability and Sustainability: Threatened 

The report, titled Rural Broadband and the American Farmer [PDF]  reveals that 60 percent of U.S. farmers and ranchers do not have adequate Internet connectivity to run their business and 78 percent do not have a choice in Internet Service Providers (ISPs). The USB study touches on how poor Internet connectivity in rural parts of the country has negatively impacted profitability and sustainability in farming.

Among 2,000 farmers surveyed by the USB, 59 percent of  farmers plan to incorporate more data onto their system and 28 percent are considering more data usage. Most also want to use high-tech and data transfer applications but the impact of poor connectivity and unreliable Internet service does not allow them to do so. Michael H., a soybean farmer in south-central Louisiana said that, “Without the right support network, we can’t even consider taking advantage of getting real-time information from one piece of equipment to another.” Up to 33 percent of farmers said poor connectivity has affected their equipment purchases.

The U.S. Department of Agriculture Economic Research Service reports that farming productivity contributes nearly $133 billion to the U.S. gross domestic product (GDP) but lack of connectivity has heavily impacted farmers to contribute only $80 billion. 

Arkansas soybean, cotton, and corn farmer Vonda K. explained:

Farmers depend on Internet connectivity like any other businesses for daily office tasks such as record keeping, reporting, banking, and marketing. This dependency stretches further as daily farming productivity depend on GPS-based applications that enable real-time data collection giving accurate information on soil fertility, field mapping, and other farm-related tasks. An October 2019 report from the United Soybean Board (USB) describes how poor connectivity is striking at the heart of America’s agricultural industry.

Profitability and Sustainability: Threatened 

The report, titled Rural Broadband and the American Farmer [PDF]  reveals that 60 percent of U.S. farmers and ranchers do not have adequate Internet connectivity to run their business and 78 percent do not have a choice in Internet Service Providers (ISPs). The USB study touches on how poor Internet connectivity in rural parts of the country has negatively impacted profitability and sustainability in farming.

Among 2,000 farmers surveyed by the USB, 59 percent of  farmers plan to incorporate more data onto their system and 28 percent are considering more data usage. Most also want to use high-tech and data transfer applications but the impact of poor connectivity and unreliable Internet service does not allow them to do so. Michael H., a soybean farmer in south-central Louisiana said that, “Without the right support network, we can’t even consider taking advantage of getting real-time information from one piece of equipment to another.” Up to 33 percent of farmers said poor connectivity has affected their equipment purchases.

The U.S. Department of Agriculture Economic Research Service reports that farming productivity contributes nearly $133 billion to the U.S. gross domestic product (GDP) but lack of connectivity has heavily impacted farmers to contribute only $80 billion. 

Arkansas soybean, cotton, and corn farmer Vonda K. explained:

Farmers depend on Internet connectivity like any other businesses for daily office tasks such as record keeping, reporting, banking, and marketing. This dependency stretches further as daily farming productivity depend on GPS-based applications that enable real-time data collection giving accurate information on soil fertility, field mapping, and other farm-related tasks. An October 2019 report from the United Soybean Board (USB) describes how poor connectivity is striking at the heart of America’s agricultural industry.

Profitability and Sustainability: Threatened 

The report, titled Rural Broadband and the American Farmer [PDF]  reveals that 60 percent of U.S. farmers and ranchers do not have adequate Internet connectivity to run their business and 78 percent do not have a choice in Internet Service Providers (ISPs). The USB study touches on how poor Internet connectivity in rural parts of the country has negatively impacted profitability and sustainability in farming.

Among 2,000 farmers surveyed by the USB, 59 percent of  farmers plan to incorporate more data onto their system and 28 percent are considering more data usage. Most also want to use high-tech and data transfer applications but the impact of poor connectivity and unreliable Internet service does not allow them to do so. Michael H., a soybean farmer in south-central Louisiana said that, “Without the right support network, we can’t even consider taking advantage of getting real-time information from one piece of equipment to another.” Up to 33 percent of farmers said poor connectivity has affected their equipment purchases.

The U.S. Department of Agriculture Economic Research Service reports that farming productivity contributes nearly $133 billion to the U.S. gross domestic product (GDP) but lack of connectivity has heavily impacted farmers to contribute only $80 billion. 

Arkansas soybean, cotton, and corn farmer Vonda K. explained:

Thanks to the Blandin on Broadband blog for bringing our attention to this story!

Farming has gone high tech with feathers, high-speed Internet access, and cutting-edge robots. Jack Kilian a University of Minnesota engineering master’s graduate is behind the Poultry Patrol, a robot for managing turkeys and chickens.

Poultry Patrol, Sign of the Future

The Northfield News covered the story on how Kilian designed the autonomous robot to help farmers with both mundane tasks, such as turning bedding, and important jobs, including detecting diseases. The idea for this handy farm robot came out of a Digi Lab project called the Wild Goose Chaser, a robot used to chase geese off of lawns.

Kilian, however, is far more interested in farming and technology. The Red Wing Ignite center awarded the recent engineering grad $12,500 from the Ag Tech Challenge to fund the Poultry Patrol

Better Tech, Better Internet Access

Agriculture is growing and needs sophisticated technology to manage crops and animals, but that tech works more effectively with better communication, such as high-speed Internet access. Kilian told the Northfield News that the next task is figuring out how to improve Internet access in rural Minnesota.

While some areas of the state are seeing better connectivity, the pace of deployment isn't rapid enough to allow many farmers to take advantage of the innovations in agriculture. Minnesota’s Office of Broadband Development in the Department of Employment and Economic Development is offering $20 million in funding this fall to help close the rural-urban digital divide.

Read more about the Minnesota Broadband program and how to apply for grant funding for your local project here. The Office of Broadband Development will accept applications for funding through September 13, 2019.

Thanks to the Blandin on Broadband blog for bringing our attention to this story!

Farming has gone high tech with feathers, high-speed Internet access, and cutting-edge robots. Jack Kilian a University of Minnesota engineering master’s graduate is behind the Poultry Patrol, a robot for managing turkeys and chickens.

Poultry Patrol, Sign of the Future

The Northfield News covered the story on how Kilian designed the autonomous robot to help farmers with both mundane tasks, such as turning bedding, and important jobs, including detecting diseases. The idea for this handy farm robot came out of a Digi Lab project called the Wild Goose Chaser, a robot used to chase geese off of lawns.

Kilian, however, is far more interested in farming and technology. The Red Wing Ignite center awarded the recent engineering grad $12,500 from the Ag Tech Challenge to fund the Poultry Patrol

Better Tech, Better Internet Access

Agriculture is growing and needs sophisticated technology to manage crops and animals, but that tech works more effectively with better communication, such as high-speed Internet access. Kilian told the Northfield News that the next task is figuring out how to improve Internet access in rural Minnesota.

While some areas of the state are seeing better connectivity, the pace of deployment isn't rapid enough to allow many farmers to take advantage of the innovations in agriculture. Minnesota’s Office of Broadband Development in the Department of Employment and Economic Development is offering $20 million in funding this fall to help close the rural-urban digital divide.

Read more about the Minnesota Broadband program and how to apply for grant funding for your local project here. The Office of Broadband Development will accept applications for funding through September 13, 2019.

Thanks to the Blandin on Broadband blog for bringing our attention to this story!

Farming has gone high tech with feathers, high-speed Internet access, and cutting-edge robots. Jack Kilian a University of Minnesota engineering master’s graduate is behind the Poultry Patrol, a robot for managing turkeys and chickens.

Poultry Patrol, Sign of the Future

The Northfield News covered the story on how Kilian designed the autonomous robot to help farmers with both mundane tasks, such as turning bedding, and important jobs, including detecting diseases. The idea for this handy farm robot came out of a Digi Lab project called the Wild Goose Chaser, a robot used to chase geese off of lawns.

Kilian, however, is far more interested in farming and technology. The Red Wing Ignite center awarded the recent engineering grad $12,500 from the Ag Tech Challenge to fund the Poultry Patrol

Better Tech, Better Internet Access

Agriculture is growing and needs sophisticated technology to manage crops and animals, but that tech works more effectively with better communication, such as high-speed Internet access. Kilian told the Northfield News that the next task is figuring out how to improve Internet access in rural Minnesota.

While some areas of the state are seeing better connectivity, the pace of deployment isn't rapid enough to allow many farmers to take advantage of the innovations in agriculture. Minnesota’s Office of Broadband Development in the Department of Employment and Economic Development is offering $20 million in funding this fall to help close the rural-urban digital divide.

Read more about the Minnesota Broadband program and how to apply for grant funding for your local project here. The Office of Broadband Development will accept applications for funding through September 13, 2019.

Thanks to the Blandin on Broadband blog for bringing our attention to this story!

Farming has gone high tech with feathers, high-speed Internet access, and cutting-edge robots. Jack Kilian a University of Minnesota engineering master’s graduate is behind the Poultry Patrol, a robot for managing turkeys and chickens.

Poultry Patrol, Sign of the Future

The Northfield News covered the story on how Kilian designed the autonomous robot to help farmers with both mundane tasks, such as turning bedding, and important jobs, including detecting diseases. The idea for this handy farm robot came out of a Digi Lab project called the Wild Goose Chaser, a robot used to chase geese off of lawns.

Kilian, however, is far more interested in farming and technology. The Red Wing Ignite center awarded the recent engineering grad $12,500 from the Ag Tech Challenge to fund the Poultry Patrol

Better Tech, Better Internet Access

Agriculture is growing and needs sophisticated technology to manage crops and animals, but that tech works more effectively with better communication, such as high-speed Internet access. Kilian told the Northfield News that the next task is figuring out how to improve Internet access in rural Minnesota.

While some areas of the state are seeing better connectivity, the pace of deployment isn't rapid enough to allow many farmers to take advantage of the innovations in agriculture. Minnesota’s Office of Broadband Development in the Department of Employment and Economic Development is offering $20 million in funding this fall to help close the rural-urban digital divide.

Read more about the Minnesota Broadband program and how to apply for grant funding for your local project here. The Office of Broadband Development will accept applications for funding through September 13, 2019.

Thanks to the Blandin on Broadband blog for bringing our attention to this story!

Farming has gone high tech with feathers, high-speed Internet access, and cutting-edge robots. Jack Kilian a University of Minnesota engineering master’s graduate is behind the Poultry Patrol, a robot for managing turkeys and chickens.

Poultry Patrol, Sign of the Future

The Northfield News covered the story on how Kilian designed the autonomous robot to help farmers with both mundane tasks, such as turning bedding, and important jobs, including detecting diseases. The idea for this handy farm robot came out of a Digi Lab project called the Wild Goose Chaser, a robot used to chase geese off of lawns.

Kilian, however, is far more interested in farming and technology. The Red Wing Ignite center awarded the recent engineering grad $12,500 from the Ag Tech Challenge to fund the Poultry Patrol

Better Tech, Better Internet Access

Agriculture is growing and needs sophisticated technology to manage crops and animals, but that tech works more effectively with better communication, such as high-speed Internet access. Kilian told the Northfield News that the next task is figuring out how to improve Internet access in rural Minnesota.

While some areas of the state are seeing better connectivity, the pace of deployment isn't rapid enough to allow many farmers to take advantage of the innovations in agriculture. Minnesota’s Office of Broadband Development in the Department of Employment and Economic Development is offering $20 million in funding this fall to help close the rural-urban digital divide.

Read more about the Minnesota Broadband program and how to apply for grant funding for your local project here. The Office of Broadband Development will accept applications for funding through September 13, 2019.

When rural broadband advocates talk about the connectivity needs of farmers, they often discuss real-time crop prices, monitoring the status of fields, or the ability to submit data-intensive reports. An innovator in North Carolina has a different take on why fast, affordable, reliable connectivity is important to his ag-related business and it involves hog waste. He explains how North Carolina’s municipal networks and cooperatives need to be able to operate without restriction if the state’s agribusiness is to advance.

Methane is Power, but Broadband is a Must

In a recent opinion piece by Mark Maloney, the CEO and founder of OptimaBio writes that his company is developing a method for capturing methane from hog waste and transforming the biogas into electricity. According to Maloney, the pilot program has the potential to expand in order to provide affordable energy while also reducing harm to the environment.

A key element that OptimaBio requires, however, is reliable and fast connectivity, which isn't readily available in many rural North Carolina communities yet: 

The equipment that allows this conversion produces large amounts of data to assist us in understanding operations and avoid downtime.

That data is of no value if we cannot transmit it over a reliable communications network.

Today, without reliable broadband, we use radio signals to get the job done. It’s not ideal.

He describes how weather and trees can interrupt radio signals that must be in line of sight of each other, and how the company must purchase expensive equipment in order to use radio signals. At this stage, there is no other alternative in the rural areas where they operate.

A Chronic Problem

Maloney writes that his company is one of many in the agriculture industry that struggles due to poor rural connectivity in North Carolina. In order to allow agribusiness to pursue innovations that can solve problems and find improvements, the state needs to remove onerous hurdles.