This article is part of the RuralRISE Farming & Technology Series, a multi-part examination of how connectivity, data, and emerging technologies are reshaping agriculture and rural economies.
There’s more to rural life than agriculture.
Yet there’s still a misconception that if you live in a rural community, that must mean you’re a farmer. In reality, Rural America is more than one industry, more than one story.
But there’s also a truth in the statement that’s hard to ignore:
We may not all farm—but rural America feeds America.
And how we do that is changing very quickly, and in ways that carry real economic consequences.
The Invisible Transformation of the American Farm
The image most people have of farming hasn’t kept up with reality. The modern American farm is no longer just land and labor—it is increasingly powered by data, connectivity, and technology.
At the same time, the structure of agriculture is shifting. According to the 2022 USDA Census of Agriculture, the United States lost approximately 142,000 farms between 2017 and 2022, a 7% decline in just five years. Yet even as the number of farms decreases, some of the operations that remain are becoming more advanced, more connected, and more capital-intensive.
This creates a paradox: fewer farms, but more sophisticated ones. Agriculture isn’t disappearing, but it is consolidating and modernizing.
But not all farms have this capability, due to limited connectivity.
Connectivity Has Become Economic Infrastructure
In our last few articles, we discussed connectivity in emergency situations and how it can save lives in rural areas.
But there’s another side to that conversation: connectivity is now directly tied to economic viability.
Modern farming can greatly benefit from broadband, precision agriculture tools, AI-driven analytics, equipment monitoring, and even basic market access, all of which rely on reliable internet. Without it, farmers are operating at a disadvantage.
The federal government has recognized this shift. The FCC’s 2024 broadband benchmark of 100/20 Mbps reflects the growing data demands of modern agriculture. Meanwhile, USDA Economic Research Service and land-grant university studies have consistently found that farms using precision agriculture technologies, enabled by connectivity, experience higher productivity and greater efficiency.
There is also measurable economic impact. Research from U.S. Farmers & Ranchers in Action shows that broadband-enabled precision agriculture can increase crop yields by roughly 3–4% for corn and soybeans, while reducing operating costs through more efficient input use. Other studies suggest that precision technologies can increase net farm income by improving decision-making and reducing waste.
In simple terms: connectivity is no longer a convenience. It’s as important to farming as water, fuel, or soil health.
The Economics of a Changing Industry
The financial structure of agriculture is changing just as rapidly as the technology behind it.
Today’s farm economy is increasingly concentrated. According to USDA data, a small percentage of large farms, those with annual sales over $1 million, account for a disproportionately large share of total agricultural production and revenue. Meanwhile, the majority of smaller farms operate on much thinner margins.
Technology plays a critical role in this divide.
For farms that can invest in AI, sensors, and precision tools:
- Input costs can be reduced
- Yields can be optimized
- Market timing can be improved
These efficiencies translate directly into profitability. A meta-analysis published in Sustainability (MDPI) found that precision agriculture technologies can deliver double-digit returns on investment globally through improved efficiency and reduced input costs.
But there’s a catch: adoption requires capital, connectivity, and technical knowledge. Farms without those resources risk falling further behind, reinforcing a widening economic gap within rural America.
Connectivity doesn’t just power advanced technology on the farm; it supports the everyday decisions that keep operations running.
Something as simple as quickly looking up a problem, contacting a veterinarian, sending photos of a sick animal or damaged crop, or watching a how-to video can make a critical difference. These are conveniences many people take for granted, but in areas without reliable internet, that immediate access to knowledge and assistance simply isn’t there, leaving farmers to navigate challenges with fewer tools and more uncertainty
Who Is the Modern Farmer?
There’s another misconception worth addressing: that the future of farming is being driven primarily by young people entering the field.
The data tells a more complicated story.
According to the USDA 2022 Census of Agriculture, the average U.S. farmer is 58 years old. However, “new and beginning farmers”—those with 10 years or less of experience—have grown in number and now number more than 1 million producers. Interestingly, their average age is around 47.
This points to a shift that often goes unnoticed: many new farmers are not straight out of school. They are entering agriculture as a second career, bringing experience from business, technology, and other industries.
At the same time, there are signs of renewed interest among younger producers. The Census shows modest growth in farmers under 35, suggesting that as agriculture becomes more technology-driven, it is becoming more appealing to a new generation—one that sees farming not just as labor, but as a blend of innovation, sustainability, and entrepreneurship.
Technology, Profitability, and the Rural Economy
Technology is not just changing how farms operate – it’s reshaping rural economies more broadly.
As farms adopt digital tools, they create demand for new types of work:
- Equipment technicians
- Data analysts
- Ag-tech specialists
- Drone operators
This evolution expands the economic base of rural communities beyond traditional roles. It also creates opportunities to retain talent that might otherwise leave their rural community.
At the same time, the broader farm economy remains under pressure. The USDA Economic Research Service projects U.S. net farm income to fluctuate with commodity prices and input costs, underscoring the critical importance of efficiency gains in maintaining profitability.
In this environment, technology can be the difference between staying competitive and falling behind.
The Risk of Uneven Progress
Despite the opportunities, there is a clear risk.
Not every rural community has reliable broadband. Not every farm can afford to invest in new technology. Not every producer has access to the training needed to adopt it effectively, and very importantly, extensive labor is still needed on many farms.
The National Telecommunications and Information Administration (NTIA) and USDA have both emphasized that the digital divide remains one of the biggest barriers to rural economic growth.
If connectivity continues to expand unevenly, so will opportunity.
And that raises an important final question:
What happens to the farms—and the communities—that don’t have access to the tools shaping the future of agriculture?
The Future of Rural Agriculture
Agriculture may not always need to lead in discussions about rural America. But the truth is, for now, it’s at the center of so many of the conversations we need to be having—about infrastructure, economic opportunity, and the future of our communities.
As AI continues to reshape the industry, the future won’t just depend on who is farming but on who has the ability to farm with the tools of tomorrow.
Agriculture today is no longer just about land and labor. It is increasingly about data, safety, access, and the connectivity that make modern farming possible.
This article is part of the RuralRISE Farming & Technology Series:
Part 1: From Dirt to Data: How Connectivity Is Reshaping Farming in Rural America
Part 2: Precision Agriculture — coming soon
Part 3: AI & Data Analytics — coming soon
Part 4: Drones & Remote Sensing — coming soon
Part 5: Farm Equipment & Automation — coming soon
Part 6: Workforce & the New Ag Economy — coming soon
Part 7: The Digital Divide in Agriculture — coming soon