New Paper from Fiber Broadband Association Finds Precision Agriculture Driving Urgent Need for Higher Broadband Standards

Paper outlines how data-driven farming is reshaping rural connectivity requirements and why fiber is critical to long-term agricultural productivity

WASHINGTON--(BUSINESS WIRE)--The Fiber Broadband Association (FBA) today released a new paper, Fiber-Rich Farming: Broadband Requirements for Precision Ag Today and Tomorrow, examining how the rapid rise of precision agriculture is transforming broadband demands across rural America – and why current federal benchmarks risk falling short.

Precision agriculture is no longer optional. Farmers increasingly rely on connected equipment, sensors, automaton, and cloud-based analytics to optimize operations, reduce inputs, and improve yields. This shift is driving a fundamental change in network requirements, with farms now demanding higher upstream capacity, lower latency, greater reliability, and scalable connectivity across large geographic areas.

Despite this evolution, federal broadband standards remain misaligned with real-world needs. Current benchmarks, including the 100/20 Mbps standard used in federal programs and proposed thresholds as low as 50/25 Mbps, fail to account for the data-intensive nature of modern farming. The paper warns the standards fall short of the connectivity required to support advanced agricultural technologies.

“Precision agriculture flips the traditional broadband model,” said Deborah Kish, Vice President of Research & Workforce Development at the Fiber Broadband Association. “Farms are generating massive amounts of data at the edge from technologies which require robust, reliable upstream capacity to turn that data into actional insights. Without the right infrastructure, we risk limiting innovation in one of the most critical sectors of our economy.”

The paper highlights how emerging technologies are accelerating demand. Autonomous tractors, real-time field sensors, drone imaging, and AI-driven decision tools all depend on continuous, high-performance connectivity. In many cases, operations cannot function without it, and interruptions in connectivity can halt equipment, delay decisions, and impact productivity.

As AI, edge computing, and advanced analytics expand on the farm, data volumes and real-time processing needs will continue to grow. When cable, fixed wireless, and satellite all contribute to rural connectivity, the paper concludes that fiber is the only infrastructure consistently able to meet the long-term needs of precision agriculture due to its symmetrical capacity, low latency, and scalability.

Precision agriculture will be featured in dedicated programming on Monday, May 18^th at Fiber Connect 2026 in Orlando, including two fireside chats and a session focused on Fiber to the Last Acre with panelists from EPC, t3 Broadband and Nedia Fiber. Fireside chats will feature representatives from Community Broadband Action Network, USDA Rural Development, American Farm Bureau Federation and Netceed.

Learn more about Fiber Connect 2026 and register here. Subscribe to FBA’s Fiber Forward Weekly newsletter here to stay updated on the latest industry news.

About the Fiber Broadband Association

The Fiber Broadband Association (FBA) is the voice of fiber, helping providers, policy makers, and communities make informed decisions about how, where, and why to build better fiber broadband networks. FBA is the largest and only trade association that represents the complete fiber ecosystem of service providers, manufacturers, industry experts, and deployment specialists. Since 2001, FBA and its members have worked to advance fiber broadband deployment to accelerate innovation and increase quality of life by enabling every community to leverage the economic and societal benefits that only fiber can deliver. The Fiber Broadband Association is part of the Fibre Council Global Alliance, which is a platform of six global FTTH Councils in North America, LATAM, Europe, MENA, APAC, and South Africa. Learn more at fiberbroadband.org.