NASA Acres Receives over $900,000 in USDA NIFA Funding to Advance Agricultural Data Sharing

Graphic featuring the NASA Acres and USDA logos flanking a central white icon of a shield inside a hexagonal node network, set against a background of an agricultural crop field with a center-pivot irrigation system.

The grant will support a secure data-sharing system designed to protect farmers’ privacy and give producers control over their information.

USDA’s National Institute of Food and Agriculture (NIFA) has awarded the University of Maryland a $936,310 grant to support the development of the NASA Acres Confidential, Co-created, Collaborative Computational (4-C) System, a new initiative designed to advance agricultural data sharing while protecting producer privacy and data sovereignty. The funding was awarded under NIFA’s Open Data Framework program.

The 4-C System will establish a neutral, secure data cooperative where agricultural producers, land-grant and other universities, nonprofits and private companies can contribute, analyze and benefit from agricultural data and proprietary models without exposing sensitive information or surrendering control over their data and intellectual property.

“We’re building the 4-C System because producers shouldn’t have to choose between retaining sovereignty over their data and benefiting from it,” said Research Professor Alyssa Whitcraft, executive director of NASA Acres. “4-C creates a confidential computing space co-governed by farmers and the researchers that allows farm data, open satellite data, and public-good science to combine only under mutual consent.”

The project builds on the work of NASA Acres, NASA’s consortium supporting American agriculture, led by the University of Maryland. Launched in 2023, NASA Acres brings together farmers, ranchers, researchers, and agricultural organizations across the United States to translate Earth observation science and data into practical solutions that improve agricultural productivity, profitability, and resilience. With more than 40 projects, 11 primary organizations, and over 70 collaborating partners, the consortium connects scientific innovation with the needs and priorities of American agricultural producers.

Read the full article by Adam Zwerner on the NASA Acres website
 

Published on Wed, 11/11/2026 - 15:03