Submission + - Precision Agriculture Has Its Cassandra. His Name Is Kevin. (substack.com) 1
chicksdaddy writes: Farming in the United States is in the midst of a major transformation — the biggest since the arrival of mechanized agriculture more than a century ago.The transformative technology back then was the internal combustion engine, which allowed farmers to power a wide range of new machines and mechanize previously manual implements from tractors and reapers to combine harvesters.The transformative technology now? Precision agriculture, a catch-all term that describes a constellation of technologies that includes Internet- and GPS connected agricultural equipment, highly accurate remote sensors, “big data” analytics and cloud computing.
Once it is broadly adopted, precision agriculture technology promises to further reduce the need for human labor to run farms even more than the combustion engine did. (Autonomous equipment means you no longer even need drivers!) But the risks it poses to small farms and farming communities are much bigger than that. First, as the USDA notes on its website (https://www.nifa.usda.gov/grants/programs/precision-geospatial-sensor-technologies-programs/adoption-precision-agriculture): the scale and high capital costs of precision agriculture technology tend to favor large, corporate producers over smaller farms. Then there are the systemic risks to U.S. agriculture of an increasingly connected and consolidated agriculture sector, with a few major OEMs having the ability to remotely control and manage access to- and maintenance of vital equipment on millions of U.S. farms. That includes the risk of disruption due to cyber attacks on precision farming hardware, software and services — an issue that agricultural equipment makers are scrambling to address (https://www.forbes.com/sites/paulfroberts/2021/06/20/under-scrutiny-big-ag-scrambles-to-address-cyber-risk/), but reluctant to discuss.
The biggest risk, however, comes from the reams of valuable and proprietary operational data that precision agriculture equipment generates and collects about the operation of a farm — from soil quality to the application of fertilizers and other agents, to crop yields. For centuries, such information resided in farmers’ heads, or on written or (more recently) digital records that they owned and controlled exclusively, typically passing that knowledge and data down to succeeding generation of farm owners. Precision agriculture technology wrests it from the farmer’s control and shares it with equipment manufacturers and service providers — often without the explicit understanding of the farmers themselves, and almost always without monetary compensation to the farmer for the data. Over time, this massive transfer of knowledge from individual farmers or collectives to multinational corporations risks beggaring farmers by robbing them of one of their most vital assets: data, and turning them into little more than passive caretakers of automated equipment managed, controlled and accountable to distant corporate masters.
That’s a dark view of the future — and one that its hard to hear over the “rah rah rah!” of precision agriculture’s (corporate funded) boosters. But its not like nobody sees the writing on the wall, or is sounding the alarm bell. The blog Fight to Repair News (http://fighttorepair.news) recently interviewed Kevin Kenney an Alternative Fuel Systems Engineer at Grassroots Energy in Nebraska and one of the loudest voices warning about the dangers posed by precision agriculture technologies, including the wholesale theft and monetization of proprietary farmer data.
Once it is broadly adopted, precision agriculture technology promises to further reduce the need for human labor to run farms even more than the combustion engine did. (Autonomous equipment means you no longer even need drivers!) But the risks it poses to small farms and farming communities are much bigger than that. First, as the USDA notes on its website (https://www.nifa.usda.gov/grants/programs/precision-geospatial-sensor-technologies-programs/adoption-precision-agriculture): the scale and high capital costs of precision agriculture technology tend to favor large, corporate producers over smaller farms. Then there are the systemic risks to U.S. agriculture of an increasingly connected and consolidated agriculture sector, with a few major OEMs having the ability to remotely control and manage access to- and maintenance of vital equipment on millions of U.S. farms. That includes the risk of disruption due to cyber attacks on precision farming hardware, software and services — an issue that agricultural equipment makers are scrambling to address (https://www.forbes.com/sites/paulfroberts/2021/06/20/under-scrutiny-big-ag-scrambles-to-address-cyber-risk/), but reluctant to discuss.
The biggest risk, however, comes from the reams of valuable and proprietary operational data that precision agriculture equipment generates and collects about the operation of a farm — from soil quality to the application of fertilizers and other agents, to crop yields. For centuries, such information resided in farmers’ heads, or on written or (more recently) digital records that they owned and controlled exclusively, typically passing that knowledge and data down to succeeding generation of farm owners. Precision agriculture technology wrests it from the farmer’s control and shares it with equipment manufacturers and service providers — often without the explicit understanding of the farmers themselves, and almost always without monetary compensation to the farmer for the data. Over time, this massive transfer of knowledge from individual farmers or collectives to multinational corporations risks beggaring farmers by robbing them of one of their most vital assets: data, and turning them into little more than passive caretakers of automated equipment managed, controlled and accountable to distant corporate masters.
That’s a dark view of the future — and one that its hard to hear over the “rah rah rah!” of precision agriculture’s (corporate funded) boosters. But its not like nobody sees the writing on the wall, or is sounding the alarm bell. The blog Fight to Repair News (http://fighttorepair.news) recently interviewed Kevin Kenney an Alternative Fuel Systems Engineer at Grassroots Energy in Nebraska and one of the loudest voices warning about the dangers posed by precision agriculture technologies, including the wholesale theft and monetization of proprietary farmer data.