US agri-tech firm offering autonomous software and a fleet management platform enabling unmanned operation of specialty crop tractors and turf equipment.
Agtonomy is a California-based software and autonomous systems company founded in 2021 and headquartered in South San Francisco. The company delivers a software-and-services platform — the Agtonomy Platform — that enables autonomous and semi-autonomous operation of farm tractors and turf equipment across specialty crops, open fields, and turf settings. Its proprietary TrunkVision technology provides centimeter-level navigation precision within orchard and vineyard rows.
The third-generation platform, released in April 2025, incorporates Physical AI for fleet intelligence and supports mixed-fleet deployments across multiple equipment brands. In June 2025, Agtonomy announced a strategic collaboration with Kubota North America for autonomous diesel tractor operations. The company has raised approximately $68.5 million in total funding, including a Series B round in October 2025, and has expanded commercially to Australia.
Primary type & automation activities this supplier delivers:
Third-generation AI software platform enabling autonomous and semi-autonomous operation of farm tractors and turf equipment across specialty crops, open fields, and mixed fleets.
Contact Agtonomy
WEBSITE
https://www.agtonomy.com/PHONE
+1 (877) 540-4774HEADQUARTERS
United States
Company Facts
Founded
2021
Primary Role
Software/Algorithm
Company Size
-
Primary Region
North America
Annual Sales
-
Funding Stage
-
Funding Total
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Dronedj.com 1 hour ago NewsCropX Technologies has acquired SCIO, a company specializing in portable near-infrared spectroscopy technology. This acquisition aims to enhance CropX's ability to connect agronomic recommendations with actual crop quality and composition data at harvest. SCIO's technology will allow for rapid, non-destructive measurements of various crops, including grains and oilseeds. The integration of SCIO's systems is expected to create a feedback loop between field management practices and harvest outcomes. By linking crop quality data with information from soil sensors, weather conditions, and satellite imagery, CropX intends to refine its agronomic recommendations. This strategic move marks CropX's eighth acquisition since 2020 and highlights its commitment to advancing digital agronomy. No financial details were disclosed regarding the acquisition. CropX has raised a total of $64 million since its inception and operates its digital agronomy platform in over 70 countries. As the company continues to expand its technology portfolio, industry stakeholders should monitor how this acquisition influences CropX's offerings and its impact on agricultural practices.
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Dronelife.com 12 hours ago Applications DFR Drone News Drone News Feeds Featured – Safety and Security Fire and PoliceCropX has acquired SCIO, a near-infrared spectroscopy firm, marking its largest deal to date and its eighth acquisition in six years. This acquisition enhances CropX's digital agronomy platform by integrating pre- and post-harvest crop quality measurement capabilities, with SCIO's devices deployed globally across various crops. The acquisition is significant as CropX approaches an annual recurring revenue of $20 million and aims for profitability by 2027. SCIO's technology, which includes portable devices for measuring moisture, protein, oil, and sugar content, will allow CropX to connect agronomic recommendations with measurable harvest outcomes, thereby closing the loop in agronomic decision-making. Looking ahead, CropX plans to integrate SCIO's technology into its platform, leveraging large data volumes to draw causal links between agronomic interventions and crop quality. No further timeline was disclosed at the time of publication.
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RoboticsAndAutomationNews.com Aug 26, 2026 Energy Infrastructure Technology battery storage bifacial solar panels energy storageSolinftec has expanded its Solix fleet, with over 100 robots operating across the US and Puerto Rico in 2026. These robots have covered more than 55,000 acres, achieving an average chemical reduction of 85%. The company is also scaling up its autonomous refilling capabilities and preparing to introduce three additional Solix models by 2027. The significance of this expansion lies in the substantial reduction of chemical usage, which ranges from 83% to 89% across the fleet. The Solix robots utilize cameras and the ALICE AI platform to monitor crops and execute targeted applications, contributing to more sustainable agricultural practices. This development marks Solinftec's largest commercial season in the US to date. Looking ahead, Solinftec plans to introduce a diesel-powered Solix model and deploy approximately 200 robots along with 80 autonomous Refill Stations in 2027. The current Solix robot is priced at around $55,000, with a projected return on investment of 2.5 years based solely on input savings.
FutureFarming Aug 26, 2026 Crop solutions Field robots Weed/Pest control field robot pest control spray technologyIn 2026, Marien and Joos Poppe utilized an Andela Robot Weeder and an Electro Weeder to manage weeds at Poppe Landbouw in Noordoostpolder. The effectiveness of these machines is contingent upon having sufficient workable days, as observed on July 24 when large weeds, primarily knotweed, were present in the onion fields. The integration of the Andela Robot Weeder and Electro Weeder highlights the importance of weather conditions in agricultural operations. While the robots perform their designated tasks efficiently, the opportunities for effective weed management are significantly influenced by environmental factors, such as the number of workable days available for operation. Looking ahead, the reliance on weather patterns will continue to shape the agricultural landscape, particularly in the context of robotic weed control. No further timeline was disclosed at the time of publication.
FutureFarming Aug 25, 2026 Crop solutions Weed/Pest control electric weed control weed controlKubota unveiled the M5 Narrow diesel specialty tractor at CES 2026, showcasing its integrated autonomous capabilities designed for agriculture. This innovation is crucial as the agricultural sector faces a significant labor shortage, with the average farmer nearing 60 years old and over 40% of farmers aged 65 and older. The introduction of physical AI into heavy machinery is essential for maintaining productivity in challenging environments like vineyards and orchards, where precision is critical. The importance of this development lies in its potential to mitigate the impact of an aging workforce in agriculture and construction. As skilled operators retire, the need for intelligent machines that can operate autonomously becomes increasingly urgent. The agricultural sector, particularly in permanent crops, requires advanced technology to navigate complex environments and ensure efficient production. Looking ahead, the focus will be on how these autonomous machines can adapt to the unique challenges of various agricultural settings. With the labor gap becoming a structural issue rather than a cyclical one, the deployment of advanced autonomous solutions will be vital for the future of food production and infrastructure development.
RoboticsBusinessReview.com Aug 24, 2026 Agriculture Artificial Intelligence Autonomous Mobile Robots (AMRs) Construction Educational OpinionThe U.S. Department of Agriculture (USDA) has announced the reopening of the Arizona border crossing for the importation of Mexican cattle. This decision marks a significant step in facilitating trade and ensuring the supply of cattle from Mexico to the U.S. The reopening is crucial for the agricultural sector, as it allows for the resumption of cattle imports, which are vital for meeting domestic demand. The USDA's action reflects ongoing efforts to strengthen trade relations and support the livestock industry amid fluctuating market conditions. Looking ahead, the USDA plans to restore additional crossings along the borders of Chihuahua in New Mexico and Texas in a phased approach. No further timeline was disclosed at the time of publication.
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