AI Adoption Leaderboard
Agriculture, Forestry, Fishing and Hunting in California — 108 ranked companies
AI adoption leaderboard for 108 Agriculture, Forestry, Fishing and Hunting in California companies.
108
Companies Scored
51
Avg Adoption Score
Advanced
Top Stage
Which 108 ranked companies companies lead in AI adoption?
- Who are the top AI adopters matching 108 ranked companies?
| # | Company | Stage | Key Opportunity | Industry |
|---|---|---|---|---|
| 1 | sensei ag | Advanced | Optimize crop yield and resource efficiency through AI-driven predictive analytics for climate, lighting, and nutrient delivery in controlled environments. | Indoor farming & agtech |
| 2 | pureagro | Moderate | Implement AI-driven climate and nutrient optimization to increase crop yields and reduce resource waste in controlled environment agriculture. | Farming & Agriculture |
| 3 | Monterey Mushrooms | Moderate | Food And Beverages | |
| 4 | Plenty | Moderate | Environmental Services And Clean Energy | |
| 5 | Glass House Brands | Moderate | Consumer Goods | |
| 6 | Hog Island Oyster Co. | Basic | Food And Beverages | |
| 7 | wiseconn | Basic | Leverage aggregated sensor data across thousands of farms to build predictive irrigation models that optimize water usage and crop yield, creating a data-driven subscription service. | |
| 8 | Green Giant Fresh | Basic | Consumer Goods | |
| 9 | driscoll's | Basic | AI-driven computer vision systems can automate the quality inspection and grading of berries on packing lines, dramatically increasing throughput, reducing labor costs, and ensuring consistent premium quality. | Specialty agriculture & fresh produce |
| 10 | fieldtrue | Basic | FieldTrue can deploy AI-powered predictive models to analyze satellite, drone, and IoT sensor data, enabling farmers to optimize irrigation, fertilizer application, and predict pest outbreaks, directly boosting crop yields and resource efficiency. | Precision agriculture & farming technology |
| 11 | prima®️ wawona | Basic | AI-powered computer vision systems on harvesters and in packing houses can dramatically increase yield recovery, reduce labor costs, and improve fruit grading accuracy. | Fruit & tree nut farming |
| 12 | marz farms inc | Basic | AI-driven predictive analytics for crop yield optimization and resource allocation can significantly reduce water and energy costs while increasing output. | Controlled environment agriculture |
| 13 | yasheng group | Basic | AI-powered predictive analytics can optimize irrigation, fertilization, and harvest timing across vast acreage, significantly boosting yield and resource efficiency. | Large-scale farming & agriculture |
| 14 | Gro Power, Inc. | Basic | Farming | |
| 15 | glass house farms | Basic | Deploying computer vision and predictive analytics to optimize climate controls, yield forecasting, and early pest/disease detection across greenhouse operations can significantly reduce resource waste and increase crop consistency. | Controlled Environment Agriculture |
| 16 | nuseed | Basic | Leverage genomic selection models and computer vision to accelerate breeding cycles for higher-yielding, climate-resilient oilseed hybrids. | Agriculture & farming |
| 17 | cannapharm technology | Basic | Deploying AI-driven environmental controls and computer vision across indoor cultivation facilities can optimize cannabinoid yields and reduce energy costs by up to 25%. | Specialty crop farming & biotech |
| 18 | limoneira company | Basic | Deploy AI-driven predictive analytics for water management and yield optimization across Limoneira's 11,000+ acres to reduce input costs and increase crop quality. | Agriculture & Farming |
| 19 | rdo water | Basic | AI can optimize water delivery schedules and volumes across large farm networks, reducing waste and energy costs while improving crop yields. | Agricultural supply & technology |
| 20 | j. g. boswell company | Basic | Implement AI-driven precision agriculture to optimize irrigation, pest control, and yield prediction across vast farmland. | Agriculture & Farming |
| 21 | agro international inc | Basic | Implement AI-powered precision agriculture to optimize irrigation, pest control, and yield prediction across its farming operations. | Farming & Agriculture |
| 22 | wonderful orchards | Basic | Implementing computer vision and predictive analytics for precision yield forecasting, disease detection, and automated harvesting scheduling to optimize resource use and maximize crop value. | Fruit & tree nut farming |
| 23 | earthbound farm | Basic | AI-powered computer vision for real-time quality control and yield optimization in the field and at processing facilities can dramatically reduce waste and improve supply chain efficiency. | Organic produce farming |
| 24 | jain irrigation inc. | Basic | AI-powered predictive irrigation scheduling can optimize water usage, reduce energy costs, and increase crop yields by analyzing soil moisture, weather forecasts, and plant health data in real-time. | Agriculture & farming |
| 25 | florexpo | Basic | AI-powered predictive analytics can optimize greenhouse climate, irrigation, and nutrient delivery to increase crop yield, reduce resource waste, and improve product consistency. | Controlled environment agriculture |
| 26 | mohan | Basic | Implementing predictive AI models for precision fertilizer application and crop yield optimization can significantly reduce input costs and boost profitability. | Crop production & farming |
| 27 | tanimura & antle | Basic | AI-powered predictive analytics for crop yield optimization and supply chain logistics can significantly reduce waste and improve profitability. | Fresh produce farming & distribution |
| 28 | agsocio | Basic | AI-powered workforce optimization and predictive labor demand forecasting to reduce labor costs and improve harvest efficiency. | Agriculture & Farming |
| 29 | church brothers farms | Basic | AI-powered predictive analytics for crop yield, quality, and harvest timing can optimize supply chain planning and reduce waste in a highly perishable sector. | Fresh produce farming & distribution |
| 30 | wonderful citrus | Minimal | AI-powered yield forecasting and harvest optimization can significantly reduce waste and improve supply chain efficiency for this large-scale citrus grower. | Fresh fruit production & distribution |
| 31 | nestfresh eggs | Minimal | Leverage computer vision and predictive analytics across the supply chain—from hen health monitoring to demand forecasting—to reduce waste, improve egg grading accuracy, and optimize distribution logistics. | Egg Production & Processing |
| 32 | livestock trading | Minimal | Implementing computer vision and sensor-based AI for real-time health monitoring and weight estimation of livestock can dramatically reduce mortality, optimize feed costs, and improve grading accuracy. | Livestock & animal production |
| 33 | united plant growers, inc | Minimal | Implementing AI-driven computer vision for automated plant health monitoring and grading can reduce labor costs by up to 30% while improving crop consistency and yield prediction accuracy. | Horticulture & Nursery Production |
| 34 | bengard ranch, inc. | Minimal | Implement AI-powered precision agriculture for crop yield optimization and resource management. | Farming & Agriculture |
| 35 | kingsburg orchards | Minimal | Deploy computer vision for automated fruit sorting and grading to reduce labor costs and improve consistency, while using predictive analytics for yield forecasting and irrigation optimization. | Fruit farming |
| 36 | redwood empire vineyard mgmt | Minimal | Implementing AI-driven precision viticulture for yield prediction, irrigation optimization, and disease detection across managed vineyards. | Farming & Agriculture |
| 37 | sierra gold nurseries | Minimal | Implement computer vision for plant health monitoring and automated grading to improve yield and reduce labor costs. | Farming & Agriculture |
| 38 | Hilltop Ranch Inc. | Minimal | Farming | |
| 39 | agri technovation usa california | Minimal | Deploying computer vision on existing farm machinery to automate crop health monitoring and yield prediction, reducing manual scouting costs by up to 40%. | Farming & Agriculture |
| 40 | central valley eggs | Minimal | Implementing computer vision and predictive analytics across the egg grading and packaging line can reduce labor costs, minimize shell cracks, and optimize shelf-life forecasting for major retail partners. | Food Production |
| 41 | united genetics seeds co. | Minimal | Leverage computer vision and genomic prediction models to accelerate hybrid seed trait selection and quality control, reducing breeding cycle time by 30-40%. | Farming & agriculture |
| 42 | golden state bulb growers | Minimal | AI-driven crop monitoring and yield optimization using drone imagery and predictive analytics to reduce water usage and increase bulb quality. | Farming & Agriculture |
| 43 | bishop's pumpkin farm | Minimal | Leveraging AI-driven demand forecasting and dynamic pricing for seasonal events and retail to maximize revenue and reduce waste. | Farming & Agritourism |
| 44 | plantel nurseries inc. | Minimal | Implement AI-driven climate control and irrigation optimization in greenhouses to reduce water usage and improve plant yield. | Nursery & horticulture |
| 45 | better produce inc. | Minimal | Implementing computer vision for crop monitoring and yield prediction to optimize harvest timing and reduce waste. | Farming & Agriculture |
| 46 | atlas vineyard management, inc. | Minimal | Deploy AI-powered predictive analytics for yield forecasting, disease detection, and precision irrigation to optimize grape quality and reduce water usage across managed vineyards. | Farm Management Services |
| 47 | west coast turf | Minimal | AI-powered precision irrigation and crop health monitoring can reduce water usage by 20-30% while improving turf quality and yield. | Turf Grass Farming |
| 48 | jakov dulcich and sons | Minimal | Leverage AI-powered precision agriculture to optimize irrigation, pest control, and yield prediction across their farming operations. | Agriculture & Farming |
| 49 | grimmius cattle company, inc. | Minimal | AI-driven precision livestock management to optimize feed efficiency, health monitoring, and supply chain logistics. | Cattle Ranching & Farming |
| 50 | Mission Produce | Minimal | Food And Beverages | |
| 51 | ippolito international, lp | Minimal | Deploying computer vision on packing lines for automated quality grading and defect detection can reduce labor costs and improve consistency across Ippolito International's vegetable operations. | Fresh produce farming & distribution |
| 52 | veg-fresh farms | Minimal | Deploy computer vision on packing lines to automate quality grading and defect detection, reducing labor costs and improving consistency for retail customers. | Agriculture & food production |
| 53 | bagdasarian farms | Minimal | Implementing AI-driven precision agriculture for water management and yield prediction can significantly reduce input costs and increase crop quality for this mid-sized specialty fruit farm. | Agriculture & Farming |
| 54 | innovative produce, inc. | Minimal | Deploy computer vision on packing lines to automate quality grading and defect detection, reducing labor costs and improving consistency for retail and foodservice customers. | Farming & agriculture |
| 55 | talley farms | Minimal | Implementing AI-driven precision agriculture for crop monitoring, yield prediction, and automated irrigation to optimize resource usage and increase yields. | Farming & Agriculture |
| 56 | kawahara nurseries | Minimal | AI-driven demand forecasting and inventory optimization can reduce overproduction waste and align planting schedules with real-time market demand. | Nursery & horticulture |
| 57 | ocean mist farms | Minimal | Deploy computer vision and predictive analytics across field operations and packing facilities to optimize harvest timing, automate quality grading, and reduce labor dependency. | Farming & agriculture |
| 58 | pinnacle farm labor inc. | Minimal | AI-powered workforce scheduling and compliance management to optimize labor allocation and ensure H-2A visa regulatory adherence. | Farm Labor Services |
| 59 | duarte nursery® | Minimal | Implementing AI-driven precision irrigation and crop health monitoring to reduce water usage and increase yield predictability across large-scale nursery operations. | Nursery & horticulture |
| 60 | cedar point nursery | Minimal | Implementing AI-driven crop monitoring and predictive analytics to optimize irrigation, pest control, and yield forecasting. | Farming & Agriculture |
| 61 | abed farms | Minimal | Implement AI-driven precision agriculture for crop monitoring, irrigation optimization, and yield prediction to reduce costs and increase productivity. | Farming & Agriculture |
| 62 | altman plants | Minimal | AI-powered predictive analytics for greenhouse climate control, irrigation, and disease detection can significantly reduce crop loss and resource waste, directly boosting yield and profitability. | Commercial floriculture & nursery stock |
| 63 | farm fresh to you | Minimal | AI can optimize crop planning and harvest forecasting to reduce waste and ensure box variety, directly increasing farm profitability and customer satisfaction. | Direct-to-consumer farming & produce delivery |
| 64 | coastal vineyard care associates | Minimal | AI-powered yield prediction and disease detection using drone imagery and sensor data can optimize harvest timing, reduce crop loss, and improve grape quality for premium wine contracts. | Vineyard farming & grape production |
| 65 | cis international holdings (n.a) corp | Minimal | AI-powered predictive analytics can optimize fishing routes and catch timing by analyzing oceanographic data, vessel telemetry, and historical catch records to reduce fuel costs and increase yield. | Commercial fishing & seafood |
| 66 | oceanside produce | Minimal | AI-powered predictive analytics for crop yield, quality, and harvest timing can optimize labor, reduce waste, and maximize revenue from premium produce. | Fresh produce farming |
| 67 | san miguel produce, inc. | Minimal | AI-powered yield optimization using drone imagery and soil sensors can directly increase crop output and quality while reducing water and fertilizer waste. | Fresh produce farming |
| 68 | west coast tomato grower's inc. | Minimal | Implementing AI-powered precision agriculture for yield prediction, irrigation optimization, and disease detection could significantly reduce resource waste and boost output quality. | Agriculture & farming |
| 69 | california harvesters, inc. | Minimal | AI-powered yield prediction and harvest logistics optimization can dramatically reduce waste and labor costs by precisely forecasting crop readiness and coordinating picking crews and transport. | Specialty crop farming |
| 70 | fowler packing company | Minimal | AI-powered computer vision for automated quality grading and defect detection on fruit packing lines can dramatically increase throughput, reduce labor costs, and improve yield consistency. | Fruit & vegetable farming |
| 71 | j. g. boswell company | Minimal | AI-powered predictive analytics can optimize irrigation, fertilization, and harvest timing for thousands of acres of tomatoes, significantly boosting yield and resource efficiency. | Large-scale vegetable farming |
| 72 | nature's reward | Minimal | AI-powered predictive analytics can optimize irrigation, fertilization, and harvest timing for leafy greens, dramatically reducing water usage and crop loss while improving yield consistency. | Fresh produce farming |
| 73 | d'arrigo california | Minimal | AI-powered predictive analytics for yield optimization, disease detection, and harvest timing can significantly reduce waste and improve supply chain predictability for this large-scale leafy greens producer. | Fresh produce farming |
| 74 | newlandservices | Minimal | AI-powered predictive analytics can optimize crop yield forecasts, irrigation schedules, and supply chain logistics to reduce waste and maximize profitability in volatile commodity markets. | Agricultural production & farming |
| 75 | giumarra vineyards corporation | Minimal | AI-driven precision agriculture can optimize irrigation, fertilization, and harvest timing to significantly reduce water and chemical costs while increasing yield and quality. | Agriculture & food production |
| 76 | braga fresh family farms | Minimal | AI-powered predictive analytics for yield optimization and disease detection in leafy greens can significantly reduce crop loss and improve supply chain planning. | Fresh produce farming |
| 77 | sun valley floral farms | Minimal | AI-powered predictive analytics can optimize greenhouse climate control and irrigation schedules, reducing resource waste and improving flower yield and quality. | Floriculture & Farming |
| 78 | rancho nuevo harvesting, inc. | Minimal | AI-powered predictive yield modeling and harvest logistics optimization can dramatically reduce waste, improve labor allocation, and ensure produce meets quality standards for major retail buyers. | Fresh produce farming & harvesting |
| 79 | dos gringos a flower company | Minimal | AI-driven predictive analytics can optimize greenhouse climate control and irrigation schedules, reducing water/energy costs by 15-25% while improving crop yield and quality. | Floriculture & Nursery Farming |
| 80 | rava ranches, inc. | Minimal | AI-powered predictive analytics for herd health, feed optimization, and pasture management can significantly reduce mortality rates and operational costs while improving yield. | Livestock & ranching |
| 81 | brokaw nursery | Minimal | Deploying AI-powered computer vision for automated disease and pest detection in greenhouses and fields to reduce crop loss and optimize pesticide use. | Commercial horticulture & nursery farming |
| 82 | sunview vineyards of california, inc. | Minimal | AI-powered yield prediction and harvest optimization can significantly reduce waste and improve grape quality by analyzing weather, soil, and historical crop data. | Vineyards & grape farming |
| 83 | bobalu berry farms, llc | Minimal | Deploy AI-driven crop monitoring and yield prediction using drone imagery and IoT sensors to reduce waste and optimize harvest timing. | Farming & Agriculture |
| 84 | mission ranches company, llc | Minimal | AI-powered predictive analytics for pasture management and cattle health can optimize feed efficiency, reduce mortality, and improve yield. | Cattle ranching & farming |
| 85 | bunzl agriculture group | Minimal | Deploying AI-driven workforce scheduling and yield prediction models to optimize labor allocation across client farms, reducing idle time and improving harvest timing. | Agriculture & Farming |
| 86 | p-r farms, inc. | Minimal | Leveraging computer vision and predictive analytics for precision orchard management to optimize irrigation, pest control, and yield forecasting across large-scale California nut and fruit operations. | Farming & Agriculture |
| 87 | van groningen & sons, inc. | Minimal | Leverage computer vision on packing lines to automate quality grading and defect detection for melons and sweet potatoes, reducing labor dependency and improving export consistency. | Farming & Agriculture |
| 88 | vintage nurseries | Minimal | Implementing computer vision and AI-driven robotics for automated inventory counting, grading, and pest/disease detection across 500+ acres of containerized nursery stock. | Farming & Agriculture |
| 89 | monte vista farming company | Minimal | Leveraging computer vision and IoT sensor data for precision irrigation and early pest detection across diverse crops to reduce water usage and chemical inputs by 15-20%. | Farming & Agriculture |
| 90 | fruit growers supply | Minimal | Leveraging 117 years of operational data to deploy AI-driven predictive analytics for crop yield optimization and precision irrigation, directly reducing water usage and input costs for California citrus growers. | Agriculture & Farming |
| 91 | ratto bros., inc | Minimal | Deploy computer vision on harvesting rigs and packing lines to automate quality grading and reduce manual sorting labor, directly improving throughput and consistency. | Farming & Agriculture |
| 92 | ac foods | Minimal | Implementing AI-driven precision agriculture for water management and yield prediction can significantly reduce input costs and increase crop quality for AC Foods' specialty farming operations. | |
| 93 | 4earth farms | Minimal | Implementing computer vision and predictive analytics to optimize microgreen yield, automate quality control, and reduce water usage in controlled-environment agriculture. | Farming & Agriculture |
| 94 | woodspur farms, llc | Minimal | Deploy computer vision and sensor fusion on packing lines to automate date grading, sorting, and quality control, reducing labor dependency and improving export-grade throughput. | Agriculture & Food Production |
| 95 | cal coast commodities, llc | Minimal | Implement AI-driven predictive analytics for commodity price forecasting and inventory optimization to maximize margins on almond, walnut, and pistachio trades. | Farming & agriculture |
| 96 | cove ranch management | Minimal | Deploying computer vision on existing farm equipment to automate fruit thinning and yield estimation, reducing labor costs and improving harvest predictability. | Farming & Agriculture |
| 97 | lakeside organic gardens | Minimal | Deploying computer vision on existing farm equipment for automated pest and disease scouting can reduce crop loss by 15-20% and cut scouting labor by over 60%. | Organic farming |
| 98 | trical, inc. | Minimal | Deploy computer vision on existing farm equipment to automate crop yield estimation and pest detection, reducing manual scouting labor by 60%. | Farming |
| 99 | frutura | Minimal | Deploy computer vision on packing lines and drone-based crop monitoring to reduce manual grading labor and optimize harvest timing, directly boosting pack-out rates and margin. | Farming & agriculture |
| 100 | skyline flower growers | Minimal | Deploy AI-powered greenhouse climate and irrigation control to optimize yield and reduce resource consumption across its California growing operations. | Farming & Floriculture |
See where your company ranks.
Get a private AI adoption assessment with actionable recommendations and deployment timeline.