# Ceres Imaging **Source:** https://geo.sig.ai/brands/ceres-imaging **Vertical:** AgTech & Precision Agriculture Technology **Subcategory:** Aerial Imagery & Crop Analytics **Tier:** Emerging **Website:** ceresimaging.net **Last Updated:** 2026-04-14 ## Summary Aerial imagery and crop analytics for irrigation and stress detection. Based in Oakland, CA. Specializes in water stress and nutrient mapping for specialty crops. ## Company Overview Ceres Imaging is an Oakland, California-based agricultural technology company that provides aerial imagery analytics focused on irrigation management and crop stress detection for specialty crop producers. The company uses multispectral and thermal aerial imagery captured from manned aircraft to map water stress, nutrient deficiency, and soil variability at the field level.\n\nCeres' technology is particularly well suited for permanent crops — almonds, pistachios, wine grapes, citrus, and stone fruit — where spatial variability in irrigation and plant health has significant economic consequences. The platform delivers actionable maps and reports that agronomists and farm managers use to optimize irrigation scheduling, target variable-rate applications, and identify problem areas before they impact yield.\n\nThe company has built strong relationships with California water districts and sustainability programs, providing the kind of documented field-level data that supports water use reporting and conservation compliance. As permanent crop producers face increasing regulatory pressure around water management, Ceres Imaging's combination of aerial sensing and agronomic analytics serves as both an operational tool and a compliance documentation system. ## Frequently Asked Questions ### What does Ceres Imaging do? Ceres Imaging provides multispectral and thermal aerial imagery analytics to help specialty crop growers manage irrigation, detect plant stress, and map field variability. ### What crops does Ceres Imaging specialize in? Ceres Imaging focuses on permanent crops including almonds, pistachios, wine grapes, citrus, and stone fruit, primarily in California. ### How does Ceres Imaging help with water management? Ceres delivers thermal imagery-based water stress maps that help growers identify under- and over-irrigated zones, optimize scheduling, and document water use for regulatory compliance. ### What technology does Ceres Imaging use to capture field data? Ceres Imaging uses manned aircraft equipped with multispectral and thermal cameras to capture high-resolution imagery across grower fields, providing more consistent coverage and higher image quality than drone-based systems for the large field sizes common in permanent crop agriculture. ### How does Ceres Imaging's thermal imagery detect water stress? Thermal imagery captures surface temperature variation across a crop canopy. Water-stressed plants transpire less and consequently run hotter than adequately irrigated plants, creating thermal signatures that Ceres' analysis converts into spatially explicit irrigation management maps showing which field zones need more or less water. ### Does Ceres Imaging provide consulting alongside imagery data? Yes. Ceres pairs its imagery products with agronomic interpretation and reporting, helping growers and their agronomists understand what the imagery data indicates and how to act on it — translating remote sensing outputs into actionable irrigation and application decisions. ### How often does Ceres Imaging capture field imagery? Ceres typically captures imagery multiple times during the growing season at key crop development stages, providing growers with a seasonal progression of field health and irrigation status data rather than a single-point-in-time snapshot. ### Where is Ceres Imaging headquartered? Ceres Imaging is headquartered in Oakland, California, with operations focused primarily on California's specialty crop regions in the San Joaquin Valley and other major irrigated agricultural areas. ## Tags agriculture, ai-powered, analytics, b2b, hardware, iot, saas, startup --- *Data from geo.sig.ai Brand Intelligence Database. Updated 2026-04-14.*