Arable
UnclaimedEmpowering sustainable agriculture with real-time crop intelligence and water stewardship.
Visit WebsiteTL;DR - Arable
- Optimizes irrigation and water stewardship for agriculture.
- Provides real-time in-field data on weather, crop, and soil conditions.
- Empowers data-driven decisions for improved productivity and sustainability.
Pricing: Paid only
Best for: Enterprises & pros
4.3/5 across review platforms
Pros & Cons
Pros
- Provides highly accurate, ground-truth data directly from the field.
- Simplifies complex agricultural data into actionable insights for growers.
- Supports large-scale water conservation and sustainability reporting for enterprises.
- Easy to set up and maintain in-field devices.
- Continuously improves data accuracy through extensive research partnerships and machine learning.
Cons
- Requires auxiliary sensors for full soil and irrigation data collection.
- Specific pricing details are not publicly available, requiring direct contact.
Ratings Across the Web
4.3(67 reviews)
Ratings aggregated from independent review platforms. Learn more
Key Features
Real-time in-field rainfall and crop water use monitoringIntuitive mobile and web apps for irrigation insightsComprehensive API for data integrationEnvironmental data collection (temperature, humidity, wind, solar radiation)Plant health metrics (Evapotranspiration, GDD, NDVI, Leaf Wetness, Heat Stress)Soil data (moisture, temperature, salinity - with auxiliary sensors)Crop imaging capabilitiesAutomated irrigation tracking (start/end times, total run time)
Pricing Plans
Contact Us
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About Arable
By Toolradar Team·
Arable provides a comprehensive crop intelligence system designed to help agricultural enterprises and growers optimize water use, improve crop productivity, and achieve ambitious sustainability goals. The system leverages ground-truth data from in-field sensors, powerful agronomic models, and intuitive applications to deliver actionable insights.
It is built for farmers, agricultural businesses, and large enterprises focused on water stewardship and sustainable farming practices. By providing real-time data on weather, plant health, soil conditions, and irrigation, Arable enables data-driven decisions that lead to quantified water savings, enhanced watershed security, and improved crop outcomes. The technology is recognized for its accuracy and ease of use, making advanced agricultural insights accessible.
Arable's solution integrates environmental, plant, soil, and irrigation system data into a single platform. This holistic approach allows users to monitor critical metrics like crop water use, evapotranspiration, growing degree days, and soil moisture, facilitating precise irrigation scheduling and risk management. The system's continuous calibration and validation network, supported by partnerships with research institutions, ensures high accuracy and reliability of its measurements.
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Arable FAQ
How does Arable ensure the accuracy of its in-field measurements compared to other weather or satellite data sources?
Arable achieves market-leading accuracy through a machine learning system that continuously improves by tapping into an extensive calibration and validation (Cal/Val) network. This network generates over 50 million data points quarterly, calibrating and validating the system against gold-standard research-grade instruments at more than 50 research sites globally, spanning diverse agricultural climate zones. This results in 350% more accurate data in critical frost ranges compared to standard gridded weather, and more granular, seamless data delivery than satellite imagery.
What specific types of data can be collected using the Arable Mark sensors without additional auxiliary sensors?
The Arable Mark sensors natively capture a wide range of environmental and plant data including temperature, rainfall, pressure, relative humidity, solar radiation, wind, vapor pressure deficit, dew point temperature, sunshine duration, sea level pressure, crop images, evapotranspiration (ETo and ETc), growing degree days (GDD), growth stages, leaf wetness, crop water balance, crop water deficit, canopy temperature, heat stress, NDVI, Kc-NDVI, chlorophyll index, and chill hours. Auxiliary sensors are required for detailed soil moisture, soil temperature, soil salinity, applied irrigation, and precise irrigation run times.
Can Arable's system integrate with existing farm management software or irrigation systems?
Arable provides a comprehensive API, allowing for the integration of its real-time data, forecasts, alerts, and images with other agricultural platforms and systems. This enables users to incorporate Arable's insights into their broader operational workflows and existing infrastructure.
How does Arable help enterprises quantify water savings and report on their sustainability goals?
Arable equips enterprises with reporting and data capabilities that enable them to quantify water savings and demonstrate progress towards their water goals. By providing real-time access to in-field rainfall, crop water use, and irrigation data, the system allows for measurable improvements to watershed health and farmer productivity, which can then be aggregated and reported at scale.
What is the 'Cal/Val network' and why is it important for Arable's technology?
The Cal/Val (Calibration/Validation) network is a global system established through partnerships with over 30 leading research institutions. It involves continuously calibrating and validating Arable's system against gold-standard, research-grade reference instruments at more than 50 research sites. This network is crucial because it feeds over 50 million data points quarterly into Arable's machine learning models, ensuring the continuous improvement and market-leading accuracy of all measurements provided by the system.
Source: arable.com