스마트 관개 : 미국 농업의 물 관리를 위한 데이터 기반 제어 및 플랫폼 통합

Over the past two decades, U.S. agriculture has rapidly transitioned toward automation and digital equipment control. While precision agriculture has fundamentally transformed planting, chemical application, and machinery guidance, the adoption of digital technologies in irrigation has primarily been confined to basic remote control for center-pivot systems.

Today, a critical paradigm shift is occurring in the way we approach irrigation. Driven by resource scarcity and rising operational costs, irrigation is evolving from simple, automated controls to smart, data-driven water management. Instead of relying on rigid schedules or regional norms, modern producers are increasingly investing in integrated digital solutions. These solutions leverage real-time environmental data to generate autonomous and optimized irrigation schedules that maximize water efficiency.

As smart irrigation practices evolve, companies in the digital solutions market are quickly shifting their portfolios from single-point solutions to integrated platforms. These platforms combine various data inputs across the farm to provide advanced smart water management recommendations.

In Bluefield Research’s recent Water for U.S. Agriculture report, digital irrigation solutions are projected to be the market’s fastest-growing segment. Of the five-year cumulative US$84.2 billion irrigation market, digital technologies reflects a compound annual growth rate of 8.7%-far outpacing the total market growth of 2.5%.

This Insight Report analyzes the key drivers propelling this digital transition and profiles the evolving landscape of solutions for on-farm smart irrigation management.

Additionally, it examines how off-farm water delivery organizations are modernizing their conveyance networks through investments in digital infrastructure. To provide a long-term outlook, the report includes two 10-year market forecasts evaluating the growth of both on-farm and off-farm digital water solutions.

Companies Mentioned

• ABB
• Acclima
• AgMonitor
• AgSense
• Agworld
• Altrac
• Aperture Earth
• Aqua Systems 2000
• Arable
• AUMA
• Autonomous Pivot
• AWMA Water Control Solutions
• AWS
• Badger Meter
• Ceres AI
• Climate Fieldview
• CropX
• Davis Instruments
• EarthOptics
• FieldNET
• Flotech
• Flowserve
• Franklin Electric
• Fresno Valves & Castings
• Goanna Ag
• Google
• Goulds Pumps
• Grundfos
• H2O Logic
• Honeywell
• Hunter Industries
• Hydrosat
• IrriWatch
• Irrometer Company
• Jain Irrigation
• Kilimo
• KROHNE
• Landmark Irrigation
• Limitorque
• Lindsay Corporation
• Lumo
• Manna Irrigation
• McCrometer
• McWane Plant & Industrial
• Meta
• Microsoft
• Motorola
• N-Drip
• Netafim
• PepsiCo
• Pessl Instruments
• Phytech
• Planet
• Rain Bird
• Regrow
• Reinke
• Rivulis
• Rotork
• Rubicon Water
• Schneider Electric
• Seametrics
• Semios
• Sentek
• Sentera
• Sentinel Hub
• Siemens
• Sierra Controls
• SMD Fluid Controls
• Soiltech Wireless
• Sparling
• SWAN Systems
• Talgil
• Taranis
• TechnoFlo Systems
• Tesco Controls
• Toro Company
• UnderGround Weather
• Valmont Industries
• VEGA
• Verdi
• Watch Technologies
• Waterman Industries
• WiseConn
• XiO
• Xylem
• Yokogawa
• YSI Inc.

Table of Contents

Section 1 – Drivers Shaping the Adoption of Smart Irrigation in the U.S.

• Increasing Water Scarcity Drives Need for More Efficient Water Management
• Volatile Energy Prices Drive Smarter Pumping Behavior
• Spikes in Labor Costs Drive a Shift Toward Automation
• Corporate Sustainability Commitments Are Pulling Investments into Smart Irrigation

Section 2 – Smart Irrigation Market Forecasts

• Forecast Methodology – Water for U.S. Irrigation Market Forecast, 2026–2036
• Smart Irrigation Solutions Span Monitoring, Decision Support, and Control
• On-Farm Digital Equipment Market Driven First by Hardware Sophistication
• Off-Farm Water Delivery Organization Tier Characteristics
• Small Proportion of Water Delivery Organizations Drives the Majority of Spend
• Off-Farm Digital Spend Is Projected to Grow Fastest for Gate and Flow Hardware
• Four External Factors to Shape Forecast Trajectory

Section 3 – On-Farm Competitive Landscape

• Smart Irrigation Shifts from Point Solutions to Integrated Water Management Platforms
• Specialized Smart Solutions Providers Drive the Competitive Landscape
• Pivot Irrigators Have Led the Transition Toward Integrated Platforms
• Specialized Solutions Providers Increasingly Build Out Analytical Capabilities
• Hardware Companies Expand Capabilities Through M&A and Partnerships
• New Revenue Profiles Influence Ownership and Investment Strategies
• Direct Channels to Market Emerge to Support Smart Irrigation Adoption

Section 4 – Off-Farm Competitive Landscape

• Water Scarcity and Regulations Drive Adoption of Off-Farm Water Monitoring
• Company Leadership Shapes Strategies in the Automated Gate Market
• Looking Forward, Smart Irrigation Shifts Value from Equipment to Workflow Ownership