Nice — below is a compact, ready-to-use Irrigation Automation market brief with company references + public “values” and the sections you requested. I used recent company filings and market reports for the most load-bearing facts — citations (most important sources) follow each major paragraph.

This versatile research report is presenting crucial details on market relevant information, harping on ample minute details encompassing a multi-dimensional market that collectively maneuver growth in the global Irrigation Automation market.

This holistic report presented by the report is also determined to cater to all the market specific information and a take on business analysis and key growth steering best industry practices that optimize million-dollar opportunities amidst staggering competition in Irrigation Automation market.

Read complete report at: https://www.thebrainyinsights.com/report/irrigation-automation-market-12558

Quick company references (major irrigation-automation players & public values)

• Orbia / Netafim (Precision Agriculture) — Netafim is Orbia’s precision-agriculture brand. Orbia (parent) reported group revenue ≈ USD 7.5 billion (2024). Netafim is a top provider of drip & automated irrigation systems globally.

• Valmont Industries — global irrigation OEM and irrigation-automation solutions (center pivots, smart controllers). Valmont reported full-year revenue ≈ USD 4.08 billion (FY 2024). 

• Lindsay Corporation — maker of Valley® pivots and IoT control systems (FieldNET). Lindsay reported group revenue ≈ USD 607.1 million (fiscal 2024); irrigation segment specifics shown in filings (irrigation revenues declined year-on-year to ~$125.9M in Q4 FY2024). 

• The Toro Company, Rain Bird, Hunter Industries, Rivulis, Jain Irrigation (regional), Rivulis (Netafim competitor), HydroPoint — large and mid-tier players active in smart controllers, sensors, valves, drip lines and software-as-a-service for irrigation automation. These names show up consistently in market reports and vendor lists. 

Note on values: many vendors report group revenue and disclose irrigation/precision-agriculture only as a segment. Where possible I used company FY totals and the irrigation segment figures quoted in filings.

Market headline values (multiple published estimates)

• Grand View Research: global irrigation automation market ≈ USD 5.52 billion (2024) → projected USD 17.67 billion by 2030 (CAGR ≈ 21.9% for 2025–2030).

• Precedence Research: market ≈ USD 5.68 billion (2024) → ~USD 26.04 billion by 2034 (CAGR ≈ 16.45% for 2025–2034).

• Mordor Intelligence: alternative estimate places 2025 market ≈ USD 7.2 billion and projects to USD 12.4 billion by 2030 (CAGR ≈ 11.5%).

(Estimates vary by scope — some reports include only “automation hardware + controllers” while others include sensors, software platforms and services. Pick one baseline if you want a single forecast to model from.)

Recent developments (2023–2025)

• Faster adoption of IoT controllers, remote-monitoring platforms and decision-support software (crop-water models) by large farm operations and water-stressed regions. Market research houses point to sharp growth in cloud-connected controllers and sensor networks. 

• Strong commercial performance by precision brands (Netafim / Orbia, Lindsay, Valmont) remains influenced by regional farm incomes and project pipelines (some vendors recorded near-term revenue softness in Latin America but steady growth in North America & parts of APAC).

Drivers

1. Water scarcity & regulatory pressure to optimize irrigation water use. 

2. Precision-agriculture adoption (yield & input-efficiency focus) — growers adopting variable-rate irrigation and sensor-based scheduling.

3. Falling sensor / connectivity costs (NB-IoT, LoRaWAN, cellular) enabling cheaper field telemetry. 

4. Government incentives & large-scale irrigation projects in emerging markets (APAC, Latin America).

Restraints

• High upfront capex and replacement costs for full automation (controllers, sensors, telemetry, valves). 

• Fragmented customer base & long sales cycles (many smallholder farmers are hard to reach; ROI discussions can delay purchases).

• Commodity-cycle sensitivity — farm incomes, crop prices and regional weather patterns cause volatile purchasing patterns (ex: irrigation revenue declines in specific regions for some OEMs).

Regional segmentation analysis (high level)

• Asia-Pacific — often the largest growth region (large irrigated acreage, government programs, rising adoption in India, China, SE Asia). APAC shows fastest growth in many reports.

• North America — high revenue per farm (premium solutions, strong adoption of cloud controllers and VRI for pivots). 

• Latin America (Brazil) — important market but sensitive to weather and economic cycles (some vendors reported YoY declines in Brazil). 

• Europe & MEA — Europe: precision horticulture & greenhouse automation; MEA: water efficiency projects in arid zones. 

Emerging trends

• Variable-rate irrigation (VRI) for pivots and centre-pivots — per-zone control to save water and optimize crops.

• SaaS business models — subscription pricing for analytics, alerts, and remote control (recurring revenue for vendors).

• Sensor fusion + decision-support (ET estimates, soil moisture + weather forecasts) — automated scheduling rather than manual timers. 

Top use cases

1. Field crop irrigation (corn, wheat, soy) with centre-pivot automation & VRI.

2. Horticulture & greenhouse irrigation automation (drip + controllers + fertigation).

3. Landscape & municipal irrigation automation (smart controllers, water audits) — Toro, Rain Bird strong here.

Major challenges

• Integration complexity — many farms use mixed vendors (controllers, sensors, pumps) making end-to-end automation harder. 

• Intermittent connectivity in remote areas — reliable telemetry is still a blocker in some regions.

• After-sales support & spare-parts logistics — crucial for uptime and customer satisfaction, especially for pivot systems.

Attractive opportunities

• Plug-and-play sensor + controller bundles for smallholders (lower CAPEX, simpler UX).

• Data-driven services (advisory, water-contracts, yield-optimization) — monetise analytics beyond hardware.

• Retrofit kits for legacy pivots & drip systems — less expensive route to automation for installed base.

Key factors of market expansion (summary)

• Severity of water scarcity & policy incentives (pushes adoption).

• Technology economics (sensor + comms cost reductions) enabling wider coverage.

• Vendor channel expansion & subscription services (reduces up-front pain and builds recurring revenue).

Quick company-value table (select public figures)

If you want, I can immediately (pick one) and produce it now:

1. Build a spreadsheet (CSV/Excel) listing the top 12 irrigation automation vendors, HQ, product focus and the public fiscal values / segment revenues I can find.

2. Produce a 1-page slide (PowerPoint) summarizing market size (pick which baseline: Grand View / Precedence / Mordor), regional split and the top 6 vendors with one-line values.

3. Normalize forecasts (choose one baseline) and produce a 5-year market projection with device vs software/service split for modelling.

Which of 1, 2 or 3 would you like me to deliver now?