Irrigation optimization

Benchmark Labs uses Google Cloud AI on Gemini and Vertex AI to deliver hyper-localized weather forecasts that improve farm management and renewable energy operations.Traditional weather services provide inadequate broad forecasts; Benchmark Labs builds over 1500 location-specific AI models retrained weekly to provide precise microclimate forecasts using farm sensor data.AI models dynamically adapt to changing weather patterns to reduce water usage and improve crop yields for farmers.The company is expanding into renewable energy by optimizing wind farm operations using IoT and machine learning.By combining IoT sensor data with advanced AI models, Benchmark Labs provides tailored weather insights that drive sustainability and efficiency improvements.

Benchmark LabsAgriculture

Kilimo has developed an AI-powered data-driven farming platform that integrates satellite images, weather, and soil data to deliver precise irrigation scheduling recommendations for farmers in Chile. The solution optimizes water use and improves agricultural water management under drought conditions.

KilimoAgriculture

The International Water Management Institute (IWMI) and Microsoft partnered to deploy the Limpopo Water Copilot AI agent for the Limpopo River Basin in Southern Africa, serving Botswana, Mozambique, South Africa, and Zimbabwe.The project addresses the urgent need for accessible, evidence-based water management amid severe drought, overuse, and environmental pressures affecting 18 million people.Built on Microsoft Azure cloud infrastructure, the digital twin solution continuously integrates data from monitoring stations, satellites, and models to inform water managers through a conversational AI interface.Functionality includes real-time water status reporting, irrigation use visualization, and environmental flow monitoring, enabling managers to generate science-based reports within minutes.The chatbot democratizes complex hydrological analysis, reduces the risk of misinformation, and offers multilingual support to help decision-makers across the four nations respond intelligently to threats.IWMI aims to scale this platform to additional river basins globally, leveraging its architecture for sustainable, scalable digital water management.The project was recognized by the World Economic Forum and will be further enhanced as a mobile app for in-field use.Collaboration also included a memorandum with the Limpopo Watercourse Commission to ensure data sharing and model integration for regional policy alignment.

International Water Management InstitutePublic Sector

Semios, a company specializing in high-value crop management like pistachios, apples, and almonds, sought to optimize resource usage such as water and pesticides while preparing for large sensor data growth in their crop fields.To address these challenges, Semios built a hybrid cloud platform combining on-premises infrastructure with Google Cloud Platform (GCP) IoT services.Sensors deployed in fields collect real-time data sent initially to internal infrastructure then forwarded to GCP, where analysis is conducted using Cloud Machine Learning Engine.This system enables scalable management and analysis of extensive sensor data from crop fields for optimized crop management and resource utilization.

SemiosAgriculture

The Singapore government has implemented an advanced Smart Water Management System (SWMS) powered by Microsoft technologies, including Azure AI, IoT, and Microsoft FarmBeats, to optimize irrigation and water distribution for agriculture.Facing challenges from water scarcity and inefficient irrigation, Singapore deployed AI-driven sensors and analytics across farms and water grids, automating leak detection and optimizing consumption based on real-time data and weather patterns.The integrated system allows predictive demand forecasting, real-time monitoring of water quality and flow rates, and precision irrigation scheduling to maximize crop yield and resource conservation.Edge computing and cloud data architectures process immense flows of sensor and satellite data, enabling rapid anomaly detection and proactive infrastructure maintenance.AI-powered leak detection and predictive maintenance significantly reduce water loss from burst pipes and system failures.Machine learning models provide forecasting for droughts, floods, and water consumption, boosting both resilience and environmental sustainability.The solution is designed for scalability and aligns with smart city objectives and Singapore’s broader sustainability commitments.

SingaporeAgriculture

EPCOR, Arizona's largest private water utility, faced the problem of high water loss—up to 40%—due to undetected leaks in its vast piped network, a challenge shared globally where some regions lose as much as 70% of their drinking water. To address this, EPCOR partnered with UK-based FIDO Tech and Microsoft. FIDO's AI acoustic tool, enhanced by GPT-4 and deployed on Azure OpenAI Service, analyzes acoustic sensor data from water pipes to precisely locate leaks, rank them by severity, and prioritize repairs.Since 2023, this technology has been deployed in several geographies, including Arizona, Mexico, South Africa, and the UK, in collaboration with organizations such as State Water Commission in Querétaro and Las Vegas Valley Water District. Microsoft's global water sustainability initiative leverages such AI-driven projects to support watershed replenishment and operational efficiency across utilities. The AI tool's ability to accurately detect even quiet leaks in plastic pipes, which have traditionally challenged old detection methods, leads to much faster repairs and reduced excavation costs for communities.FIDO sensors are attached to pipe infrastructure, capturing acoustic data that is then processed by deep learning models to differentiate genuine water leaks from background noise and other non-leak sources. The system can recommend optimal sensor placement, assess water volumes lost, and help schedule repairs for maximum impact. This advanced solution streamlines leak detection, lowers multi-million-dollar pumping and treatment costs, and supports water conservation efforts vital to arid regions.EPCOR's implementation resulted in a drop of non-revenue water from 27% to about 10%, translating into major cost savings and reduced supply strain. Due to the scalability and flexibility of FIDO's solution, sensors can be redeployed and moved, providing lasting benefits across rapidly expanding service areas.This project is a model for combining advanced AI, IoT, and deep learning to address pressing environmental and infrastructural challenges, demonstrating transferable benefits for utilities worldwide.

EPCOREnergy & Utilities

WaterForce, in partnership with Microsoft and Schneider Electric, developed SCADAFarm—a smart irrigation solution. It integrates weather data, reservoir levels, and electricity prices to guide optimal irrigation practices. The system enables farmers to manage irrigation pivots efficiently via desktop or mobile devices, helping them align equipment against wind damage or schedule water usage during cheaper energy times. By utilizing SCADAFarm's data-driven approach, farmers reduced water consumption by 30% and electricity costs by 50%. This initiative demonstrates advanced solutions for sustainable agriculture.

WaterForceAgriculture

The Yield, an Australian agricultural technology company, delivers AI-powered Digital Playbooks to increase yields and sustainability for corporate agriculture customers. By fusing microclimate sensor data with analytics on Microsoft Azure, The Yield provides farm-specific recommendations on irrigation, nutrition, spraying, and harvest timing.The Playbooks aggregate data from weather stations, sensors, and historical farm performance, employing AI to accurately predict harvest periods, mitigate weather risks, and optimize resource use. Customers report measurable increases in revenue, water use efficiency, and forecasting accuracy.Deployed at scale for large growers including Treasury Wine Estates and NZ Apples, The Yield’s platform enhances profitability and supports sustainability goals like water reduction and climate adaptation.The Playbooks' mobile apps enable daily farm management decisions, optimizing interventions and input allocation throughout the growing season.The Yield partners with robotics firms for automation and looped feedback, aiming for autonomous farm operations finely tuned to supply chain needs.The platform supports scalable, data-driven decisions while reducing environmental footprint and supporting the global food supply chain.

The YieldAgriculture

Microsoft, SunCulture, Ministry of Agriculture Kenya, and other partners collaborated to advance precision agriculture in Kenya and Nigeria.African smallholder farmers historically struggled with low productivity, food insecurity, and inefficient irrigation practices.Microsoft’s 4Afrika initiative supported rural digitization and agri-tech transformation using AI, IoT, and the Azure Cloud via the FarmBeats and TV white space platforms.SunCulture provided solar-powered irrigation and IoT-enabled precision farming tools to farmers, improving efficiency and crop monitoring.The FarmBeats platform deployed AI models to monitor climate, soil, and pests, while mobile apps delivered personalized advice, market prices, and real-time data.Results included a 300% increase in crop yields and 10x income growth for SunCulture farmers, with more than 8 million farmers benefitting from FarmBeats sensors and AI-powered insights throughout Nigeria and Kenya.The collaborative model included governmental partnerships, local startups, and a knowledge-sharing community to accelerate climate-resilient, tech-driven farming.

SunCultureAgriculture

SunCulture has developed a solar-powered irrigation system, RainMaker2, integrated with IoT sensors and Microsoft Azure analytics to support smallholder farmers in Kenya. With limited access to reliable irrigation, many Kenyan farmers rely exclusively on rainfall, resulting in low yields and income. SunCulture’s system uses AI-driven analytics in Microsoft Azure and machine learning to provide real-time, precision irrigation recommendations via SMS, using data from onsite field sensors and a network of weather stations. The solution allows even the poorest farmers affordable access via a pay-as-you-grow model. SunCulture reports up to 300% increases in crop yields, 10x higher incomes, reduced manual labor, and improved overall efficiency. The project was supported by Microsoft’s AI & IoT Insider Labs. This solution is a strong example of how cloud, AI, and IoT can drive sustainable, inclusive agriculture development.

SunCultureAgriculture

Blackhills farm in New Zealand, managed by Craig Blackburn, exemplifies agricultural innovation blending tradition with cutting-edge technology.Faced with intense resource demands, Blackburn implemented SCADAfarm—a solution by WaterForce and Schneider Electric—built on Microsoft's Azure IoT platform to streamline irrigation and water management across 400 hectares of operations.The cloud-based SCADAfarm system enables remote control and real-time monitoring of pumps, irrigators, and field sensors, integrating weather station data for precise adjustments tailored to crops and soil conditions.Azure IoT Hub and Azure Cloud manage the data, providing advanced analytics for compliance, cost optimization, and yield management.Automated alerts and reporting capabilities have empowered the farm to reduce water and electricity use, maintain profitability, and adapt to environmental regulations.With enhanced efficiency, resource tracking, and sustainability, Blackhills farm increased fodder and barley yields while saving up to 50% of allocated water use in some operations.The project demonstrates how sustainable agriculture and technology partnerships drive transformation and future-readiness in the farming sector.

WaterForceAgriculture

Digital Crops, a Poland-based agtech company, partnered with Agri Solutions to deliver FieldControl, an adaptive irrigation solution using Microsoft Azure. Farmers use FieldControl to predict adverse weather and automatically adjust irrigation, conserving water and boosting yields.FieldControl ingests farm data from weather stations and soil IoT devices to automate irrigation processes. By building on Agri Solutions' FarmCloud (based on Microsoft Azure), Digital Crops quickly brought FieldControl to market, minimizing time and computing infrastructure costs.The partnership allowed Digital Crops to focus on optimizing analytics, algorithms, and end-user value, while Agri Solutions handled IoT platform development and security—a crucial need in the agriculture sector.Using Azure's secure, scalable cloud foundation, both partners enabled farmers to deploy advanced farm monitoring and control hardware with minimal friction, simplifying water-saving technology adoption.Digital Crops and Agri Solutions launched FieldControl to new customers in time for seasonal demand, leveraging FarmCloud's established ecosystem to speed market entry, reduce costs, and expand reach.

Digital CropsAgriculture

CLICK2CLOUD INC developed a smart greenhouse for urban and home growers using Microsoft Azure’s AI, IoT, and data analytics services. The greenhouse automates climate control, irrigation, lighting, and pest monitoring, providing an optimal growing environment year-round. IoT sensors feed real-time data to AI-driven models that manage environmental variables and optimize watering cycles.This setup eliminates much of the manual labor and variables such as unpredictable weather or pests, which typically limit traditional gardening. Urban users benefit from improved plant health, reduced water use, and the ability to cultivate fresh produce with minimal expertise. Visual dashboards track crop growth and energy/resource usage, supporting eco-friendly, sustainable city farming. The modular design means these greenhouses can be used in a wide variety of locations, from balconies to rooftops, as an advanced, low-effort cultivation solution.

Kilimo, a Latin American agritech startup, leverages Microsoft Azure and AI to address water scarcity in farming. Their solution collects meteorological, soil moisture, and satellite data to provide irrigation recommendations that optimize water use for both farmers and their corporate sustainability partners.By integrating with Azure cloud, they securely analyze large volumes of remote sensing and farm data without on-site hardware, reducing operational risk and enhancing scalability. Azure Virtual Network and Azure Key Vault further support data security and governance for their corporate reporting.Detailed water savings and impact dashboards incentivize collaboration among farmers, companies, and local communities, ensuring all stakeholders benefit—farmers conserve water, partners meet sustainability goals, and communities face less drought risk.Kilimo has expanded its initiatives across 15 watersheds in Latin America and has recently entered the United States market. Their approach creates ongoing win-win outcomes for all involved parties, supported by advanced AI-driven analytics on Azure.