Top Smart Irrigation Companies

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60 companies for Smart Irrigation

SoilEssentials's Logo


Scotland, United States

- Employees


SoilEssentials are in this for the long term. Get the latest SoilEssentials news & offers direct to your inbox. We are leading independent precision farming specialists, located near the Angus Glens. Steady growth and the simple ethos of keeping our grassroots and muddy boots gives SoilEssentials the foundations for a sustainable future. It’s all about the team – the team of people behind the SoilEssentials name. We operate with three distinct teams – Precision Agronomy, Machine Control and Software Development & Projects, who pull together to offer the customer real, integrated precision farming solutions. Invitations from the British High Commission to New Zealand and South America are not unusual. They are a great way to boost staff morale, raise positive awareness for SoilEssentials and remind us that what we are doing is worthwhile and that we should continue to do it.

Core business

Irrigation smart sensor

... Irrigation smart ...

Deepfield Connect's Logo

Deepfield Connect

Cologne, Germany

1-10 Employees



Smart Irrigation

... Get Started Today with Smart Irrigation ...

Avempace's Logo


Nabeul, Tunisia

1-10 Employees


We provide powerful cloud software solutions tailored to the targeted applications, secure and reliable connections for mobile, embedded and user endpoints. We provide turn-key solutions and efficient engineering packages including software development, system architecture design, QA and consultancy services. We provide cloud software with hardware ressources for a quick and easy integration. We are here to answer your questions 24/7. Avempace is the partner of choice for many of the world’s leading enterprises, SMEs and technology challengers. We help businesses elevate their value through custom software development, product design, QA and consultancy services. Based in Tunisia, Avempace provides access to highly qualified engineering ressources and brings a proven expertise in multi-component systems development. Avempace is a design center for embedded systems and IoT solutions.


Watermon Smart Irrigation System

... Watermon Smart Irrigation System Monitor and control water systems in ...

PetroffSoft's Logo


Vratsa, Bulgaria

1-10 Employees


Our goal is to grow in the hierarchy of the software industry. For us, every solved problem is a step toward the goal. We offer construction of individual projects tailored to the specifics of the site and the equipment. Tell your customers about news related to your business, new services, upcoming discounts or offers. Capella is an excellent, innovative, and competitive hotel software with incredible capabilities, built with the latest IT technology. Besides a wide range of functionalities, this software can also offer you flexibility of the operations. The system is the optimal solution for a hotel. Integration with guests’ personal documents reader, export to various accounting software products, API (Program Interface) for online reservations from your site, SMS notification of customers for upcoming booking, integration with restaurant software - Friday are only part of the amenities that Capella could offer you.


Systems automation in industry, smart homes, irrigation systems

... Systems automation in industry, smart homes, irrigation ...

Najhum Technologies LLC's Logo

Najhum Technologies LLC

Dubai, United Arab Emirates

11-50 Employees


In this we provide end to end IoT solution including hardware on a monthly subscription model. Our mission is to use IoT technology to drive business growth and transformation by providing innovative solutions that improve productivity, efficiency, and sustainability for our clients. Provide cloud based IoT platform on monthly subscription method for device management & visualization to customers who own IoT sensors. Provide right IoT sensors on a one-off sales and provide after sales service for the same. Provide cloud platform to manage any brand EV chargers and mobile app for EV users. IoT aims to provide a secure and easy-to-use IoT platform that enables clients to manage their assets and properties with features like smart locks, geofencing, and customizable dashboard reports. Najhum is a group of young and energetic team of technology enthusiast passionate in finding innovative solutions to solve various challenges faced by our customers. To be the leading provider of cutting-edge IoT solutions, enabling businesses to realize their full digital potential.


Smart Irrigation

... Smart Irrigation – NAJHUM ...

Troncart Solutions's Logo

Troncart Solutions

Thiruvananthapuram, India

11-50 Employees


Our services encompass the entire product life-cycle, from ideation and requirements formalization to design and prototyping. Troncart an IoT & Embedded System service provider co-founded by Livares Technologies Pvt Ltd and Tachlog Pvt Ltd. Tachlog Pvt Ltd’s embedded expertise is involved in delivering cost-effective products in Embedded System technology. Using the most modern controllers, actuators and drivers to build the design provided by the user. We have capabilities across the product technology stack of digital, analogue, mixed-signal and RF products. Give nature a touch of Innovation, built in smart IoT technologies comprise of sensors, controllers and watering kits bringing an efficient system of irrigation. Our expertise in layout design is acquired from handling highly complex PCB designs using cutting edge technologies spread across major Industry sectors. Troncart Solutions an IoT & Embedded System service provider co-founded by Livares Technologies Pvt Ltd and Tachlog Pvt Ltd.

Core business

Smart Irrigation System

... Smart Irrigation ...



Dubai South, United Arab Emirates

11-50 Employees


RADIUS GROUP is a leading provider for the Middle East region of products and services specialized in water management, water movement, and water quality improvement. Since 2010, RADIUS has become a prominent partner in helping the public and private sectors reach their water conservation and sustainability objectives. RADIUS’s range of products includes the latest innovations and technologies of smart water control systems, water filtration, water dosing, fountains, and water-featuring equipment. That is in addition to offering full irrigation systems for agriculture and the landscape. Behind our operation is a well-experienced and highly qualified RADIUS team of IA-certified professionals and US EPA Water Sense Partners.




Lumo's Logo


Santa Rosa, United States

1-10 Employees


We’re proud of what we’ve built at Lumo and the prestigious growers who have become our friends and customers. Napa County, Calif., February 19, 2024 – Lumo, a smart irrigation company that supports growers and tackles water challenges head-on using the most advanced water technology available, is proud to announce its exclusive retail partnership with Central Valley, a leading supplier of vineyard equipment and materials in Northern California.

Core business

LUMO IS Smart Irrigation Technology designed for ambitious Growers

... Lumo is a smart irrigation system that helps growers conserve their most ...

Home Grow Solutions's Logo

Home Grow Solutions


1-10 Employees


As we all know, it’s becoming less and less sustainable to be transporting produce all over the world. Too many fossil fuels are used in the transport process, the food is not as fresh as it should be and it’s often treated with chemicals to make it last longer. What we really need is to get back to smaller scale local community based growing. There are many, many vegetable plots around the country in people’s gardens and elsewhere, which are overgrown and have just been abandoned. From growing food ourselves, we know the challenges that can arise – from forgetting to water the plants, to unexpected weather, pests and many more.

Core business

Smart Irrigation Solutions

... Smart Irrigation Solutions Grown your own fruits and veggies using ...

Sentera's Logo


Saint Paul, United States

51-100 Employees


That is why we deliver faster, more accurate data 50% faster than others in the industry. Sentera sensors offer a seamless way to capture not just standard wavebands, but those that go one step further and enable advanced vegetation applications and analysis. Farming itself has become more technologically advanced in the last decade, and it will continue to evolve as we progress through the fourth agricultural revolution. Driven by high-resolution imagery, we deliver the fastest and most reliable agronomic insights for agricultural leaders to make data-driven decisions that maximize outcomes, including quality, efficiency, and profitability. Expedite the product development pipeline with high-throughput trial and performance characterization. And, we know that just as much as the detail and precision of the data matters, the timeliness for getting the data is imperative. Offering a diverse range of sensors, from advanced multispectral sensors to high-resolution cameras, Sentera delivers unparalleled accuracy and performance. The seasonality, locality, and uncertainty of agriculture will never change, but how researchers and product development leaders respond to it can – and that’s fueled by access to more frequent and accurate plant-level measurements.


Smart Irrigation: Powering Through the Drought

... Smart Irrigation: Powering Through the ...

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Some interesting numbers and facts about your company results for Smart Irrigation

Country with most fitting companiesNetherlands
Amount of fitting manufacturers973
Amount of suitable service providers878
Average amount of employees1-10
Oldest suiting company1993
Youngest suiting company2014

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Things to know about Smart Irrigation

What is Smart Irrigation?

Smart Irrigation refers to an advanced, technology-driven approach to water management in agricultural and landscaping practices, utilizing real-time data and automated systems to optimize water usage. By incorporating sensors, controllers, and actuators, smart irrigation systems can accurately assess soil moisture, weather conditions, plant water use, and other environmental variables, adjusting irrigation schedules and volumes accordingly. This precision in water application not only ensures the health and growth of plants by delivering the exact amount of water needed at the right time but also significantly reduces water wastage, contributing to more sustainable agricultural practices. The impact of smart irrigation within its field is profound, offering a dual benefit of enhancing crop yield and quality while conserving a critical natural resource. As global water scarcity issues intensify and the demand for food production increases, the role of smart irrigation becomes increasingly vital, promoting efficient water use as a cornerstone of modern, sustainable agriculture. Through its potential to transform water management practices, smart irrigation embodies a crucial step forward in addressing the challenges of water conservation and agricultural sustainability.

Advantages of Smart Irrigation

1. Water Conservation
Smart irrigation systems optimize water usage by applying the precise amount needed for landscapes, reducing wastage significantly. This technology uses real-time weather data and soil moisture levels to adjust watering schedules, ensuring plants receive the right amount of water at the right time.

2. Cost Savings
By eliminating overwatering, smart irrigation helps homeowners and businesses save on water bills. The efficiency of these systems in managing water resources means less water is used, translating into substantial savings over time, especially in regions where water is a costly commodity.

3. Convenience and Control
Smart irrigation offers unparalleled convenience through automated scheduling and remote control capabilities. Users can adjust settings via smartphone apps, making it easier to manage irrigation systems from any location. This feature is particularly beneficial for those with busy schedules or who travel frequently, ensuring their gardens stay well-maintained.

4. Environmental Impact
Reducing excess water usage not only saves money but also has a positive effect on the environment. Smart irrigation contributes to the conservation of water resources and prevents runoff, which can carry pollutants into local waterways, protecting ecosystems and reducing water pollution.

How to select right Smart Irrigation supplier?

While evaluating the different suppliers make sure to check the following criteria:

1. Technology Compatibility
Ensure the smart irrigation systems are compatible with existing agricultural technology and software platforms to facilitate seamless integration and operation.

2. Water Efficiency
Verify that the system offers advanced water-saving features, such as weather-based programming and soil moisture sensors, to optimize irrigation and reduce water waste.

3. Scalability
Consider the system's scalability to ensure it can be easily expanded or adjusted to meet future agricultural needs and challenges.

4. Support and Maintenance
Look for suppliers providing comprehensive support and maintenance services to ensure long-term reliability and performance of the smart irrigation system.

5. Cost-Effectiveness
Evaluate the overall cost-effectiveness of the system, including initial setup costs, operating expenses, and potential savings on water and labor over time.

6. User Experience
Assess the system's user interface and ease of use to ensure it is accessible for all levels of technical skill among farm staff.

What are common B2B Use-Cases for Smart Irrigation?

Smart irrigation systems are revolutionizing water management across multiple sectors, offering precise control and efficiency. In agriculture, these systems enable farmers to optimize water usage, enhancing crop yields while minimizing waste. By monitoring soil moisture levels and weather forecasts, smart irrigation can adjust watering schedules in real time, ensuring crops receive exactly what they need when they need it. This not only conserves water but also reduces the labor costs associated with traditional irrigation methods. In the landscaping industry, businesses leverage smart irrigation to maintain lush, healthy green spaces with minimal manual intervention. These systems can be programmed to water lawns and plants based on specific requirements, adapting to changes in weather conditions to prevent over or under-watering. This results in significant water savings and ensures the sustainability of urban green spaces, contributing to their aesthetic and environmental value. Golf courses also benefit from smart irrigation by maintaining their grounds with precision and efficiency. Given the vast areas and varied terrains involved, these systems provide a tailored approach to watering, enhancing the playability and appearance of the course while conserving water resources. The ability to remotely control and monitor irrigation schedules allows course managers to maintain optimal conditions with reduced manpower, lowering operational costs. These examples illustrate the versatility and efficiency of smart irrigation systems in supporting sustainable water management practices across diverse B2B contexts, showcasing their importance in today's resource-conscious world.

Current Technology Readiness Level (TLR) of Smart Irrigation

Smart irrigation systems currently operate at a high Technology Readiness Level (TRL), approximately between 8 and 9. This classification reflects the extensive development and validation these systems have undergone, including their successful deployment in operational environments. The advancement to such a level is primarily due to significant technological improvements in sensors, data analytics, and internet-based communication. Smart irrigation leverages advanced sensors capable of monitoring soil moisture, weather conditions, and plant water use in real-time. These sensors provide precise data, enabling the implementation of algorithms that optimize watering schedules and amounts, thus ensuring efficient water use and reducing waste. Furthermore, the integration of IoT (Internet of Things) technology has facilitated remote control and monitoring capabilities, allowing users to manage irrigation systems via smartphones or computers. This high degree of automation and user-friendliness contributes to the widespread adoption and effectiveness of smart irrigation solutions. However, the journey to TRL 8-9 also involved overcoming challenges such as improving sensor accuracy, ensuring reliable data transmission under various environmental conditions, and enhancing user interfaces for broader accessibility. The culmination of these technical advancements and solutions to earlier challenges underscores why smart irrigation systems are considered to be at a mature stage of readiness, demonstrating proven performance and reliability in enhancing water conservation in agriculture.

What is the Technology Forecast of Smart Irrigation?

In the Short-Term, smart irrigation technologies are expected to become more integrated with real-time weather data, enabling systems to adjust watering schedules based on immediate forecasts. This development promises significant water savings and efficiency gains. Enhanced sensor technology will allow for more precise soil moisture measurements, ensuring that crops receive optimal irrigation. Looking into the Mid-Term, advancements will likely focus on IoT (Internet of Things) integration, facilitating seamless communication between various farming equipment and irrigation systems. This phase will introduce more sophisticated algorithms capable of predicting crop water requirements with greater accuracy. Additionally, the use of AI to analyze data collected from drones and satellites will further optimize irrigation schedules, reducing water waste and improving crop yields. In the Long-Term, the focus will shift towards fully autonomous smart irrigation systems that can self-regulate based on a variety of environmental and soil parameters. These systems will be powered by advanced AI and machine learning technologies, capable of adapting to changing climate conditions and evolving crop needs. The integration of renewable energy sources into irrigation systems will also become commonplace, making smart irrigation more sustainable and less dependent on traditional power grids.

Frequently asked questions (FAQ) about Smart Irrigation Companies

Some interesting questions that has been asked about the results you have just received for Smart Irrigation

Based on our calculations related technologies to Smart Irrigation are Big Data, E-Health, Retail Tech, Artificial Intelligence & Machine Learning, E-Commerce

The most represented industries which are working in Smart Irrigation are IT, Software and Services, Other, Construction, Agriculture, Environment, Disposal and Recycling

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