Grains and legumes
Grains and legumes, such as wheat, corn, and alfalfa, require efficient water management, input control, and pest protection. With VEGGA, manage your fields digitally, optimize irrigation, and make quick decisions to maximize the productivity and quality of your crops.
Featured Crops
Wheat
Barley
Corn
Alfalfa
Peas
Vezas
Oats
Sorghum
Key Challenges Facing Cereals and Legumes
Optimize the use of water and fertilizers
to improve crop productivity and quality, as well as their resistance to periods of water stress, strong winds that can knock crops over, or frost.
Precisely control agricultural inputs
by applying fertilizers such as nitrogen, phosphorus, and potassium at the appropriate phenological stage for each field.
Anticipating climatical risks
to plan planting, irrigation, and treatments to prevent losses.
Preventing Pests and Diseases
which particularly affect grains such as wheat and barley.
How VEGGA Helps with Grains and Legumes
1 / 4
Irrigation Control
Manage and monitor the data from your Agrónic controllers from anywhere. Save time and water, resolve incidences, and ensure your crops get exactly what they need.
- Manage fertigation precisely by using programming and monitoring of the irrigation system.
- Balance water supply with irrigation pulses based on crop needs and the current stage of growth.
- Access irrigation reports and historical data, including audits, to support decision-making and improve water use efficiency.
2 / 4
Agroclimatic monitoring
Get real-time climate, crop, and soil data based on sensor readings and agroclimatic indices, and make more informed decisions for your farm.
- With soil sensors, you can monitor water and nutrient levels to make informed decisions about irrigation and fertilization.
- Monitor weather conditions in real time to make decisions about planting, irrigation, and treatments, thereby minimizing weather-related risks.
3 / 4
Assisted irrigation
Precision-adjust and automate the irrigation of your crops using smart algorithms based on historical data, sensor readings, and weather forecasts—all without the need for daily monitoring.
- Predict the water requirements of your cereal and legume crops to improve yield, yield stability, and grain quality.
4 / 4
Crop Protection
Anticipate pests and diseases and apply plant protection treatments at the optimal time, minimizing residues, costs, and crop losses.
- Predicts and assesses the risk of pests and diseases in cereals such as wheat and barley.
- It allows for more efficient application of plant protection treatments, reducing costs and product usage while ensuring healthier and more productive crops.
Benefits of managing grains and legumes with VEGGA
Higher crop productivity and quality
Precise control of irrigation and fertilization improves grain quality: protein, starch, and specific gravity in cereals; weight and protein in forage crops; and grain uniformity in legumes. In legumes such as peas, key parameters such as starch and sugar content are also optimized.
1
Optimization of nutritional and storage parameters
It increases the protein and fiber content in forage, as well as the storage life of grains and forage.
2
Resistance to water stress and adverse climatical conditions
It improves tolerance to periods of drought, frost, and strong winds that can compromise crop stability, as well as other climatical conditions.
3
Control of phenology and efficient use of inputs
Adjustment of fertilizer application rates for nitrogen, phosphorus, and potassium based on the phenological stage of each field, thereby optimizing quality and profitability.
4
Integrated water and nutrient management
Using soil sensors, it helps balance water and fertilizer application by delivering irrigation pulses as needed. It also monitors how fertilizers behave within the soil profile.
5
Informed decisions regarding weather risks
Climatical monitoring makes it easier to plan planting, irrigation, and treatments, thereby increasing efficiency and reducing losses.
6
Potential pests and diseases of cereals and legumes
Wheat
Barley
Compatible hardware
Soil Moisture and EC Sensor
A soil moisture, EC, and temperature sensor that enables integrated monitoring of the water, salinity, and thermal conditions of the root zone. At VEGGA, this data helps optimize irrigation and fertigation, detect risks of salinization, and improve the efficiency of water and fertilizer use.
Soil water potential sensor
A matric potential sensor that allows for the assessment of actual water availability to the plant and the detection of water stress in crops. At VEGGA, this data helps optimize irrigation programming and complements soil moisture information for more precise water management.
Irrigation meter
An irrigation meter that monitors the volume of water applied and enables users to control water consumption, analyze irrigation pulses, and detect hydraulic anomalies. At VEGGA, this data is integrated with soil and climate sensors to optimize irrigation efficiency and decision-making.
Pressure transducer
A pressure sensor that monitors water pressure in the irrigation system to ensure correct operation and uniform distribution on the VEGGA platform, detecting anomalies such as leaks, blockages, or drops in pressure, and ensuring the effectiveness of irrigation and frost protection systems.
Solutions for all crops
Olive tree
Olive trees require precise management of water, fertilizers, and pest control to ensure high-quality oil. With VEGGA, manage your farm digitally, optimize fertigation, and make quick, effective decisions to maximize productivity and yield.
Major Challenges Facing Olive Trees
Optimize water use
to improve productivity and oil quality, ensuring proper control in accordance with the fruit’s phenological stages.
Manage Fertilizers Effectively
by controlling the timing and dosage of application to influence the physicochemical quality of the oil (polyphenols, acidity, and peroxides).
Control of agricultural inputs
used on the farm for plant health maintenance and to ensure uniform ripening across the fields, thereby facilitating harvest planning.
Preventing Pests and Diseases
ensuring the health of the olive trees and the quality of table olives and olive oil.
Anticipating climatical risks
such as early frosts, droughts, or high temperatures, which can affect crop yield and quality.
How VEGGA Helps Olive Trees
1 / 5
Irrigation Control
Manage and monitor the data from your Agrónic controllers from anywhere. Save time and water, resolve incidences, and ensure your crops get exactly what they need.
- Manage fertigation precisely by using programming and monitoring of the irrigation system.
- It balances water supply with irrigation pulses based on the plant’s needs and its stage of growth.
- Access irrigation reports and historical data, including audits, to support decision-making and improve water use efficiency.
2 / 5
Agroclimatic monitoring
Get real-time climate, crop, and soil data based on sensor readings and agroclimatic indices, and make more informed decisions for your farm.
- Understand how water and nutrients behave in the soil to plan irrigation and fertilization.
- It monitors weather conditions in real time, helping you determine the optimal time for irrigation, fertigation, and treatments based on weather risks.
3 / 5
Assisted irrigation
Precision-adjust and automate the irrigation of your crops using smart algorithms based on historical data, sensor readings, and weather forecasts—all without the need for daily monitoring.
- Predict the water needs of your olive crop and optimize oil yield and production stability.
4 / 5
Crop Protection
Anticipate pests and diseases and apply plant protection treatments at the optimal time, minimizing residues, costs, and crop losses.
- Predict and assess the risk of pests and diseases in olive groves.
- It enables the efficient application of plant protection treatments, reducing costs and ensuring healthy, high-quality olives.
5 / 5
Irrigation Manager
Program and control your farms in a centralized, aggregated manner. Manage water and fertilizer orders while optimizing irrigation based on energy rates and your fertigation plan.
- It optimizes the use of water and fertilizers, streamlines fertilizer order management, and allows for bulk scheduling of irrigation units to improve efficiency.
- It allows for the implementation of strategies such as controlled deficit irrigation when necessary, while maintaining olive productivity and quality.
Benefits of managing olive trees with VEGGA
Productivity and fat yield
Optimal water and fertilizer management increases olive grove productivity and improves oil yield, maximizing the quantity and quality of both olive oil and table olives.
1
Oil quality
Precision fertigation optimizes the physicochemical parameters (polyphenols, acidity, peroxides) and the organoleptic characteristics of the oil.
2
Uniformity of ripening
A balanced diet promotes uniform ripening, making it easier to harvest, transport, and store the oil and olives.
3
Resistance to stress and climate
A balanced water and nutrient supply helps plants withstand water stress, early frosts, and other climatical adverse conditions.
4
Operating Profitability
VEGGA allows you to monitor water and nutrients in the soil, adjust irrigation and fertilization (including controlled deficit irrigation), and choose the best times for each task, thereby increasing efficiency and profitability.
5
Possible pests and diseases of the olive tree
Olive tree
Compatible hardware
Soil water potential sensor
A matric potential sensor that allows for the assessment of actual water availability to the plant and the detection of water stress in crops. At VEGGA, this data helps optimize irrigation programming and complements soil moisture information for more precise water management.
Irrigation meter
An irrigation meter that monitors the volume of water applied and enables users to control water consumption, analyze irrigation pulses, and detect hydraulic anomalies. At VEGGA, this data is integrated with soil and climate sensors to optimize irrigation efficiency and decision-making.
Soil Moisture and EC Sensor
A soil moisture, EC, and temperature sensor that enables integrated monitoring of the water, salinity, and thermal conditions of the root zone. At VEGGA, this data helps optimize irrigation and fertigation, detect risks of salinization, and improve the efficiency of water and fertilizer use.
Pressure transducer
A pressure sensor that monitors water pressure in the irrigation system to ensure correct operation and uniform distribution on the VEGGA platform, detecting anomalies such as leaks, blockages, or drops in pressure, and ensuring the effectiveness of irrigation and frost protection systems.
Olive tree / 900 hectares
“Thanks to VEGGA, our farms operate as a smart system: we can plan irrigation, fertilization, and pest treatments using accurate and reliable data. This gives us peace of mind and allows us to focus on what matters most: maximizing crop productivity and health. ”
Pablo Vega, Director of TerraNostra
Solutions for all crops
Vine
Vines require precise management of water, fertilizers, and pest control to ensure the highest quality wine. With VEGGA, manage your vineyard digitally, optimize fertigation, and make quick and accurate decisions to improve productivity and yield for each plot.
Major Challenges Facing the Vine
Optimize water use
to improve productivity and wine quality by adjusting risks according to the grapes’ phenological stages.
Manage Fertilizers Effectively
by controlling the timing and dosage of application to influence the wine’s physicochemical parameters—such as alcohol content, acidity, pH, sugars, and polyphenols—which affect its flavor, aroma, and texture.
Control of agricultural inputs
used on the farm to maintain uniformity within each plot and optimize harvest times.
Preventing Pests and Diseases
ensuring the health of the vineyard and the quality of the grapes.
Anticipating climatical risks
such as frosts during critical stages of bud break, flowering, and fruit set, which can damage buds, flowers, or clusters and affect the yield and quality of the must.
How VEGGA Helps with Wine
1 / 5
Irrigation Control
Manage and monitor the data from your Agrónic controllers from anywhere. Save time and water, resolve incidences, and ensure your crops get exactly what they need.
- Manage fertigation precisely by using programming and monitoring of the irrigation system.
- It balances water supply with irrigation pulses based on the plant’s needs and its stage of growth.
- Access irrigation reports and historical data, including audits, to support decision-making and improve water use efficiency.
2 / 5
Agroclimatic monitoring
Get real-time climate, crop, and soil data based on sensor readings and agroclimatic indices, and make more informed decisions for your farm.
- Using soil sensors, it provides insights into water and nutrient levels to help plan irrigation and fertilization.
- It monitors weather conditions in real time, helping you determine the optimal time for irrigation, fertigation, and treatments based on weather risks.
3 / 5
Assisted irrigation
Precision-adjust and automate the irrigation of your crops using smart algorithms based on historical data, sensor readings, and weather forecasts—all without the need for daily monitoring.
- Predict the water needs of your vineyard to improve stability, uniform ripening, and wine quality through efficient water use.
4 / 5
Crop Protection
Anticipate pests and diseases and apply plant protection treatments at the optimal time, minimizing residues, costs, and crop losses.
- Assess pest and disease risks in the vineyard.
- It enables the efficient application of plant protection treatments, reducing costs and ensuring healthy, high-quality grapes.
5 / 5
Irrigation Manager
Program and control your farms in a centralized and aggregated manner. Manage water and fertilizer orders while optimizing irrigation based on energy rates and your fertigation plan.
- It optimizes water and fertilizer use, streamlines fertilizer order management, and allows for bulk scheduling of irrigation units.
- It allows for the implementation of strategies such as controlled deficit irrigation when necessary, while ensuring grape productivity and quality.
Benefits of managing vineyards with VEGGA
Yield and sugar content
Optimal management of water and fertilizers increases productivity and improves sugar concentration by adjusting irrigation to the grapes’ phenological stages.
1
Wine quality
Controlled fertigation directly influences the physicochemical parameters of wine—alcohol content, acidity, pH, sugars, and polyphenols—as well as its sensory characteristics, such as flavor, aroma, and texture, which are essential for high-quality wines.
2
Intraplot homogeneity
A balanced nutrient supply promotes uniform ripening, which results in more stable wines and allows for better planning of the harvest and related tasks.
3
Resistance to stress and climate
Water and nutrient balance improves the plant’s resistance to water stress and severe frosts during bud break, allowing growers to anticipate and activate frost protection systems to safeguard buds, flowers, and clusters.
4
Operating Profitability
Control of the key parameters that determine grape quality enhances the value of the wine. With VEGGA, it is possible to manage water application and the behavior of water and nutrients in the soil using sensors, balance water supply with irrigation pulses, adjust fertilization, apply controlled deficit irrigation, and choose the optimal times for each task based on weather conditions.
5
Possible pests and diseases of grapevines
Vineyard
Table grapes
Recommended hardware
Soil water potential sensor
A matric potential sensor that allows for the assessment of actual water availability to the plant and the detection of water stress in crops. At VEGGA, this data helps optimize irrigation programming and complements soil moisture information for more precise water management.
Irrigation meter
An irrigation meter that monitors the volume of water applied and enables users to control water consumption, analyze irrigation pulses, and detect hydraulic anomalies. At VEGGA, this data is integrated with soil and climate sensors to optimize irrigation efficiency and decision-making.
Soil Moisture and EC Sensor
A soil moisture, EC, and temperature sensor that enables integrated monitoring of the water, salinity, and thermal conditions of the root zone. At VEGGA, this data helps optimize irrigation and fertigation, detect risks of salinization, and improve the efficiency of water and fertilizer use.
Pressure transducer
A pressure sensor that monitors water pressure in the irrigation system to ensure correct operation and uniform distribution on the VEGGA platform, detecting anomalies such as leaks, blockages, or drops in pressure, and ensuring the effectiveness of irrigation and frost protection systems.
Solutions for all crops
Oilseeds and industrial crops
Oilseed and industrial crops, such as sunflowers, soybeans, and sugar beets, require efficient water management, fertilization, and input control to maximize productivity. With VEGGA, manage your crop farming operations digitally, optimize irrigation, and make quick, data-driven decisions to improve the yields of your crops.
Featured Crops
Sunflower
Rapeseed
Soy
Sugar beet
Cotton
Linen
Key Challenges for Oilseeds and Industrial Crops
Optimize water use
to improve crop productivity and the quality of the grain, fiber, or fruit.
Manage Fertilizers Effectively
applying fertilizers at the appropriate time and in the appropriate amounts based on the phenological stage of each field.
Control of agricultural inputs
used on the farm to maximize the uniformity and quality of the final product.
Preparing for Adverse Climatical Conditions
such as droughts, frosts, or heavy rain, which can affect crop growth and yield.
How VEGGA Helps in Oilseeds and Industrial Crops
1 / 3
Irrigation Control
Manage and monitor the data from your Agrónic controllers from anywhere. Save time and water, resolve incidences, and ensure your crops get exactly what they need.
- Manage fertigation precisely by using programming and monitoring of the irrigation system.
- It balances water supply with irrigation pulses based on the needs of each crop and its stage of growth.
- Access irrigation reports and historical data, along with audits that help validate decisions and improve water use efficiency.
2 / 3
Agroclimatic monitoring
Get real-time climate, crop, and soil data based on sensor readings and agroclimatic indices, and make more informed decisions for your farm.
- Using soil sensors, it provides insights into the behavior of water and nutrients in the soil profile, enabling precise decisions regarding irrigation and fertilization.
- It monitors weather conditions in real time, helping to plan irrigation, fertilization, and treatments based on weather risks.
3 / 3
Assisted irrigation
Precision-adjust and automate the irrigation of your crops using smart algorithms based on historical data, sensor readings, and weather forecasts—all without the need for daily monitoring.
- Predict your crop’s water needs to improve yield stability and productivity.
Benefits of Managing Oilseeds and Industrial Crops with VEGGA
Higher yield and greater uniformity of grain and seed
Optimal water and fertilization management improves yield, seed size, and uniformity in oilseed crops, increasing oil content and parameters such as acidity and peroxide values.
1
Crop-specific quality
VEGGA helps optimize key attributes of each crop: oil content in oilseeds; fiber length, strength, and fineness in cotton and flax; and sugar content in sugar beets, ensuring higher quality grains, fibers, and fruits.
2
Control of phenology and efficient use of inputs
Adjusting irrigation and fertilizers—including nitrogen, phosphorus, and potassium—based on the growth stage of each field maximizes uniformity and quality and facilitates the planning of field operations.
3
Resistance to stress and climate
A good balance of water and nutrients helps crops withstand droughts, frosts, and other climatical adverse conditions.
4
Integrated water and nutrient management
Soil sensors provide insights into how water and nutrients behave within the soil profile, help balance water supply through irrigation pulses, and optimize fertilizer use.
5
Operating Profitability
Precise control of irrigation, nutrition, and planning based on climatical conditions increases productivity, quality, and overall farm efficiency.
6
Recommended hardware
Soil water potential sensor
A matric potential sensor that allows for the assessment of actual water availability to the plant and the detection of water stress in crops. At VEGGA, this data helps optimize irrigation programming and complements soil moisture information for more precise water management.
Irrigation meter
An irrigation meter that monitors the volume of water applied and enables users to control water consumption, analyze irrigation pulses, and detect hydraulic anomalies. At VEGGA, this data is integrated with soil and climate sensors to optimize irrigation efficiency and decision-making.
Pressure transducer
A pressure sensor that monitors water pressure in the irrigation system to ensure correct operation and uniform distribution on the VEGGA platform, detecting anomalies such as leaks, blockages, or drops in pressure, and ensuring the effectiveness of irrigation and frost protection systems.
Solutions for all crops
Leafy vegetables and fruit
Leafy and fruit vegetables, such as lettuce, tomatoes, and peppers, require precise management of water, fertilization, and pest control to maximize productivity and quality. With VEGGA, manage your farm digitally, optimize irrigation and fertigation, and make quick decisions based on reliable data.
Featured Crops
Lettuce
Spinach
Tomato
Bell pepper
Eggplant
Watermelon
Melon
Zucchini
Cucumber
Pumpkin
Swiss chard
Brassicas: broccoli, cabbage, and cauliflower
Artichokes
Key Challenges for Leafy and Fruit Vegetables
Optimize water use
to improve the productivity and quality of leaves and fruit by adjusting irrigation based on the crop’s growth stage and type.
Manage Fertilizers Effectively
by controlling the dosage and timing of nitrogen, phosphorus, and potassium applications to maximize size, color, firmness, and specific gravity, as well as sugar content, acidity, texture, and aroma in fruit vegetables.
Control of agricultural inputs
used on the farm, ensuring consistency within each plot and uniformity at harvest time.
Preventing climatical adverse conditions
including frosts during critical stages of flowering and fruit set, especially in outdoor crops or those grown under netting or in greenhouses in marginal climatical zones.
Reduce the risk of pests and diseases
especially in processing tomatoes and sensitive vegetables, ensuring crop quality and yield.
Optimizing post-harvest quality
extending the shelf life of perishable products through proper cultivation and handling.
How VEGGA Helps Leafy Vegetables and Fruit
1 / 4
Irrigation Control
Manage and monitor the data from your Agrónic controllers from anywhere. Save time and water, resolve incidences, and ensure your crops get exactly what they need.
– Manages fertigation precisely by programming and monitoring the irrigation system.
– Balances water supply with irrigation pulses based on crop needs and the crop’s growth stage.
– Access irrigation reports and historical data, including audits, to validate decisions and improve water use efficiency.
2 / 4
Agroclimatic monitoring
Get real-time climate, crop, and soil data based on sensor readings and agroclimatic indices, and make more informed decisions for your farm.
– Learn how water behaves in the soil to better plan for irrigation needs and optimize water use.
– Monitors weather conditions in real time to determine irrigation, fertigation, planting, and the activation of protective systems (vents, micro-sprinklers, drainage, mixing of waters) based on climatical risks.
3 / 4
Assisted irrigation
Precision-adjust and automate the irrigation of your crops using smart algorithms based on historical data, sensor readings, and weather forecasts—all without the need for daily monitoring.
– Predict the water requirements of your vegetable crop to improve yield stability, uniform ripening, and overall yields.
4 / 4
Crop Protection
Anticipate pests and diseases and apply plant protection treatments at the optimal time, minimizing residues, costs, and crop losses.
– Assesses pest and disease risks and enables the efficient application of phytosanitary treatments.
– Reduces the use of chemicals and ensures healthier, more productive crops, improving quality and yield, especially in processing tomatoes and sensitive vegetables.
Benefits of managing leafy vegetables and fruit crops with VEGGA
Improved performance and product quality
Optimal water management and fertilization improve the size, uniformity, color, firmness, and specific gravity of fruits and leaves, as well as sugar content, acidity, pulp texture, and aroma, which are influenced by polyphenols and other compounds.
1
Specific quality requirements by vegetable type
In brassicas, it improves color, size, thickness, and compactness of the head; in leafy vegetables, it optimizes color, turgidity, fresh weight, uniformity, and low nitrate content. It also enhances fiber, vitamins, minerals, and bioactive compounds.
2
Post-harvest quality and shelf life
Careful handling under controlled conditions extends the shelf life of highly perishable products, maintaining their quality after harvest.
3
Intraplot uniformity and harvest planning
It promotes uniform ripening across the field, making it easier to determine the optimal harvest time and preventing fruits from reaching different stages of development.
4
Stress and Climate Risk Control
It allows you to predict frosts during flowering and fruit set, enabling you to activate frost protection systems or cover crops when necessary. In nethouse or greenhouse crops, it helps adjust irrigation, ventilation, and micro-sprinkling based on the DPV and weather conditions.
5
Integrated water and nutrient management
Using soil sensors, VEGGA provides insights into the behavior of water and nutrients in the soil profile, balances water supply through irrigation pulses, and optimizes fertilizer movement and utilization, in addition to managing the mixing of waters and drainage.
6
Operating Profitability
Controlling irrigation, nutrients (including NPK), and phenological stages improves key quality parameters in fruits and leaves, thereby increasing productivity, efficiency, and profitability.
7
Common pests and diseases of leafy and fruit vegetables
Tomato
Recommended hardware
Soil water potential sensor
A matric potential sensor that allows for the assessment of actual water availability to the plant and the detection of water stress in crops. At VEGGA, this data helps optimize irrigation programming and complements soil moisture information for more precise water management.
Irrigation meter
An irrigation meter that monitors the volume of water applied and enables users to control water consumption, analyze irrigation pulses, and detect hydraulic anomalies. At VEGGA, this data is integrated with soil and climate sensors to optimize irrigation efficiency and decision-making.
Pressure transducer
A pressure sensor that monitors water pressure in the irrigation system to ensure correct operation and uniform distribution on the VEGGA platform, detecting anomalies such as leaks, blockages, or drops in pressure, and ensuring the effectiveness of irrigation and frost protection systems.
Solutions for all crops
Nuts
Nuts, such as almonds, pistachios, walnuts, and hazelnuts, require efficient water management, fertilization, and input control to maximize productivity and quality. With VEGGA, manage your farm digitally, optimize irrigation and fertigation, and make quick decisions based on reliable data.
Featured Crops
Almond tree
Pistachio
Walnut
Hazelnut
Key Challenges Facing the Nut Industry
Optimize water use
to improve the productivity and quality of nuts.
Manage Fertilizers Effectively
by controlling the dosage and timing of application according to the phenological development of each crop.
Control of agricultural inputs
used on the farm to ensure uniformity and quality.
Anticipating climatical risks
such as frosts during flowering and fruit set, which can affect production.
How VEGGA Helps with Nuts
1 / 4
Irrigation Control
Manage and monitor the data from your Agrónic controllers from anywhere. Save time and water, resolve incidences, and ensure your crops get exactly what they need.
– Manages fertigation precisely by programming and monitoring the irrigation system.
– It allows for the adjustment of water supply through irrigation pulses based on crop needs and the phenological stage.
– Access irrigation reports and historical data, along with audits that support decision-making and improve efficiency.
2 / 4
Agroclimatic monitoring
Get real-time climate, crop, and soil data based on sensor readings and agroclimatic indices, and make more informed decisions for your farm.
– Understand how water and nutrients behave in the soil so you can make informed decisions about irrigation and fertilization.
– Monitors climatical conditions in real time, allowing you to anticipate frost or other adverse conditions and optimize treatments.
3 / 4
Assisted irrigation
Precision-adjust and automate the irrigation of your crops using smart algorithms based on historical data, sensor readings, and weather forecasts—all without the need for daily monitoring.
– Predict the water requirements of your nut crop to improve yield stability, fruit size, and fruit filling.
4 / 4
Irrigation Manager
Program and control your farms in a centralized and aggregated manner. Manage water and fertilizer orders while optimizing irrigation based on energy rates and your fertigation plan.
– Optimizes the use of water and fertilizers, improves fertilizer order management, and allows for bulk scheduling of irrigation units.
Benefits of managing nuts with VEGGA
Higher productivity and fruit quality
Optimal water management and fertilization improve seed size, weight, uniformity, and texture, as well as shelling yield and moisture content, thereby promoting better storage life.
1
Optimization of nutritional parameters
Adjusting irrigation and nutrients according to the phenological stage optimizes fat, protein, fiber, mineral, and antioxidant content—parameters that consumers highly value in nuts.
2
Intraplot uniformity and harvest planning
VEGGA ensures uniform ripening across trees and plots, preventing fruit from reaching different stages of development and reducing peeling issues by more accurately determining the optimal harvest time.
3
Stress and Climate Risk Control
It helps predict frosts during flowering and fruit set, allowing frost protection systems to be activated when necessary and minimizing damage to flowers and fruit that would directly affect production.
4
Integrated water and nutrient management
Using soil sensors, VEGGA provides insights into the behavior of water and nutrients in the soil profile, balances water application through irrigation pulses, and optimizes fertilizer movement and utilization.
5
Operating Profitability
Control of key production and quality parameters allows for an optimal balance between yield and fruit quality, thereby increasing the efficiency and profitability of the entire operation.
6
Recommended hardware
Soil water potential sensor
A matric potential sensor that allows for the assessment of actual water availability to the plant and the detection of water stress in crops. At VEGGA, this data helps optimize irrigation programming and complements soil moisture information for more precise water management.
Irrigation meter
An irrigation meter that monitors the volume of water applied and enables users to control water consumption, analyze irrigation pulses, and detect hydraulic anomalies. At VEGGA, this data is integrated with soil and climate sensors to optimize irrigation efficiency and decision-making.
Soil Moisture and EC Sensor
A soil moisture, EC, and temperature sensor that enables integrated monitoring of the water, salinity, and thermal conditions of the root zone. At VEGGA, this data helps optimize irrigation and fertigation, detect risks of salinization, and improve the efficiency of water and fertilizer use.
Pressure transducer
A pressure sensor that monitors water pressure in the irrigation system to ensure correct operation and uniform distribution on the VEGGA platform, detecting anomalies such as leaks, blockages, or drops in pressure, and ensuring the effectiveness of irrigation and frost protection systems.
Almond tree / 6,000 hectares
“Thanks to Riego Asistido, we have been able to automate irrigation management across thousands of hectares, ensuring efficient water use and saving our technical unit invaluable time. It’s a tool that makes all the difference. ”
Solutions for all crops
Root vegetables, tubers, and bulbs
Root vegetables, tubers, and bulbs—such as potatoes, carrots, and onions—require efficient water management, fertilization, and pest control to ensure high yields and quality. With VEGGA, manage your farm digitally, optimize irrigation and fertigation, and make quick decisions based on reliable data.
Featured Crops
Potato
Carrot
Onion
Garlic
Leek
Key Challenges for Root, Tuber, and Bulb Vegetables
Optimize water use
to improve the yield, size, and quality of vegetables.
Manage Fertilizers Effectively
by controlling the dosage and timing of application according to the phenological development of each crop.
Control of agricultural inputs
used on the farm, ensuring uniformity and yield.
Preparing for Adverse Climatical Conditions
that could affect crop growth.
Preventing Pests and Diseases
especially in potatoes and onions, to maintain the product’s freshness and quality.
How VEGGA Helps Root Vegetables, Tubers, and Bulbs
1 / 4
Irrigation Control
Manage and monitor the data from your Agrónic controllers from anywhere. Save time and water, resolve incidences, and ensure your crops get exactly what they need.
– Manages fertigation precisely by programming and monitoring the irrigation system.
– It allows for the adjustment of water supply through irrigation pulses based on crop needs and the phenological stage.
– Access irrigation reports and historical data, including audits, to validate decisions and improve efficiency.
2 / 4
Agroclimatic monitoring
Get real-time climate, crop, and soil data based on sensor readings and agroclimatic indices, and make more informed decisions for your farm.
– Understand how water and nutrients behave in the soil to plan for irrigation and fertilization needs.
– Monitors climatical conditions in real time, optimizing irrigation, treatments, and planting.
3 / 4
Assisted irrigation
Precision-adjust and automate the irrigation of your crops using smart algorithms based on historical data, sensor readings, and weather forecasts—all without the need for daily monitoring.
– Predict the water needs of your root and bulb vegetable crops to improve yields and fruit size.
4 / 4
Crop Protection
Anticipate pests and diseases and apply plant protection treatments at the optimal time, minimizing residues, costs, and crop losses.
– Anticipates and assesses the risk of pests and diseases, enabling the efficient application of plant protection treatments.
– Reduces the use of chemicals and ensures healthier, more productive crops, especially potatoes and onions.
Benefits of managing root vegetables, tubers, and bulbs with VEGGA
Greater consistency and product quality
Optimal water and fertilization management improves size, firmness, color, and specific gravity, thereby enhancing the market quality of roots, tubers, and bulbs.
1
Optimization of nutritional parameters
VEGGA helps improve key parameters such as sugar content, dry matter, vitamins, and minerals, which are essential for this type of vegetable.
2
Improving postharvest quality
Careful handling under controlled conditions enhances preservation and extends shelf life, maintaining quality after harvest.
3
Intraplot uniformity and mechanized harvesting
It promotes uniform ripening, which makes it easier to plan the harvest and improves the efficiency of mechanized harvesting.
4
Stress and Climate Risk Control
It allows you to adjust irrigation and fertilization based on the plant’s growth stage and environmental conditions, anticipating situations of stress or adverse weather conditions.
5
Integrated water and nutrient management
Soil sensors provide insight into the behavior of water and nutrients in the soil profile, help balance water supply with irrigation pulses, and optimize the movement and utilization of fertilizers.
6
Operating Profitability
Precise control of water, nutrients (including NPK), and the crop’s growth stage improves key yield and quality parameters, thereby increasing crop productivity and profitability.
7
Possible pests and diseases affecting roots, tubers, and bulbs
Onion
Potato
Compatible hardware
Soil water potential sensor
A matric potential sensor that allows for the assessment of actual water availability to the plant and the detection of water stress in crops. At VEGGA, this data helps optimize irrigation programming and complements soil moisture information for more precise water management.
Irrigation meter
An irrigation meter that monitors the volume of water applied and enables users to control water consumption, analyze irrigation pulses, and detect hydraulic anomalies. At VEGGA, this data is integrated with soil and climate sensors to optimize irrigation efficiency and decision-making.
Pressure transducer
A pressure sensor that monitors water pressure in the irrigation system to ensure correct operation and uniform distribution on the VEGGA platform, detecting anomalies such as leaks, blockages, or drops in pressure, and ensuring the effectiveness of irrigation and frost protection systems.
Solutions for all crops
Citrus trees
Citrus trees, such as orange, lemon, and mandarin trees, require efficient water management, fertilization, and input control to maximize productivity and quality. With VEGGA, manage your plots digitally, optimize irrigation and fertigation, and make quick decisions based on reliable data.
Featured Crops
Naranjo
Lemon tree
Mandarin
Major Challenges Facing Citrus Trees
Optimize water use
to improve fruit productivity and quality.
Manage Fertilizers Effectively
controling fertilizer application based on the fruit’s stage of development.
Control of agricultural inputs
used on the farm.
Preparing for Adverse Climatical Conditions
that may affect the development, size, and quality of citrus fruits.
How VEGGA Helps Citrus Trees
1 / 4
Irrigation Control
Manage and monitor the data from your Agrónic controllers from anywhere. Save time and water, resolve incidences, and ensure your crops get exactly what they need.
– Manages fertigation precisely by programming and monitoring the irrigation system.
– Access irrigation reports and historical data, including audits, to validate decisions and improve water use efficiency.
2 / 4
Agroclimatic monitoring
Get real-time climate, crop, and soil data from sensors and agroclimatic indices, and make more informed decisions for your farm.
– Understand how water and nutrients behave in the soil to plan irrigation and optimize fertigation.
– Monitors weather conditions in real time to make decisions about irrigation, treatments, and fertilization.
3 / 4
Assisted irrigation
Precision-adjust and automate the irrigation of your crops using smart algorithms based on historical data, sensor readings, and weather forecasts—all without the need for daily monitoring.
– Predict the water needs of your citrus crop to improve yields and fruit size.
4 / 4
Irrigation Manager
Program and control your farms in a centralized and aggregated manner. Manage water and fertilizer orders while optimizing irrigation based on energy rates and your fertigation plan.
– Optimizes the use of water and fertilizers, manages fertilizer orders, and allows for the bulk scheduling of irrigation units to improve efficiency.
Benefits of managing citrus orchards with VEGGA
Fruit yield and size
Efficient water and fertilization management improves fruit size, uniformity, firmness, and freshness, thereby increasing overall crop productivity.
1
Organoleptic quality and ripeness
Irrigation tailored to each stage of development affects sugar content, acidity, the sugar-to-acidity ratio, and juice content—parameters that are essential to the quality and flavor of citrus fruits.
2
Intraplot uniformity and harvest planning
VEGGA promotes uniform ripening across the field, making it easier to determine the optimal harvest time and reducing losses due to uneven ripening.
3
Stress and Climate Control
It allows for the adjustment of irrigation and fertilization based on the phenological stage and weather conditions, minimizing weather-related risks that could affect quality or yield.
4
Integrated water and nutrient management
Soil sensors help us understand how water and nutrients behave within the soil profile, balance water supply with irrigation pulses, and optimize the movement and utilization of fertilizers.
5
Operating Profitability
Controlling key parameters related to fruit quality and development improves crop efficiency and increases the market value of the produce.
6
Recommended hardware
Soil water potential sensor
A matric potential sensor that allows for the assessment of actual water availability to the plant and the detection of water stress in crops. At VEGGA, this data helps optimize irrigation programming and complements soil moisture information for more precise water management.
Irrigation meter
An irrigation meter that monitors the volume of water applied and enables users to control water consumption, analyze irrigation pulses, and detect hydraulic anomalies. At VEGGA, this data is integrated with soil and climate sensors to optimize irrigation efficiency and decision-making.
Soil Moisture and EC Sensor
A soil moisture, EC, and temperature sensor that enables integrated monitoring of the water, salinity, and thermal conditions of the root zone. At VEGGA, this data helps optimize irrigation and fertigation, detect risks of salinization, and improve the efficiency of water and fertilizer use.
Pressure transducer
A pressure sensor that monitors water pressure in the irrigation system to ensure correct operation and uniform distribution on the VEGGA platform, detecting anomalies such as leaks, blockages, or drops in pressure, and ensuring the effectiveness of irrigation and frost protection systems.
Solutions for all crops
Stone and pome fruits
Stone and pome fruit trees, such as apple, pear, and peach trees, require efficient water management, fertilization, and input control to maximize productivity and fruit quality. With VEGGA, manage your orchards digitally, optimize irrigation and fertigation, and make quick decisions based on reliable data.
Featured Crops
Manzano
Pear tree
Peach tree
Cherry tree
Apricot tree
Plum tree
Quince paste
Key Challenges Facing Stone and Pome Fruit Trees
Optimize water use
to improve fruit productivity and quality.
Manage Fertilizers Effectively
control of fertilizer application based on the fruit’s phenological stage.
Control of agricultural inputs
used on the farm.
Preparing for Adverse Climatical Conditions
such as early frosts or water stress, which can affect fruit development and quality.
How VEGGA Helps Stone and Pome Fruit Trees
1 / 4
Irrigation Control
Manage and monitor the data from your Agrónic controllers from anywhere. Save time and water, resolve incidences, and ensure your crops get exactly what they need.
– Manages fertigation precisely by programming and monitoring the irrigation system.
– Access irrigation reports and historical data, including audits, to validate decisions and improve water use efficiency.
2 / 4
Agroclimatic monitoring
Get real-time climate, crop, and soil data based on sensor readings and agroclimatic indices, and make more informed decisions for your farm.
– Understand how water and nutrients behave in the soil to plan irrigation and optimize fertigation.
– Monitors climatical conditions in real time, supporting decisions regarding irrigation, treatments, and frost protection.
3 / 4
Assisted irrigation
Precision-adjust and automate the irrigation of your crops using smart algorithms based on historical data, sensor readings, and weather forecasts—all without the need for daily monitoring.
– Predict the water needs of your fruit trees to improve yields and fruit size.
4 / 4
Irrigation Manager
Program and control your farms in a centralized and aggregated manner. Manage water and fertilizer orders while optimizing irrigation based on energy rates and your fertigation plan.
– Optimizes the use of water and fertilizers, manages fertilizer orders, and allows for the bulk scheduling of irrigation units to improve efficiency.
Benefits of managing stone and pome fruit trees with VEGGA
Fruit yield and size
Optimal irrigation and fertilization management improves fruit size, color, sugar content, acidity, and the balance between them, as well as dry matter content, texture, firmness, and aroma, thereby enhancing fruit quality and productivity.
1
Sensory quality and post-harvest
Fertigation adjusted according to phenological stages influences aroma, texture, and postharvest storage life, in addition to reducing problems such as cracking in sensitive crops like cherries and apples.
2
Intraplot uniformity and harvesting efficiency
VEGGA promotes uniform ripening across trees and plots, allowing for better planning of the optimal harvest time and reducing the number of harvest passes.
3
Stress and Climate Risk Control
The system allows users to predict frosts during flowering and fruit set, triggering anti-frost systems to protect flowers and fruit. In net-house crops, controlling the DPV makes it easier to decide when to activate micro-sprinklers to prevent water stress.
4
Integrated water and nutrient management
Using soil sensors, VEGGA provides insights into the behavior of water and nutrients in the soil profile, balances water application through irrigation pulses, and optimizes fertilizer movement and utilization.
5
Operating Profitability
Controlling the key parameters affecting fruit quality and development allows growers to achieve an optimal balance between yield and quality, thereby increasing the efficiency and profitability of the crop.
6
Recommended hardware
Soil water potential sensor
A matric potential sensor that allows for the assessment of actual water availability to the plant and the detection of water stress in crops. At VEGGA, this data helps optimize irrigation programming and complements soil moisture information for more precise water management.
Irrigation meter
An irrigation meter that monitors the volume of water applied and enables users to control water consumption, analyze irrigation pulses, and detect hydraulic anomalies. At VEGGA, this data is integrated with soil and climate sensors to optimize irrigation efficiency and decision-making.
Soil Moisture and EC Sensor
A soil moisture, EC, and temperature sensor that enables integrated monitoring of the water, salinity, and thermal conditions of the root zone. At VEGGA, this data helps optimize irrigation and fertigation, detect risks of salinization, and improve the efficiency of water and fertilizer use.
Pressure transducer
A pressure sensor that monitors water pressure in the irrigation system to ensure correct operation and uniform distribution on the VEGGA platform, detecting anomalies such as leaks, blockages, or drops in pressure, and ensuring the effectiveness of irrigation and frost protection systems.
Solutions for all crops
Berries
Monitoring irrigation and the growing medium is key for berries, as water balance and root aeration influence crop development, nutrition, and plant health. Proper control of moisture, conductivity, and drainage helps prevent water stress or waterlogging and optimizes yield.
Featured Crops
Strawberries
Blueberries
Raspberries
Blackberries
Currants
Key Challenges Facing the Berry Industry
Optimize water use
to improve fruit productivity and quality by adjusting irrigation to the crop’s actual needs.
Manage fertilizers efficiently,
by adjusting fertigation to the phenological stage and ensuring nutrient availability is correctly managed.
Monitor and control water and substrate parameters
such as moisture, electrical conductivity (EC), pH, and drainage to maintain a proper balance in the root zone, prevent water stress or salinity, and promote optimal nutrient uptake.
Control of agricultural inputs
used on the farm, optimizing their use and reducing costs.
Preparing for Adverse Climatical Conditions
that could affect fruit development and quality, such as frost, high temperatures, or periods of water stress.
How VEGGA Helps with Berries
1 / 3
Irrigation Control
Manage and monitor the data from your Agrónic controllers from anywhere. Save time and water, resolve incidences, and ensure your crops get exactly what they need.
- Manage fertigation precisely by using programming and monitoring of the irrigation system.
- Access irrigation reports and historical data, along with audits that help validate decisions and improve water use efficiency.
2 / 3
Agroclimatic monitoring
Get real-time climate, crop, and soil data based on sensor readings and agroclimatic indices, and make more informed decisions for your farm.
- Understand how water and nutrients behave in the soil to plan irrigation and optimize fertigation.
- Monitor weather conditions in real time to make decisions about irrigation, treatments, and fertilization.
3 / 3
Assisted irrigation
Precision-adjust and automate the irrigation of your crops using smart algorithms based on historical data, sensor readings, and weather forecasts—all without the need for daily monitoring.
- Predict the water needs of your berry crop to improve yield stability and ensure uniform ripening.
Benefits of managing berry crops with VEGGA
Fruit yield and quality
Precise management of irrigation, fertigation, and substrate parameters (moisture, EC, and pH) improves fruit size, firmness, color, and sugar content, thereby increasing both the yield and market quality of berries such as strawberries, blueberries, and raspberries.
1
Nutritional quality of the fruit
Adjusting irrigation and nutrition according to the phenological stage helps boost key compounds in berries—such as antioxidants, polyphenols, and vitamins—which are highly valued in the market.
2
Intraplot uniformity and improved postharvest quality
Consistent control of water and nutrients across the entire field or crop system promotes uniform ripening, making it easier to plan the harvest and improving shelf life and postharvest quality.
3
Stress and Climate Control
VEGGA allows you to anticipate and correct situations involving water stress, excess moisture, or adverse climatical conditions (high temperatures, frost), which is crucial for sensitive crops such as berries, especially in greenhouses or tunnels. Monitoring the DPV helps determine when to activate micro-sprinklers to prevent water stress on the leaves.
4
Integrated water and substrate management
Thanks to sensors, it is possible to monitor the condition of the growing medium (moisture, conductivity, drainage) in real time, optimizing irrigation pulses, preventing nutrient leaching, and ensuring an optimal root environment. It also facilitates the management of watering vents, drainage, mixing of waters, or micro-sprinkling in protected systems.
5
Efficient use of supplies
Precise adjustment of water and fertilizer reduces waste, improves crop efficiency, and minimizes environmental impact.
6
Operating Profitability
Comprehensive control of production factors enables an optimal balance between production, quality, and costs, thereby increasing profitability on berry farms.
7
Recommended hardware
Soil water potential sensor
A matric potential sensor that allows for the assessment of actual water availability to the plant and the detection of water stress in crops. At VEGGA, this data helps optimize irrigation programming and complements soil moisture information for more precise water management.
Irrigation meter
An irrigation meter that monitors the volume of water applied and enables users to control water consumption, analyze irrigation pulses, and detect hydraulic anomalies. At VEGGA, this data is integrated with soil and climate sensors to optimize irrigation efficiency and decision-making.
Soil Moisture and EC Sensor
A soil moisture, EC, and temperature sensor that enables integrated monitoring of the water, salinity, and thermal conditions of the root zone. At VEGGA, this data helps optimize irrigation and fertigation, detect risks of salinization, and improve the efficiency of water and fertilizer use.
Pressure transducer
A pressure sensor that monitors water pressure in the irrigation system to ensure correct operation and uniform distribution on the VEGGA platform, detecting anomalies such as leaks, blockages, or drops in pressure, and ensuring the effectiveness of irrigation and frost protection systems.
