Real-time monitoring of silos, feeders and environmental conditions to optimize production, reduce losses and improve efficiency and quality on your livestock farm.
In livestock farms and storage systems, every detail makes a difference . A temperature variation, excess humidity, material loss, or infrastructure failure can lead to losses, operational issues, and unnecessary costs.
With OdinS, you can digitize your operations with an IoT solution for livestock farming designed to monitor the most critical assets and processes of your operation in real time . Gain greater control, increased efficiency, and a complete overview of what’s happening on your farm.
IoT technology applied to livestock farming allows monitoring and control of the main parameters and systems of the farm to improve productivity, reinforce animal welfare and optimize the use of resources.
From a single platform , you can manage key variables such as the status of silos and feeders , lighting , ventilation , temperature and environmental conditions of the facilities.
Automate monitoring and reduce manual tasks.
Detects incidents before they affect production.
Monitor critical infrastructure and equipment at all times.
Maintain optimal conditions for livestock and storage.
Access real-time and historical usage information.
Manage the operation from anywhere.
IoT technology applied to livestock farming allows monitoring and control of the main parameters and systems of the farm to improve production, reinforce animal welfare and optimize resources.
From a single platform, it is possible to manage variables such as the status of silos and feeders, lighting, ventilation, temperature or environmental conditions of the facilities.
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Temperature, humidity and gas control in livestock facilities to maintain suitable conditions and reduce risks.
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Monitoring fill levels to plan supply more efficiently and avoid stockouts.
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Remote monitoring of stoves, lighting, ventilation and other critical farm systems.
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Customizable web application to view, analyze and act on the entire installation from a single platform.
Our IoT solution for silos integrates radar level sensors, environmental monitoring, and efficient connectivity to provide continuous control of the silo’s condition and the stored grain.
Monitor the stored volume in real time and improve logistics planning.
It identifies unexpected movements and receives alerts for unforeseen access or changes.
Detects abnormal drops that may indicate leaks, damage, or structural failures.
Define thresholds and key events to receive automatic alerts tailored to your operations.
View data, history, and graphs from any device.
Monitor humidity and temperature to anticipate risks of spoilage, fermentation, or the appearance of mold.
Early detection allows for rapid action, reducing losses and protecting the value of the stored product.
High moisture levels can accelerate the appearance of fungi, bacteria, and internal fermentations, compromising the quality of the grain.
Thermal deviations can indicate unwanted internal processes and increase the risk of deterioration of stored material.
Sensors and devices collect critical information about level, temperature, humidity and the status of the installation.
The data is continuously transmitted to the monitoring platform.
The web application displays historical data, trends, and configurable alarms in real time.
The team can anticipate incidents and optimize operations with greater precision.
Discover how other companies in the agricultural and livestock sector are already improving their efficiency, reducing losses, and gaining operational visibility with IoT solutions tailored to their facilities.
It is an intelligent monitoring system that allows real-time monitoring of critical parameters of a livestock farm, such as temperature, humidity, ventilation, lighting, silo level or water consumption.
It improves operational efficiency, reduces manual tasks, helps prevent losses, optimizes resources, and facilitates decision-making through real-time data.
Environmental parameters, silo and feeder levels, water tank status, ventilation, stoves, lighting, and other critical farm systems can be controlled.
The cost depends on the number of points to be monitored, the type of sensors, and the required level of integration. It is highly recommended to conduct a preliminary analysis of the operation to define a solution tailored to the actual needs.
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