Agriculture
Revolutionize farming with smart monitoring and data-driven decisions.
Agriculture
Revolutionize farming with smart monitoring and data-driven decisions.
Modern agriculture depends on accurate, real-time data. Gimasi offers intelligent sensors that allow growers to monitor temperature, humidity, light, and CO₂ across their fields, greenhouses, and storage areas. Our solutions help farmers make smarter decisions about irrigation, harvesting, and resource allocation, boosting crop yield while reducing waste.
Designed for durability and powered by long-life batteries, our devices operate autonomously across large areas, with minimal upkeep.
Farm Smarter. Plan Better. Harvest More.
Agrila is a versatile IoT building block designed to enable smart agriculture and irrigation solutions. It supports telecom companies, AI and IoT startups, insurance providers, and scientific organizations in developing data-driven agricultural technologies. By providing reliable, scalable sensor connectivity and cloud-based analytics, Agrila helps optimize water usage, monitor crop health, and improve overall farm productivity.
Key Components & Functionality
- IoT Sensor Integration: Seamlessly connects soil moisture, weather, and environmental sensors for real-time data collection.
- Smart Irrigation Support: Enables precise irrigation control based on data analytics to conserve water and boost crop yields..
Cloud Connectivity: Securely transmits data to cloud platforms for monitoring, AI-driven insights, and predictive modeling.
Multi-industry Collaboration: Supports a range of stakeholders from telecom to insurance, enhancing data-driven decision making across the agricultural ecosystem.
Agrila acts as a powerful foundation for building the next generation of smart agriculture solutions, helping farmers and partners to cultivate sustainability and efficiency through advanced IoT technologies.
Use Cases
Precision Farming in Greenhouses
A medium-sized agricultural business was managing multiple greenhouses producing high-value vegetables. But temperature spikes, fluctuating humidity, and inconsistent lighting led to uneven growth cycles and reduced yields, especially during seasonal transitions.
By installing Agrila Smart Sensor Stations throughout their greenhouses, the company was able to monitor real-time data on temperature, humidity, CO₂, and light levels. With the internal dashboard they could automate ventilation, irrigation, and shading systems.
Remote Crop Health Monitoring
A family-run open-field farm growing seasonal crops across several hectares, needed a better way to manage irrigation and disease prevention. Over-irrigation and inconsistent soil moisture levels were causing waste, while sudden weather changes made it difficult to anticipate risks.
Once Agrila was installed, the company was able to analyze data and connect with predictive weather models, create irrigation schedules and proactively manage pest or fungus outbreaks.
Boosting Urban Farming Efficiency
A city-led initiative converting rooftops and abandoned lots into micro-farms, faced challenges in managing irrigation and crop health efficiently across multiple decentralized growing spaces. They struggled with water waste, crop variability, and high maintenance costs.
When they installed AGRILA, deployed to collect real-time data on environmental conditions, the company was finally able to analyze the environment and provide personalized recommendations on irrigation timing, pest risk, and nutrient needs. Everithing on AGRILA’s cloud servers.
Smart Silo Management
Traditional feed and grain silos are often monitored manually, requiring on-site checks that are time-consuming, error-prone, and resource-intensive. A regional distributor, struggled with shortages, overfilled silos, and inefficient delivery planning.
GIMASI’s Level Meter was installed in each silo to provide precise, real-time measurements. The devices transmit level data directly to the GIoT cloud dashboard, where it is analyzed and displayed in intuitive visualizations. Staff can view all silo statuses remotely via desktop or mobile and receive alerts for refill thresholds or unusual activity (e.g., sudden depletion or movement).
