The wi.GROW platform is a comprehensive solution focused on the domains of aquaculture, agriculture and livestock production, as well as urban greenery and biodiversity management. With an emphasis on optimization and sustainability, the platform provides specialized tools for monitoring and managing critical parameters that affect these sectors.
Data collection in wi.GROW is based on multiple sources tailored to the needs of each application.
In agriculture, wi.GROW utilizes soil moisture sensors, NPK (Nitrogen, Phosphorus, Potassium) and pH sensors, as well as meteorological devices.
For aquaculture, it integrates environmental sensors and production monitoring tools, enabling detailed monitoring and real-time data analysis.
The platform leverages advanced artificial intelligence and IoT algorithms. These include predictive models and optimization mechanisms for resource management, machine learning for environmental data analysis and trend detection, and decision-making tools customized for each domain. Examples include irrigation scheduling, biodiversity planning, and production optimization. Additionally, algorithms for feed and production optimization in aquaculture empower users with data-driven actions and precise recommendations.
The wi.GROW platform features interactive dashboards that provide real-time metrics and alerts. Through these dashboards, users gain a comprehensive view of environmental conditions, production status, and critical insights. Customizable filters enable data analysis by date, source, or application, simplifying information exploration. Administrators can track trends, manage devices, and make informed decisions through a user-friendly interface that enhances operational oversight and responsiveness.
wi.GROW offers specialized applications tailored to managing and optimizing each domain.
In agriculture, it provides advanced tools for efficient irrigation, fertilization, and pest control, ensuring resource efficiency and optimal crop health.
In biodiversity, the platform delivers solutions for maintaining green spaces and managing ecosystems, supporting users in monitoring and preserving natural environments.
For aquaculture, it enhances production efficiency through comprehensive environmental monitoring and security systems, enabling aquaculture managers to optimize feeding, track growth, and ensure sustainable practices.
With these integrated capabilities, wi.GROW enables users to manage their operations more effectively, promoting sustainability and productivity simultaneously.
wi.GROW-agri
Revolutionizing Farming Practices
wi.GROW-agri offers a cutting-edge approach to Precision Farming by integrating data from a variety of sources, such as soil moisture, NPK, and pH sensors, weather monitoring systems, and ecological scheme data (AEE). Advanced AI algorithms process this data to deliver precise recommendations and insights for optimizing irrigation, fertilization, and pest management.
The system generates actionable alerts based on real-time data, enabling farmers to make informed decisions about crop care. This proactive approach improves crop yield, reduces resource waste, and minimizes environmental impact, leading to enhanced farm productivity and cost savings.
Supported Crops Include:
- Olives
- Cotton
- Soy
- Wheat
- Corn
- Vegetables (Tomatoes, Cucumbers, etc.)
- Fruits (Apples, Citrus, Grapes, etc.)
E2E Solution Architecture
The wi.GROW-agri system provides a comprehensive, end-to-end solution for modern agriculture by seamlessly integrating hardware, networks, cloud infrastructure, and intuitive dashboards. This innovative platform connects data collection, advanced analytics, and actionable insights into a unified system, allowing agricultural units to optimize their operations, streamline decision-making, and improve productivity while embracing precision and efficiency.
Hardware Components:
– Multi-parameter soil sensors measure critical variables such as temperature, moisture, electrical conductivity, NPK, and pH, ensuring up-to-date information on soil health.
– Weather stations are equipped with sensors for air temperature, humidity, wind speed, solar radiation, and rainfall, providing essential environmental data to refine farming strategies, such as irrigation and pest control.
– Data Gateway facilitates seamless communication between sensors, cameras, and the cloud, enabling remote management and continuous, secure data flow.
Telecom Networks: The system supports various network types like 4G, 5G, and Wi-Fi, ensuring reliable data transmission for real-time monitoring and analysis.
Cloud Infrastructure: The cloud infrastructure processes large volumes of data collected from sensors and cameras, using AI algorithms to deliver actionable insights and predictive models, offering scalability to meet the evolving needs of agricultural operations.
Dashboards: The system features customizable, intuitive dashboards that integrate all collected data, providing farmers with advanced monitoring and predictive analytics for irrigation planning, soil health analysis, crop condition monitoring, and weather trend assessment.
Decision Support System (DSS): The DSS provides timely alerts and actionable recommendations on key farming activities such as irrigation scheduling, nutrient adjustments, and pest control, empowering farmers to make data-driven decisions from anywhere.
Features of wi.GROW-agri
wi.GROW-agri is an advanced platform designed to streamline agricultural management through the integration of smart farming technologies and ecological scheme compliance. It allows farmers to precisely record and manage producer and parcel data, ensuring efficient crop production while meeting environmental sustainability requirements. The system seamlessly integrates with ecological scheme (AEE) data, reflecting the ecological actions declared for each agricultural parcel, making compliance easier and more efficient.
Key Features
Real-time Monitoring: Monitor soil conditions, crop health, and environmental factors in real-time, offering early warnings for issues like pest or disease outbreaks.
Predictive Analytics: AI-driven insights help optimize irrigation, fertilization, and pest management schedules, improving resource efficiency and reducing waste.
Weather Integration: Real-time weather forecasts assist in planning farming activities, such as irrigation and pest control, based on current conditions.
Ecological Scheme Compliance (AEE): Easily integrate and comply with ecological schemes, ensuring environmental sustainability across operations.
Bulk Data Recording & Reporting: Simplify data management with bulk recording features, allowing efficient entry of data at the producer level and within broader management systems (KYP). Customizable reports and Environmental Management Plans (EMPs) ensure sustainability focus.
AGRO 2 & GLOBALG.A.P. Compliance: Supports certification processes and global market standards, enhancing producer credibility.
Multi-device Access: The platform is accessible via both web and mobile devices, enabling farmers to manage their operations remotely.
Data Filters & Crop Insights: Advanced filters for soil conditions, crop types, and growth stages provide tailored insights and quick access to relevant information.
wi.GROW-green
Enhancing Biodiversity and Green Spaces
wi.GROW-green offers a forward-thinking solution for enhancing biodiversity and managing municipal green spaces by leveraging data from various sources such as NDVI (Normalized Difference Vegetation Index) sensors, green space registries, and infrastructure tracking tools (e.g., benches, fountains, etc.). Advanced AI algorithms process this data to optimize maintenance scheduling, support ecosystem planning, and provide insights into visitor traffic and behavior.
The system generates actionable insights and alerts, enabling municipalities to enhance biodiversity, improve public spaces, and create sustainable and enjoyable environments for visitors. This approach optimizes resource use, enhances visitor experiences, and supports long-term environmental goals.
Key Areas of Focus:
- Urban Parks
- Public Gardens
- Botanical Gardens
- Green Streetscapes
Management and Enhancement of Green Spaces Using AI Tools
Data is collected from a variety of sources, including NDVI sensors to monitor vegetation health and green coverage, green space registries to track and manage the locations and sizes of public green spaces, and infrastructure tracking systems that monitor the status of benches, fountains, lighting, and other public amenities. AI algorithms process this collected data to optimize maintenance schedules for green space upkeep, plan ecosystem enhancements that improve biodiversity and ecological balance, and analyze visitor traffic patterns and behaviors to enhance public space usage. The platform offers a comprehensive dashboard that provides real-time insights into vegetation health and coverage, visitor traffic and behavior in green spaces, and the status of infrastructure such as benches, fountains, and more. This enables municipalities to make data-driven decisions about green space management, improving operational efficiency and resource allocation.
Features of wi.GROW-green
Maintenance Scheduling and Optimization
wi.GROW-green helps municipalities schedule and optimize maintenance activities, ensuring that tasks such as landscaping, waste removal, and infrastructure upkeep are conducted efficiently and on time.
Ecosystem Enhancement Planning
Using AI-powered tools, the system helps municipalities plan actions aimed at improving the biodiversity and ecological health of urban green spaces, ensuring alignment with sustainability goals.
Visitor Experience Monitoring
The system tracks visitor traffic patterns and provides insights into how individuals interact with green spaces. This data helps improve visitor experiences by informing decisions on facilities, accessibility, and space layout.
Infrastructure Tracking and Management
The platform tracks infrastructure such as benches, fountains, lighting, and pathways within green spaces, ensuring these amenities are in good condition and accessible to the public. Real-time tracking allows municipalities to respond quickly to any maintenance needs.
Report Generation and Ecosystem Action Plans
The platform generates reports documenting the status of green spaces, maintenance activities, and ecological initiatives. These reports serve as valuable tools for transparency, planning, and performance assessment.
Compliance with Sustainability Standards
wi.GROW-green is designed to assist municipalities in complying with environmental sustainability standards, fostering healthier urban ecosystems that support biodiversity and provide valuable public spaces.
User-Friendly Interface
The platform offers an easy-to-use interface accessible through web and mobile applications. This allows municipal staff and planners to manage and monitor green spaces efficiently from anywhere.
wi.GROW-green offers municipalities the tools they need to efficiently manage green spaces, ensuring they are sustainable, well-maintained, and enjoyable for visitors. With the help of AI and real-time monitoring, municipalities can make informed decisions that benefit both the environment and the community.
wi.GROW-aqua
Innovating Aquaculture Management
wi.GROW-aqua offers a comprehensive solution for aquaculture management, enabling aquafarm managers to optimize production, improve efficiency, and ensure the health of their aquatic stock. The system integrates IoT (Internet of Things) technologies, underwater cameras, quality sensors, and advanced AI algorithms to provide 24/7 monitoring, accurate data analysis, and proactive management of various aspects of aquaculture operations.
wi.GROW-aqua supports a wide range of species, including:
- Mussels
- Prawns
- Mediterranean Fish (e.g., sea bream, sea bass, and other local fish species)
- Other Marine Organisms
By leveraging AI-driven insights and real-time data, wi.GROW-aqua helps to enhance productivity, reduce waste, and mitigate risks such as disease outbreaks.
E2E Solution Architecture
The wi.GROW-aqua solution consists of three key components: hardware, telecom networks, and the wi.GROW-aqua platform. Together, they work seamlessly to optimize aquaculture operations by providing real-time monitoring, data analysis, and actionable insights.
Hardware:
The system uses advanced sensors and cameras to monitor critical environmental parameters, such as temperature, pH, dissolved oxygen, and salinity in the aquaculture environment. These sensors automatically collect and transmit data, replacing manual data collection methods. Underwater cameras provide visual insights into the production process and security, while additional security cameras, such as thermal and infrared cameras, can be used to monitor installations. A gateway device collects data from these sensors and cameras and sends it to the cloud for processing, ensuring real-time communication between devices and the platform.
Telecom Networks:
The solution supports various network types, including 4G, 5G, and Wi-Fi, which enable reliable data transmission from the hardware to the cloud. These networks ensure that data is transmitted quickly and securely, allowing for real-time monitoring and analysis.
wi.GROW-aqua Platform:
At the core of the solution is the wi.GROW-aqua platform. This platform integrates the data from sensors and cameras, analyzes it using AI and IoT technologies, and provides a user-friendly interface with customizable dashboards. It helps aquaculture producers monitor key parameters, optimize production processes, and make informed decisions based on real-time data. The platform’s advanced analytics and decision support system enable better resource management, enhanced security, and more sustainable practices.
Functions
Our innovative aquaculture management system, wi.GROW-aqua, combines state-of-the-art IoT monitoring, intelligent software, and advanced AI capabilities to revolutionize aquafarming. By integrating cutting-edge technology, we provide a comprehensive solution for real-time monitoring, production optimization, environmental sustainability, and installation security. This ensures efficient operations, healthier fish populations, and robust farm management tailored to meet the needs of modern aquaculture practices.
Monitoring (IoT)
wi.GROW-aqua integrates advanced monitoring capabilities to ensure data validity, address missing data, and power diverse AI-driven mechanisms. These features are essential for optimizing operations and maintaining a secure, efficient, and healthy aquaculture environment.
Underwater Camera: Captures video streams to optimize production and enhance installation security. Managers can monitor operations continuously, with 24/7 access to live footage.
Thermal Camera: Complements the monitoring system by detecting unauthorized activities, enhancing security. Both human operators and AI systems analyze these streams for immediate threat identification and response.
Real-time monitoring of water quality parameters, such as temperature, dissolved oxygen, pH, and salinity, is another cornerstone of wi.GROW-aqua. This feedback ensures that deviations from optimal conditions are immediately detected, enabling proactive decision-making to maintain a healthy environment for aquaculture.
wi.GROW-aqua Software
The wi.GROW-aqua software is designed to support comprehensive data logging and monitoring, focusing on production processes, net supervision, and the management of feed and medication storage. It provides powerful tools for optimizing production operations, managing resources effectively, and ensuring traceability.
Key features include:
– Daily activity recording, including feeding schedules, mortality rates, inventory levels, harvesting, internal transfers, treatments, measurements, and damages.
– Simplified inventory management with unlimited consumable storage locations per area.
– Batch-code tracking for accurate fish tracking and lifecycle insights.
– Real-time water quality monitoring for environmental management.
AI Functions
Production Optimization
The wi.GROW-aqua system employs AI-driven tools to optimize production processes. Using advanced machine learning algorithms, the AI provides weight estimation services with an accuracy of 5-10% . This capability helps refine feeding strategies, ensuring efficient and cost-effective operations. Over time, the system learns and adapts to improve its accuracy, making it a reliable tool for ongoing farm management.
Additionally, the AI analyzes fish behavior and feeding patterns, offering insights into mobility and food consumption. These insights help improve production efficiency and ensure that feeding strategies align with the needs of the fish population.
Environmental Footprint
wi.GROW-aqua integrates complex indices to monitor and minimize the environmental impact of aquaculture operations. The Water Quality Index (WQI) evaluates the overall health of the aquaculture environment by calculating a weighted average of environmental parameters, each weighted according to its importance. The Welfare Index complements this analysis by assessing the well-being of the fish, helping managers maintain a balanced and sustainable environment.
Installation Security
To ensure the security of installations, wi.GROW-aqua leverages AI for real-time video analysis. This technology identifies boats and individuals in the vicinity, allowing for early detection of unauthorized access or suspicious activities. Continuous monitoring provides farm operators with the tools needed to safeguard their fish stock and operations, enabling timely interventions to mitigate risks.
Our integrated approach combines IoT monitoring, advanced software solutions, and AI-driven analytics to deliver unparalleled operational efficiency, environmental sustainability, and security in aquaculture management.
wi.GROW-livestock
Revolutionizing Livestock Management
wi.GROW-livestock offers a comprehensive solution for the efficient management of livestock farming operations, integrating advanced technologies to monitor air quality, maintain a detailed livestock registry, and optimize farm performance. By combining real-time monitoring, data-driven insights, and intuitive tools, the platform helps farmers improve animal welfare, enhance productivity, and streamline daily operations.
Air Quality Monitoring: The system uses advanced sensors to monitor key parameters of air quality, such as temperature, humidity, ammonia levels, and CO₂ concentration within livestock facilities. Continuous monitoring ensures that deviations from optimal conditions are quickly identified, helping farmers maintain a healthy environment and reduce risks related to respiratory diseases and poor air quality.
Livestock Registry Book: wi.GROW/livestock includes a digital livestock registry, allowing farmers to record and manage data for each animal efficiently. The registry tracks essential details such as birth records, breeding history, vaccination schedules, health treatments, weight measurements, and feeding plans. With a user-friendly interface, farmers can access and update records in real-time, ensuring complete traceability and improved farm organization.
Features
wi.GROW-livestock offers an advanced platform for livestock management, integrating real-time air quality monitoring, a digital livestock registry, and compliance tools to enhance farm efficiency and animal welfare. The system continuously tracks key environmental parameters, such as temperature, humidity, ammonia levels, and CO₂ concentration, ensuring optimal conditions for livestock health and welfare. Through its centralized livestock registry, farmers can efficiently record and manage animal data, including health records, growth progress, and performance history.
Designed to support compliance with animal welfare standards and traceability requirements, wi.GROW/livestock ensures alignment with certifications such as GLOBALG.A.P., helping farmers maintain high operational standards. Its user-friendly interface, accessible via both web and mobile devices, enables seamless farm management from anywhere, empowering farmers with the tools they need to optimize their livestock operations and achieve sustainable productivity.
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