Oenotrace will provide solutions to the ICT-AGRI-FOOD call for proposals as it includes a data-driven system enabling and promoting transparency on sustainable wine growing practices for different target groups like consumers and public authorities. From the primary production to the distribution of wine, multiple phases of the entire value chain will be involved. An analysis of information and communication gaps with DWV and thus, proximity to growers, is conducted already during the proposal phase and this will be extended by a thorough mapping of the value chain involving multiple actors right from the beginning of the project in co-creating the entire solution and identifying their willingness and potential to boost ecosystem services.
The specific focus on indicators related to the sustainability of the in-field wine management practices automatically grants insight into other factors like the origin, production methods and properties of primary products, as well as into sustainability aspects of products and processes, like e.g. energy consumption and environmental impact
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PHASE I – IoT Network and Development of the Data Visualization Platform, Coordination, and Dissemination ă [01.03.2024 – 31.12.2024]
Activity 1.1 – Defining the Components and the IoT Network
This activity focuses on identifying and specifying the essential components that will make up the IoT network for viticulture. It analyzes the types of sensors needed (e.g., for monitoring humidity, temperature, soil quality), the communication infrastructure (e.g., data networks, communication protocols), and how these components integrate to enable efficient data collection. The objective is to ensure a solid foundation for the continuous monitoring of viticultural processes.
Activity 1.2 – Defining the Requirements for Developing the Platform and Its Functionality
In this activity, technical and functional requirements for the development of the data platform have been established. This includes specifications related to the user interface, data processing capacity, information storage, and how data will be accessed by various stakeholders (viticulturists, researchers, authorities). Additionally, the integration with various existing systems has been analyzed, as well as how the platform can support precision viticulture.
Activity 1.3 – Defining an Interoperability Mechanism for Efficient Data Integration
This activity focuses on creating an interoperability framework that allows for the efficient integration of data from various sources (sensors, external databases, etc.). Discussions are held regarding data standards, communication protocols, and the necessary APIs to facilitate information exchange between the different components of the system. The goal is to ensure a coherent and accessible data flow for all stakeholders, thereby optimizing the decision-making process.
Activity 1.4 – Coordination and Dissemination of Results
This activity emphasizes the coordination of working teams and the effective communication of the results obtained within the project. Periodic meetings, workshops, and training sessions have been organized to ensure that all partners are aligned with the project’s objectives. The aim is to promote transparency and the adoption of the solutions developed within the project.
Results:
Stage I of the OENOTRACE project focuses on creating an integrated IoT network for viticulture, with the main objective of improving transparency and sustainability in agricultural practices. In a context where European vintners face challenges related to climate change and increasing consumer demands for information regarding environmental impact, this stage aims to address these issues through the development of effective digital solutions.
Dissemination
- Participation in the OENOTRACE project meeting, – Annual Consortium Meeting – June 3-4, 2024, Istituto Ximeniano (top floor), Borgo San Lorenzo 26, Florence, Tuscany, Italy. Social media posts showcasing the progress of the OENOTRACE project and the architecture of the OENOTRACE platform.
- Participation in the agricultural exhibition AgriPlanta – RomAgroTec, from May 23-26, 2024. AgriPlanta-Romagrotec means: field exhibition; demonstration plots; demonstrations with agricultural machinery. Beia had a stand at the exhibition, where it presented the OENOTRACE project and the progress achieved so far.
- Participation at the SIMI 2024 conference, on September 19 – 20, 2024 “The 27th International Symposium “Environment and Industry””, with the paper Advanced Solution for Urban Gardens Based on IoT Systems, Prediction Algorithms and Multi-Criteria Application, Eng. Andrei-Bogdan Dănilă, Eng. Robert-Alexandru Streche, Eng. Oana Orza, Dr. ing. Cristina Dobre, Dr. eng. ing. Dr. George Suciu.
- European Coastal Challenge Summit, 24-27 September 2024, Constanta, Romania, Enhancing viticulture: integrating IoT, wireless sensors and machine learning for precision vineyard management , Andrei Danila, Robert Streche, Oana Orza , Cristina Dobre, Andrei Sterea, Theodor Pintilie , George Suciu
- Participation at the SIITME 2024 conference, October 16 -19, 2024, Sibiu , Romania and presentation of the paper Smart Solutions for Sustainable Urban and Food System Development, authors A.B. Danila, R.A. Streche, O. Orza, F.E. Osiac, C.M. Dobre and G.. Suciu, https://siitme.ro.
Phase 2 – Collection and processing of monitored data through the integrated software module, coordination, and dissemination
Activity 2.1 Collecting data from real-time IoT monitoring components
Activity 2.2 Developing a software module for processing the acquired data
Activity 2.3 Integrating the software module into the platform
Activity 2.4 Coordination and dissemination of results
Phase 3 – Evaluation, testing, and validation of the solution; Definition of business models, coordination, and dissemination
Results: Research report on the evaluation, testing, and validation of the solution; definition of business models, coordination, and dissemination
Activity 3.1 Evaluation, testing, and validation of the visualization platform
Activity 3.2 Real-world validation of the visualization platform
Activity 3.3 Defining the market exploitation strategy
Activity 3.4 Coordination and dissemination of results