The Internet of Food & Farm: Opportunities Micro-Nano-Bio Systems
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This document discusses the Internet of Food and Farming 2020 (IoF2020) project. The project aims to demonstrate the business case for using IoT technologies across the European farming and food sectors. It involves 71 partner organizations conducting trials across 16 countries over 4 years with a budget of €35 million. The project will test 19 use cases across various agricultural commodities. It seeks collaboration from the micro-nano-bio community to identify available sensors that can measure important farming and food parameters. The project also aims to establish an IoT ecosystem to ensure the sustainability of IoT solutions for agriculture beyond the project duration.
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The Internet of Food & Farm: Opportunities Micro-Nano-Bio Systems
- 1. THE INTERNET OF FOOD & FARM OPPORTUNITIES MICRO-NANO-BIO SYSTEMS COR VERDOUW, WAGENINGEN UNIVERSITY & RESEARCH Micro-Nano-Bio Systems Workshop, Amsterdam on 12 &13 December 2017
- 2. OBJECTIVE IOF2020 IoF2020 fosters a large-scale uptake of IoT in the European farming and food sector • Demonstrate the business case of IoT for a large number of application areas in farming and food sector; • Integrate and reuse available IoT technologies by exploiting open infrastructures and standards; • Ensure user acceptability of IoT solutions in farming and food sector by addressing user needs, including security, privacy and trust issues; • Ensure the sustainability of IoT solutions beyond the project by validating the related business models and setting up an IoT ecosystem for large scale uptake. 2
- 3. IOF2020 IN BRIEF 3 16 COUNTRIES 4 YEARS Start = January 2017 €35 MILLION BUDGET (€30 million co-funded under EU H2020 programme) 71 PARTNERS ORGANISATIONS
- 4. 5 TRIALS, 19 USE CASES 4 MEAT ARABLE VEGETABLES FRUITS DAIRY
- 5. Internet of Things in Food and Farming JANUARY 1 2017 BIG DATA CONTROL SENSING & MONITORING ANALYSIS & PLANNING SMART SMART SMART
- 6. Upgrade IC Steketee weeder and other sensors and extract information to farm management system ADDED VALUE WEEDING DATA
- 8. Optimizing cultivation and processing of wine by sensor-actuator networks and big data analysis within a cloud framework BIG WINE OPTIMIZATION
- 9. USE CASE CONCEPT 9 ADSL Ethernet Cloud Server Gateway WiFi Cloud Winery sensors T°/ HR Wine Tank T° Water & Electricity meter readers LoRa Gateway LoRa G PS Mobile camera & Computer vision processing Weather station LoRa Ethernet (in the Hangar) Vineyard sensors Fix camera & Computer vision processing Trap with camera & Computer vision processing LoRa Mobile Cloud based Service and Application 2G/3G/4G LoRa WiFi T°/ HR
- 10. IOF2020 ECOSYSTEM & COLLABORATION SPACE WP1ProjectCoordination& Management GENERIC APPROACH & STRUCTURE WP2 Trials/Use cases: Knowledge & App development Lean multi-actor approach 3. EVALUATION 1. CO-DESIGN 2. IMPLEMENTATION MVP1 MVP2 LARGE SCALE MVP3 WP3 IoT Integration WP4 Business Support WP5 Ecosystem Development
- 11. TECHNICAL / ARCHITECTURAL APPROACH Use case architecture Use case IoT system developed Use case IoT system implemented Use case IoT system deployed USE CASE REQUIREMENTS IoT reference architecture instance of IoT catalogue Reusable IoT components reuse IoT Lab Reference configurations & instances reuse Collaboration Space shared services & data ProjectlevelUsecaselevel sustain reuse
- 12. MAIN PARAMETERS USE CASES • Animal Characteristics • Health, Fertility, Weight, Feed Intake, Movements, Genetics, … • Outdoor Conditions (weather) • Incl. Temperature, Solar Radiation, Rainfall, Wind, … • Crop Characteristics • Incl. Growth, Water Stress, Fertilizer Need, Pests, .... • Soil Characteristics • Incl. Moisture, Temp, EC, Nutrients, … 12 • Indoor/Storage/Trans- portation Conditions • Incl. Temp, Humidity, Noise, CO2, … • Location • Incl. Position of Animals, Crops, Trees, Equipment, RTIs, .... • Food Product • Incl. Grain Humidity, Chemical/Microbiological Quality Dairy Products, Wine Temperature, Soya Protein Levels, Carcass Parameters, ....
- 13. QUESTIONS TO THE MNBS COMMUNITY • Which MNBS sensors are available for measuring our current Use Case parameters (c.f. previous slide)? • Are there affordable and ready-to-use sensors available to measure other important parameters for food and farming? JANUARY 1 2017 IoT Catalogue Food & Farming
- 14. OUTSIDE PROJECT OPEN CALL TOWARDS TO THE IOF2020 ECOSYSTEM GENERAL PUBLIC AND MEDIA POLICY-MAKERS AND REGULATORS SCIENTIFIC COMMUNITY AGRICULTURAL (INDEPENDENT) ADVISORY SERVICES NGOS & INTEREST ORGANISATIONS IOT TECHNOLOGY PROVIDERS BUSINESS SUPPORT ORGANISATIONS • Accelerators • Incubators • Chambers of commerce • Enterprises networks END-USERS • Farm equipment suppliers • Food processing companies • Retailers • Transporters • Consumers’ associations INVESTORSFARMERS COOPERATIVES CONSORTIUM PARTNERS
- 15. SOME OPTIONS FOR COLLABORATION Catalogue of re- usable components. Participation in workshops/ webinars on specific topics Organization of joint or combined events or workshops Sharing ecosystem and networks Cooperation in standardisation activities ..... JANUARY 1 2017
- 16. STAY-TUNED VIA • Website: www.iof2020.eu • Twitter: https://twitter.com/IoF2020 • Newsletter subscription & contact: communications@iof2020.eu
- 17. IoF2020 is funded by the Horizon 2020 Framework Programme of the European Union. Grant Agreement no. 731884. Visit iof2020.eu for more information about the project. CONTACT INFORMATION Cor Verdouw cor.verdouw@wur.nl +31 (0)317 4 84752 THANK YOU FOR YOUR ATTENTION!
Editor's Notes
- http://www.micronanoconference.org/micro-nano-bio-systems-workshop/
- High technical readiness levels!!! Focus on integration of already available devices and technologies.
- Some key figures about the project: The Consortium comprises 71 partners from 16 countries. The project duration is 4 years (Start in January 2017 and end in December 2020) The total budget is €35 million (of which €30 million co-funded by the EU under the Horizon 2020 Framework Programme for Research and Innovation)
- The core of the project lies within 5 trials. These cover 5 sectors (arable, dairy, fruits, vegetables and meat). To showcase each of the trials, the project is organized around 19 use cases.
- Each use case includes the cybernetic system cycle starting,
- Device/Edge Domain Sensors to monitor weather, vineyard and winery conditions. Middleware for data gathering. Cloud Domain Perform data analysis on : weather conditions, vineyard phenological stages and resources. Use analysis results to improve vine yield, wine quality and optimize resources. Applications Domain Facilitate decision making by monitoring and controlling the vineyards and cellars at anytime and anywhere. Optimize resource allocation and use.
- Through these projects we have developed a success formula in approaching the challenge of ICT and Information Management in Agri-Food : Trials and use cases form the core, in which we jointly develop as research and business organisations, knowledge and application through a lean multi-actor approach This means that we quickly develop minimum viable products with involvement of all relevant stakeholders and upscale these through several cycles of development In parallel we create synergy by Technical integration: open architectures, standard that can be used as generic building blocks in the trials and use cases Governance and business modelling: solve issues that arise from the trials and use cases regarding ownership, privacy, trust, etc. and support the businesses in developing sustainable business plans for the apps, services and organization structures that are being developed Ecosystem Development – support the trials and use cases in embedding their solutions in global ecosystems and upgrading them to a large scale Project coordination and management is trivial, but we have shown that Wageningen University and Research is very capable to fulfil this role in large public-private projects This integrated approach will guarantee long-term, sustainable results from these projects.
- IoF2020 believes that it is important for a large scale take‐up to maximize synergies across multiple use case systems. As a consequence, much attention is paid to ensuring the interoperability of multiple use case systems and the reuse of IoT components across them. The figure shows the architectural approach to achieve this during design, development, implementation and deployment. To enable reuse of components, IoF2020 will provide a catalogue of reusable system components, which can be integrated in the IoT systems of multiple use cases of the project. It will include as much as possible existing components from previous and running projects and (open source) initiatives, including FIWARE, FIspace, etc.
- Consortium participants and partner organisations IoF2020 partners, other networks and initiatives with whom relations have already been established. Stakeholders, directly using produced services and/or benefiting from the project outcomes. Farmers Cooperatives End users IoF2020 includes end-users for the entire supply chain, from farm to the plate. IoT technology providers Companies or other entities developing, producing and selling IoT technologies. Agricultural (independent) advisory services Services that make new knowledge available to farmers and assist the farmers to develop their farming and management skills. Business support organisations Entities supporting the establishment of a business entity. Interest organisations / NGOs Interest organisations are the entities representing interests of a particular sector. NGOs are non-profit organizations, operating independently of government. Investors Entities committing capital for a financial return. Scientific community A diverse network of interacting scientists. Policy makers and regulators Individuals responsible for determining and applying policies and legislations. General public & media General public is the general community of people, regardless of their interests and/or occupations. Media are the communication channels through which the IoF2020 key emssages can be disseminated.