Main Characteristics of the current IoF2020 Use Cases IoF2020 encourages proposers to learn from the use case results that were delivered in the first quarter of 2018 as well as to join the series of events with IoF2020 partners to discuss collaboration potentials with existing use cases in detail. The following Table 1 provides and overview of the 19 use cases, sorted by the five trials. It shortly outlines the application areas addressed, the agri-food chain roles and the countries involved. More information about the use cases can be found at the IoF2020 website (https://iof2020.eu/trials). Table 1 The IoF2020 Trials and Use Cases divided over several EU countries Trial UC Name Short Description Application Areas Addressed Chain Roles Countries The Internet of Arable Farming T1 Arable 1.1 Within-field management zoning defining specific field management zones by developing and linking sensing- and actuating devices with external data Management zoning of arable fields; Crop protection; Yield prediction Farming, Logistics NL, DE, BE 1.2 Precision Crop Management smart wheat crop management by sensors data embedded in a low-power, long-range network infrastructure Nitrogen and water monitoring; Precision irrigation control; Crop growth optimization Farming FR 1.3 Soya Protein Management improving protein production by combining sensor data and translate them into effective machine task operations Protein monitoring & forecasting; Rational water usage (irrigation); Mechanical weeding Farming IT + Danube countries (CH, RS, AT, SK, HR, RO, CZ, UA) 1.4 Farm Machine Interoperability data exchange between field machinery and farm management information systems for supporting pilot machine communication Sustainable soil tillage; Machine to machine communication for Farming NL, DK, DE, BE
The Internet of Fruits T3 3.1 Fresh table grapes chain real-time monitoring and control of water supply and crop protection of table grapes and predicting shelf life Smart Irrigation; Variable Rate Spraying; Smart Processing & Packaging Farming, Packaging IT, EL, BE 3.2 Big wine optimization optimizing cultivation and processing of wine by networks and big data analysis within a cloud framework Pest Management; Selective Harvesting; Wine Cellar Monitoring Farming, Processing FR, IT 3.3 Automated olive chain automated field control, product segmentation, processing and commercialisation of olives and olive oil Fertigation; Harvesting Logistics; Smart Mill Processing Farming, Processing ES, EL 3.4 Intelligent fruit logistics fresh fruit logistics through virtualization of fruit products by intelligent trays within a low-power long-range network infrastructure Returnable Transport Items (RTI) for Fruits packaging and transporting; Field to Fork logistics; Super Market Placing and Monitoring Logistics, Consumption DE, NL The Internet of Vegetables T4 Vegetables 4.1 City farming vegetables chain innovation for leafy vegetables in convenience foods by integrated indoor climate control and logistics Advanced sensing of crop conditions in indoor farming; Automatic execution of growth recipes; Integrate production with processing & distribution (City) Farming, Logistics NL
production conditions 5.2 Poultry chain management Optimize production, transport and processing of poultry meat by automated ambient monitoring & control and data analyses Poultry growth monitoring and weight prediction; Monitoring of picking & logistics; Poultry category assessment slaughterhouse Farming, Logistics, Processing ES, BE 5.3 Meat Transparency and Traceability Enhancing transparency and traceability of meat based on an monitored chain event data in an Transparency food safety and quality information; Cold chain monitoring; Quality decay prediction and alerts Farming, Logistics, Processing, Consumption NL, DE
and nutrients; 13 actuators for pulverization, dehumification, artificial light actuator, irrigation, CO2 enrichment actuator and biomass heating; 4 IP cameras and 4 weight devices DSS production managing; DSS Deceases syst. DSS pest control; DSS for handling & transport managing 4.3 6 RGB Cameras, GPS, timestamp Handheld (Smartphone), 1-2 GUI (Touchscreen in tractor), 12 Weed actuators 1-2 local data storage & image pre-processing syst., 3-4 gateways, 2 WIFI networks, cloud IoT platform Web application and smartphone app, 3 DSSs for Growth, Weed, Soil Monitoring 4.4 35 sensors of volume, moisture and chemicals (in the field-min. 15); 100 digital traceability tags (100), QRs Web certification data platform 3 apps for data upload, query & aggregation app, traceability app for buyers/consumers T5 Meat 5.1 50 sensors for water & feed consumption, daily growth, cough monitoring and stable climate control; PigWise sensor; 8 RFID Readers (FEIG/DTE), 500 RFID Tags (HID Global); slaughterhouse recordings of 2000 pigs 1 IoT Data platform 1 Virtus Middleware + LinkSmart Middleware components 1 ebbits Adaptation Layer Early Warning System Application; Boar Taint presence report linking with preventive measures; Data Analytics & Visualization 5.2 110 sensors for temperature, humidity, luminosity, CO2, and ammonia (farms, trucks); 8 scales with integrated sensors & camera); 12 silo weight cells, 10 Sony SmartBands GPRS/WIFI WSNs: 4 farms (TIBUCON) and 10 trucks WSNs, Bluetooth 4.0 SmartBands, Google Fit LiveLog, 1 IoT Data Platform & Middleware Early Warning System, Birds Manipulation Assistant, Environmental Assistant, Production Management DSS, Data Visualization 5.3 30 barcode/QR readers; 5-10 RFID gates at slaughterhouse and meat processor, about 100 temperature sensors and 5-10 cooling actuators at transport; temperature sensors and shop shelve actuators at test shop 2 EPCIS repositories – IoT Data platform 1 Discovery server 2 Connectors, 1 Discovery App, 1 Aggregation App Annex II – Selection Criteria