RFID from Farm to Fork Piero Filippin p.filippin@wlv.ac.uk RFID - - PowerPoint PPT Presentation

rfid from farm to fork
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RFID from Farm to Fork Piero Filippin p.filippin@wlv.ac.uk RFID - - PowerPoint PPT Presentation

RFID - From Farm to Fork Strengthening SME competitive advantage through RFID implementation RFID from Farm to Fork Piero Filippin p.filippin@wlv.ac.uk RFID from Farm to Fork Funded by the EU as part of the Competitiveness and Innovation


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SLIDE 1

Strengthening SME competitive advantage through RFID implementation

RFID - From Farm to Fork Piero Filippin p.filippin@wlv.ac.uk

RFID from Farm to Fork

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SLIDE 2

RFID from Farm to Fork

  • Funded by the EU as part of the Competitiveness and

Innovation Framework Programme (CIP)

  • Information Communication Technologies Policy Support

Programme (ICT-PSP)

  • 11 partners across Europe
  • The purpose is to practically demonstrate AIDC and

sensor technologies can provide a ROI to SMEs

  • Vertical sector – 12 pilots demonstrating full food

traceability from the producer to the consumer www.rfid-f2f.eu

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SLIDE 3

Unique ID - 1

Being able to uniquely identify products is a requirement for traceability

  • We stick an unique ID on every product from a “farm”
  • Meat, fish, wine, cheese - mostly high value products
  • The ID phisically moves with the product through the

various processes using different carriers as appropriate

  • RFID tag, barcode, QRCode
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SLIDE 4

Unique ID - 2

  • Every event in the supply chain is added to the database

against that ID

  • Full supply chain visibility and data exchange between

the partners, downstream and upstream

  • Every step can access the “history” of an ID
  • Every step can see what happens to the ID after the

product left its premises

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SLIDE 5

An item undergoes a process

  • The most common case. Its ID does not change, a

timestamped data record is added to a database

  • Example:Cooking, Packaging, Delivering, Storing...

Traceability - 1

Unique ID Item Process Unique ID Item

Unique ID Additional data E.g. Sensor data

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SLIDE 6

An item is split into parts

  • Each part carries the information of the parent
  • Best place to change data carrier
  • Examples: Butchering a pig, disassembling a pallet

Traceability - 2

Unique ID1 Item Disaggregation

Unique ID4 Item Unique ID3 Item Unique ID2 Item ID1->ID2 ID1->ID4 ID1->ID3

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SLIDE 7

Multiple items are merged together

  • The child carries the IDs of all the components
  • In some cases a new ID is assigned
  • Example: Making a cake, assembling a pallet

Traceability - 3

Unique ID2 Item Unique ID? Item Unique ID3 Item Unique ID1 Item

IDx=ID1+ID2+ID2

Aggregation

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SLIDE 8

Pilot

  • Identify steps in the supply chain, from the

“farm” (origin) to the “fork” (consumer)

  • In every step, identify the processes
  • Determine the information flow
  • Identify the gaps and inefficiencies
  • Suggest corrective actions where beneficial
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SLIDE 9

Strengthening SME competitive advantage through RFID implementation

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RFID - From Farm to Fork Thank you