H&M Afstudeerproject
  • Intro
  • Onderzoek
    • Design brief
      • Introductie onderwerp
      • Stakeholders
      • Context
      • Design Challenge + Deelvragen
      • Focus
      • Product visie
      • Mogelijke impact
      • Mijlpalen
      • Bronnen
    • Desk research
      • Over H&M + must haves
      • H&M geeft toe dat de winkels beter kunnen
      • H&M wil innovatie toepassen in de winkels
      • Nieuwsberichten over H&M
      • Kalverstraat 125
      • Decoding the New Consumer Mind van Kit Yarrow
      • Technologie redt de winkel?! van de Hogeschool van Amsterdam
    • Fly on the Wall
    • Interviews
      • Expert interview Tess Jansen
      • Interview Andrea en Samira
      • Interview Fatima
      • Interview Sonny
      • Overeenkomsten interview
    • Enquête
    • Competitive Analysis
      • Zara
      • Uniqlo
      • Primark
      • Albert Heijn
      • Competitive Analysis
    • RFID
      • Wat is RFID?
      • Wat houdt RFID in?
      • Hoe kan RFID beveiligd worden?
      • Uniqlo zelfscan kassa
    • Persona
    • Customer Journey
    • Betalingsproces
      • Functies van de kassa
      • Betalingsproces visual
    • Bronnen onderzoek
  • Concept fase
    • Feedback frenzy 1.0
    • Ideation consumenten
    • Feedback frenzy 2.0
    • Wachten in de rij
    • Ideation caissière
    • Brainstormen
      • Trend analyse concurrent
    • 4 Concepten
      • Scanner 0.1
      • App 0.1
      • Zelfscan kassa 0.1
      • Wachtrij kassa 0.1
    • Concepten test resultaten
    • Bronnen concept fase
  • Uitwerking
    • Groenlicht presentatie
    • Best practices
      • Express self check out kiosk
      • Quora tips
    • Prototype's + feedback
      • Expert Review Report 1
      • User test zelfscan kassa 0.2
      • Presentatie voor H&M
      • Peer Review zelfscan kassa 0.3 - Monika Rutten
      • User test zelfscan kassa 0.4
      • Expert Review Report 2 + Aanbevelingen
    • Iteraties
      • Iteratie V 0.1
      • Iteratie V 0.2
      • Iteratie V 0.3
      • Iteratie V 0.4
      • Iteratie V 1.0 (V 0.5)
    • Visual design
      • Huisstijl
      • Moodboards
      • Structuur schermen
      • Styletile
    • Zelfscan kassa model
      • Morfologische kaart + 3D model
      • Zelfscan kassa met RFID
      • Specificaties
    • Ontwerponderzoek
      • Design principes
      • Functies van de zelfscan kassa
      • User flow zelfscan kassa
      • Videos voor schermen
      • Programma van Eisen + MoSCoW
    • Schermen van de zelfscan kassa
      • Producten kopen
      • Snelste proces
      • Product niet gevonden
      • H&M club member
      • Wat als scenario's
    • Bronnen uitwerking
  • Conclusie
    • Evaluatie
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  • Deelvraag:
  • Wat RFID is:
  • What RFID Isn’t

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  1. Onderzoek
  2. RFID

Wat houdt RFID in?

PreviousWat is RFID?NextHoe kan RFID beveiligd worden?

Last updated 5 years ago

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Deelvraag:

  • Hoe doen andere vergelijkbare retailers dit? (Van de deelvraag: Hoe kan een product helpen om het betalingsproces te verbeteren? )

(Smiley, 2019)

Wat RFID is:

  • RFID doesn’t need line of sight

  • RFID tags are able to be rewritten and reused

  • RFID tags can be extremely durable against impact and environmental factors

  • RFID tag data is encrypted and can also be locked for extra security

  • RFID tags can hold more data than other types of tags or labels

  • RFID readers can read hundreds of tags within seconds

  • RFID tags can have information printed on them like instructions, barcodes, or company names

  • RFID systems can be integrated with other internal systems or processes

What RFID Isn’t

  • RFID technology isn’t an all-knowing, all-seeing, limitless technology.

  • RFID tags do not store immense amounts of data – most are designed to hold a number for identification. While some tags can store more data in the user memory section, accessing that additional data slows down read time.

  • RFID tags can’t be read from everywhere. Most UHF RFID tags, on average, can only read 14 – 20 feet depending on the frequency and size. The tags used in large outdoor applications CAN be read from up to 500 feet, but they are active RFID tags (which means they contain batteries and on average only live 3-5 years) and are pretty big – typically larger, heavier, and a good deal more expensive than passive tags.

  • An RFID system isn’t cheap – most systems average in cost from a few hundred dollars for a small reader/writer and a few tags to over several thousands of dollars for a single read zone with a reader, a few antennas, and tags.

  • Just like you can’t track down your “chipped” animal when it is lost (LF RFID), you can’t track tagged objects unless there is RFID hardware in the read area. If hardware is setup throughout a building, you can track a tagged object in the building, even (with the correct setup) identifying the room in which it is located. But, once the object leaves the building and the read area, the tag is no longer traceable unless introduced back into the read area.

RFID tags are not insecure or unprotected – most tags come with a that can be enhanced with software or the tag can be locked from being read with a passcode.

security protocol
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