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ATMs and transaction terminals March 25th, 2009 José Angel Martínez Usero INREDIS Scientific Director This presentation is supported by
ATMs and transaction terminals ATMs are the most  common device  for interaction with banks The number of available ATMs has risen greatly since 70’s  Progressive introduction on  daily live , and  familiarity  in the society [eg. young people uses ATMs more intensely and broadly] Beyond traditional banking actions, ATMs tend to offer a  wider range of services  [event ticketing, topping up the mobile, surfing the Internet, etc.] Will ATMs converge to  access points to services  of e-government, tourism, leisure, etc.?
Present situation The  accessibility  assessment of ATMs has highlighted  serious deficiencies  regarding improvements in electronic accessibility  users with visual impairment   users with physical difficulties (hand movements) Also  physical accessibility barriers  related to urban accessibility, disposition (height and inclination), and so on. Some ATMs provide integrated  assistive technologies , but: Lack of standardization Proprietary and closed systems  High cost There is no consensus across networks of banks Different applications in different geographic areas (regions, countries)
In the near future : mobile ATs Mobile device  as an ideal terminal able to interact with ATMs Familiarity  with the device Mobility  and autonomy  Several  connectivity  protocols  Computational  capabilities Wide range of pre-installed ATs It has a high  acceptability  on discussion  groups with people with disabilities (1) Main concerns on  interoperability ,  ubiquity  and  security (1) Experimental research on mobile potentialities as terminal able  to interact with  vending machines and ATMs. ONCE Foundation
In the near future : ubiquitous ATs The basis Open software ATs Open DMR ATs Different steps of technological development Downloadable ATs Portable ATs  Embedded ATs Totally ubiquitous ATs Main Requirements Ready to use from the first moment Configuration according to user needs User identification and modelling
3G Accessibility combines several core issues 3G Accessibility is the future   Accessibility + Interoperability + Ubiquity Interoperates semantically with any other device Incorporates accessible criteria for all Can be set according to my needs and preferences Creates naturally multimodal interaction channels
3G Accessibility trends Using user  mobile devices  for interacting with other devices or services is an  accessibility trend : European  research projects: I2HOME, VITAL, MONAMI, SOPRANO, etc. Standards:  ISO 24752 - URC (Universal Remote Console)  National  research projects: INREDIS (Spain) Promoting  ubiquitous ATs  is being researched International : “Raising the” floor initiative  European : Abilitynet (UK) + INREDIS project (2M euro for basic research) National initiatives : Barclays (UK + Spanish branch) + la Caixa (Spain)
Proof-of-concept. Spanish R&D project User validation  of a proof-of-concept with people with disabilities resulted in: Every requested tasks were completed  successfully This way of barrier elimination was  positively valorised Users with disabilities declared that  they would use it  when available Users with disabilities recover control on the  ATM Developed by:
Technologies used in the design Technologies Communication:  NFC and WIFI, using WIFI Protected Setup Security:  EAP-WSC and WPA2/AES (network level), HTTPS (client-server level) Interface:  Web technologies with WCAG and MWI best practices ATs:  the pre-installed in the user mobile device + user preferences Detected market barriers ATMs  do not include wireless communication technologies (NFC, WIFI and similar) Mobile devices  do not combine NFC and WIFI or other potential solutions with accessibility characteristics Trend for future improvement:  inclusion of interoperability architectures (URC-UCH), communication channels and web services.
CONTACT ME! Jose Angel Martínez Usero Scientific Director of INREDIS Project Co-ordinator of Tecnosite’s Brussels Office Academic Director of Master on Accessible Technologies CONTACT ME!  [email_address] [email_address]   FOLLOW ME! http:// twitter.com / joseusero Led by This presentation is supported by

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2009 03 25 ATMs And Transaction Terminals

  • 1. ATMs and transaction terminals March 25th, 2009 José Angel Martínez Usero INREDIS Scientific Director This presentation is supported by
  • 2. ATMs and transaction terminals ATMs are the most common device for interaction with banks The number of available ATMs has risen greatly since 70’s Progressive introduction on daily live , and familiarity in the society [eg. young people uses ATMs more intensely and broadly] Beyond traditional banking actions, ATMs tend to offer a wider range of services [event ticketing, topping up the mobile, surfing the Internet, etc.] Will ATMs converge to access points to services of e-government, tourism, leisure, etc.?
  • 3. Present situation The accessibility assessment of ATMs has highlighted serious deficiencies regarding improvements in electronic accessibility users with visual impairment users with physical difficulties (hand movements) Also physical accessibility barriers related to urban accessibility, disposition (height and inclination), and so on. Some ATMs provide integrated assistive technologies , but: Lack of standardization Proprietary and closed systems High cost There is no consensus across networks of banks Different applications in different geographic areas (regions, countries)
  • 4. In the near future : mobile ATs Mobile device as an ideal terminal able to interact with ATMs Familiarity with the device Mobility and autonomy Several connectivity protocols Computational capabilities Wide range of pre-installed ATs It has a high acceptability on discussion groups with people with disabilities (1) Main concerns on interoperability , ubiquity and security (1) Experimental research on mobile potentialities as terminal able to interact with vending machines and ATMs. ONCE Foundation
  • 5. In the near future : ubiquitous ATs The basis Open software ATs Open DMR ATs Different steps of technological development Downloadable ATs Portable ATs Embedded ATs Totally ubiquitous ATs Main Requirements Ready to use from the first moment Configuration according to user needs User identification and modelling
  • 6. 3G Accessibility combines several core issues 3G Accessibility is the future Accessibility + Interoperability + Ubiquity Interoperates semantically with any other device Incorporates accessible criteria for all Can be set according to my needs and preferences Creates naturally multimodal interaction channels
  • 7. 3G Accessibility trends Using user mobile devices for interacting with other devices or services is an accessibility trend : European research projects: I2HOME, VITAL, MONAMI, SOPRANO, etc. Standards: ISO 24752 - URC (Universal Remote Console) National research projects: INREDIS (Spain) Promoting ubiquitous ATs is being researched International : “Raising the” floor initiative European : Abilitynet (UK) + INREDIS project (2M euro for basic research) National initiatives : Barclays (UK + Spanish branch) + la Caixa (Spain)
  • 8. Proof-of-concept. Spanish R&D project User validation of a proof-of-concept with people with disabilities resulted in: Every requested tasks were completed successfully This way of barrier elimination was positively valorised Users with disabilities declared that they would use it when available Users with disabilities recover control on the ATM Developed by:
  • 9. Technologies used in the design Technologies Communication: NFC and WIFI, using WIFI Protected Setup Security: EAP-WSC and WPA2/AES (network level), HTTPS (client-server level) Interface: Web technologies with WCAG and MWI best practices ATs: the pre-installed in the user mobile device + user preferences Detected market barriers ATMs do not include wireless communication technologies (NFC, WIFI and similar) Mobile devices do not combine NFC and WIFI or other potential solutions with accessibility characteristics Trend for future improvement: inclusion of interoperability architectures (URC-UCH), communication channels and web services.
  • 10. CONTACT ME! Jose Angel Martínez Usero Scientific Director of INREDIS Project Co-ordinator of Tecnosite’s Brussels Office Academic Director of Master on Accessible Technologies CONTACT ME! [email_address] [email_address] FOLLOW ME! http:// twitter.com / joseusero Led by This presentation is supported by