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The other category is known as thin" devices since they lack the computing strength required to run business applications on their own as mentioned above Wireless phones are the flagships of this category Instead of having the computing resources themselves, which would add cost and weight, phones rely on utilizing the resources of computing power on the servers that are reachable through the wireless network Each design, intelligent" and thin," have their usefulness and utility, however, the inherent architectural differences help define who will use them and for what purpose Thin devices simplify the deployment of a wireless application since the effort is concentrated in one spot the network server Once the server has been tested and switched live onto a wireless network, essentially all users can access this application immediately For example, if a network provider installed a directory assistance application on a network server, all smart phone users could access this application, without having to provision any software on the phone itself This is because the phone manufacturer loaded a browser on the device in the factory, and the user can point this browser to the 411 directory assistance application This server-side application approach is quite powerful in reaching markets and users who do not want to take the time or do not have the skills to load an application Intelligent devices are quite the opposite case and require applications to be loaded on them While this makes them quite flexible and powerful once the application is loaded, there is the initial effort required to achieve a successfully working application Given the technical barriers to loading software and operational issues in making sure that the application is properly communicating with

Serving system call origination [suspicious digits] AUTHREQ [SUSACC, Digits]

TO-92

authreq [AUTHU, RANDU] unique challenge order [RANDU] order confirmation [ ] Fraudulent MS cannot generate correct AUTHU ASREPORT [unique challenge failed] asreport [DENACC]

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Question: If the MS has both a IMSI and a MIN, but uses the IMSI to access the network, what does it use as input to the CAVE algorithm when MIN is expected Answer: Both CDMA and TDMA MSs will always use the MIN as CAVE input if a MIN is available Question: If the MS uses the IMSI to access the network and is using the MIN as CAVE input, and SSD is shared with the serving system, how does the serving system get the MS s MIN so that it can properly execute the CAVE algorithm Answer: The HLR will return the MIN to the serving system in the RegistrationNotification Return Result message

Downloaded from Digital Engineering Library @ McGraw-Hill (wwwdigitalengineeringlibrarycom) Copyright 2004 The McGraw-Hill Companies All rights reserved Any use is subject to the Terms of Use as given at the website

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Table 112 summarizes the ANSI-41 operations used by the authentication functions described in this chapter TABLE 112 Use of ANSI-41 Operations for Authentication

backend systems over the wireless network, intelligent devices pose a barrier to widespread consumer adoption for loading wireless applications Returning to Figure 53, Convenience and Desire = Adoption users require convenience In an early market, where skills are low, it is unlikely consumers will be able to or desire to load applications on their intelligent devices This makes intelligent devices well suited for employee applications and a less likely target for consumer applications

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Function SSD sharing ANSI-41 Operations Used for the Function AuthenticationDirective, AuthenticationFailureReport, AuthenticationRequest, AuthenticationStatusReport, CountRequest, MSInactive, RegistrationCancellation, RegistrationNotification AuthenticationRequest, IntersystemPage2, RandomVariableRequest AuthenticationDirective, AuthenticationDirectiveForward, AuthenticationFailureReport, AuthenticationRequest, AuthenticationStatusReport AuthenticationDirective, AuthenticationFailureReport, AuthenticationRequest, AuthenticationStatusReport, BaseStationChallenge AuthenticationDirective, AuthenticationFailureReport, AuthenticationRequest, AuthenticationStatusReport AuthenticationFailureReport, AuthenticationStatusReport

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