Key

Value

TLSTrustedServerCommonNames

Array of string values, optional. This is the list of server certificate

 

common names that will be accepted. If a server presents a

 

certificate that is not in this list, it will not be trusted.

 

Used alone or in combination with TLSTrustedCertificates, the

 

property allows someone to carefully craft which certificates to

 

trust for the given network, and avoid dynamically trusted

 

certificates

 

Dynamic trust (the certificate dialogue) is disabled if this

 

property is specified, unless TLSAllowTrustExceptions is also

 

specified with the value true (see below).

 

 

TLSAllowTrustExceptions

Boolean, optional. Allows/disallows a dynamic trust decision by

 

the user. The dynamic trust is the certificate dialogue that

 

appears when a certificate isn’t trusted. If this is false, the

 

authentication fails if the certificate isn’t already trusted. See

 

TLSTrustedCertificates and TLSTrustedServerCommonNames

 

above.

 

The default value of this property is true unless either

 

TLSTrustedCertificates or TLSTrustedServerCommonNames is

 

supplied, in which case the default value is false.

 

 

TTLSInnerAuthentication

String, optional. This is the inner authentication used by the

 

TTLS module. The default value is “MSCHAPv2”.

 

Possible values are “PAP”, “CHAP”, “MSCHAP”, and “MSCHAPv2”.

 

 

OuterIdentity

String, optional. This key is only relevant to TTLS, PEAP, and EAP-

 

FAST.

 

This allows the user to hide his/her identity. The user’s actual

 

name appears only inside the encrypted tunnel. For example, it

 

could be set to “anonymous” or “anon”, or

 

“anon@mycompany.net”.

 

It can increase security because an attacker can’t see the

 

authenticating user’s name in the clear.

 

 

EAP-Fast Support

The EAP-FAST module uses the following properties in the EAPClientConfiguration dictionary.

Key

Value

EAPFASTUsePAC

Boolean, optional.

 

 

EAPFASTProvisionPAC

Boolean, optional.

EAPFASTProvisionPACAnonymously Boolean, optional.

Thes keys are hierarchical in nature: if EAPFASTUsePAC is false, the other two properties aren’t consulted. Similarly, if EAPFASTProvisionPAC is false, EAPFASTProvisionPACAnonymously isn’t consulted.

If EAPFASTUsePAC is false, authentication proceeds much like PEAP or TTLS: the server proves its identity using a certificate each time.

Appendix B Configuration Profile Format

57

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Apple iPod and iPod Touch manual EAP-Fast Support
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iPod and iPod Touch specifications

The Apple iPod, first released in 2001, revolutionized the way we listen to music. This portable media player, with its sleek design and user-friendly interface, quickly garnered a dedicated following. The original iPod featured a mechanical scroll wheel and a minimalist aesthetic, allowing users to carry their music libraries wherever they went. It was a game changer in the digital music landscape, encouraging both casual listeners and audiophiles to embrace the concept of portability.

As technology evolved, so did the iPod. The introduction of the iPod Mini in 2004 marked a transition to a smaller, more compact design. In 2005, Apple launched the iPod Nano, which showcased an even slimmer profile, vibrant color displays, and flash storage for improved resistance to shocks. The most significant evolution came with the introduction of the iPod Touch in 2007, which transformed the iPod into a more multifaceted device.

The iPod Touch brought a touchscreen interface, resembling the iPhone. It allowed users to access not only their music but also apps, games, and web browsing capabilities. The device was powered by Apple's iOS, featuring a robust App Store that offered thousands of applications, from productivity tools to entertainment options. With Wi-Fi connectivity, the iPod Touch enabled users to stream music and videos, browse the internet, and utilize apps without being tethered to a computer.

In terms of audio quality, iPods have consistently featured high-performance DACs and audio processors, capable of delivering excellent sound reproduction. With support for various audio formats, including AAC, MP3, and Apple Lossless, users could enjoy their music without compromise. The integration of iTunes provided a seamless ecosystem for purchasing, organizing, and syncing music.

Throughout its iterations, the design of the iPod Touch has also evolved. The latest generations sport a sleek aluminum casing, Retina displays, and advanced camera systems. Features such as FaceTime, iMessage, and Apple Music integration have positioned the iPod Touch as a versatile device, appealing not only to music lovers but to a broader audience seeking a portable multimedia experience.

Ultimately, while the rise of smartphones may have overshadowed the iPod, its impact on the music industry and digital media consumption remains undeniable. The legacy of the iPod and iPod Touch is characterized by innovation, portability, and a continuous quest to enhance how we experience music and entertainment in our daily lives.
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