Tech-invite3GPPspaceIETFspace
21222324252627282931323334353637384‑5x

Content for  ETSI TS 102 221   PDF version:  18.2.0

Top   Top   Up   Prev   Next
0…   4…   5…   6…   7…   7.2.3…   7.3…   7.3.2…   7.4…   8…   9…   10…   10.2…   11…   11.1.2…   11.1.9…   11.1.14…   11.1.19…   11.1.20…   11.1.21…   11.2…   11.3…   12…   13…   14…   15   A   B   C…   D   E…   F…   G…   H…   I   J…   K…   L…   M…   N…   O…

 

K  Examples of the PIN state transition on multi verification capable UICCp. 183

K.0  Contextp. 183

This Annex describes two examples of the global PIN state transition on a multi verification capable UICC.
In Figure K.1, following global PINs and ADFs are assigned in the UICC:
  • the global PIN, key reference '01', is referred to as an application PIN of ADFA in SE (Security Environment) 01;
  • the global PIN, key reference '02', is referred to as an application PIN of ADFB in SE 01;
  • the global PIN, key reference '11', is referred to as an universal PIN of both ADFs in SE 00;
  • any files under MF, highlighted area, can refer to global PINs.
Copy of original ETSI image for 3GPP TS 31.ETSI-102-221, Fig. K.1: Example of multi verification capable UICC
Up

K.1  PIN state transition on the single logical channelp. 183

This clause describes global PIN state transition on a single-logical-channel scenario of the UICC illustrated in Figure K.1.
The global PIN state transition contains:
  • scenario on a logical channel;
  • security status as PIN status and PIN verification state for PIN '11', '01' and '02';
  • current ADF, DF and file;
  • PIN status byte and usage qualifier for PIN '11' in PIN status DO;
  • SE (Security Environment) ID.
Table K.1: PIN state transition on the single logical channel
Up

K.2  PIN state transition between logical channelsp. 185

This clause describes PIN state transition on a two-logical-channels scenario of the UICC illustrated in Figure K.1.
The global PIN state transition contains:
  • scenario between two logical channels;
  • security status as PIN status and PIN verification state for PIN '11', '01' and '02';
  • on each logical channel;
  • current ADF, DF and file;
  • PIN status byte and usage qualifier for PIN '11' in PIN status DO;
  • SE (Security Environment) ID.
Table K.2: PIN state transition between logical channels
Up

Up   Top   ToC