SIM card related Projects » pySim

h1. @pySim-prog@

In general, please make sure to always consult the "User Maual":https://downloads.osmocom.org/docs/latest/pysim/ - it is more authoritative than this rarely maintained  wiki page.

Furthermore, pySim-prog is a legacy program that only supports a small fraction of the features of [[pySim-shell]].  Please consider using pySim-shell instead.

h2. Examples

h3. Program (very few fields of) your SIM card using legacy pySim-prog

* Enter   @./pySim-prog.py -help@   to get overview of possible options. 

Similar result should appear: 

 $ ./pySim-prog.py -help

 Usage: pySim-prog.py [options]

 Options:

   -h, --help            show this help message and exit

   -d DEV, --device=DEV  Serial Device for SIM access [default: /dev/ttyUSB0]

   -b BAUD, --baud=BAUD  Baudrate used for SIM access [default: 9600]

   -p PCSC, --pcsc-device=PCSC

                         Which PC/SC reader number for SIM access

   -t TYPE, --type=TYPE  Card type (user -t list to view) [default: auto]

   -a PIN_ADM, --pin-adm=PIN_ADM

                         ADM PIN used for provisioning (overwrites default)

   -e, --erase           Erase beforehand [default: False]

   -S SOURCE, --source=SOURCE

                         Data Source[default: cmdline]

   -n NAME, --name=NAME  Operator name [default: Magic]

   -c CC, --country=CC   Country code [default: 1]

   -x MCC, --mcc=MCC     Mobile Country Code [default: 901]

   -y MNC, --mnc=MNC     Mobile Network Code [default: 55]

   -m SMSC, --smsc=SMSC  SMSP [default: '00 + country code + 5555']

   -M SMSP, --smsp=SMSP  Raw SMSP content in hex [default: auto from SMSC]

   -s ID, --iccid=ID     Integrated Circuit Card ID

   -i IMSI, --imsi=IMSI  International Mobile Subscriber Identity

   -k KI, --ki=KI        Ki (default is to randomize)

   -o OPC, --opc=OPC     OPC (default is to randomize)

   --op=OP               Set OP to derive OPC from OP and KI

   --acc=ACC             Set ACC bits (Access Control Code). not all card types

                         are supported

   -z STR, --secret=STR  Secret used for ICCID/IMSI autogen

   -j NUM, --num=NUM     Card # used for ICCID/IMSI autogen

   --batch               Enable batch mode [default: False]

   --batch-state=FILE    Optional batch state file

   --read-csv=FILE       Read parameters from CSV file rather than command line

   --write-csv=FILE      Append generated parameters in CSV file

   --write-hlr=FILE      Append generated parameters to OpenBSC HLR sqlite3

   --dry-run             Perform a 'dry run', don't actually program the card

h3. Example of how to program a sysmoSIM-GR1 card 

The GRcard SIM is a programmable GSM SIM card. It uses a mixture of TS11.11 / ISO7816-4 and proprietary commands for programming.

In the below example, we are changing the card’s IMSI to 901700000003080 (option -i) and we are specifying a new set of -n NAME (Operator name), -t TYPE (Card type), -c CC (Country code), -x MCC (Mobile Country Code), -y MNC (Mobile Network Code) and -s ID (Integrated Circuit Card ID) values.

 $ ./pySim-prog.py -p 0 -n OpenBSC -t sysmosim-gr1 -i 901700000003080 -c 001 -x 001 -y 02 -s 1791198229180000075

 Insert card now (or CTRL-C to cancel)

 Generated card parameters :

  > Name    : OpenBSC

  > SMSP    : e1ffffffffffffffffffffffff0581005155f5ffffffffffff000000

  > ICCID   : 1791198229180000075

  > MCC/MNC : 1/2

  > IMSI    : 901700000003080

  > Ki      : 7edaeb6addbd72d2b2cc6ed7bfecc9c9

  > OPC     : 23f075ab9b1a113d4db822d8195ea20c

  > ACC     : None

 Programming ...

 Done !

h3. Example of how to program a sysmoUSIM-SJS1 card

(U)SIM cards are Java capable and there is the Globalplatform that specifies standards API. SMS can be addressed directly to the SIM card, the SIM card will get events for network selection and others, it can modify call establishment attempts.

Provisioning of different identities or keys.

If you have a variant of the card-individual ADM1 key of your sysmoUSIM-SJS1 card,  you can change any identity (IMSI, ICCID, MSISDN) stored on the (U)SIM, as well as the private key data (K, OPC).

In the below example, we are changing the card’s IMSI to 901700000003080 (option -i) and we are specifying a new set of -t TYPE (Card type), - a ADM_PIN (ADM PIN used for provisioning), -x MCC (Mobile Country Code), -y MNC (Mobile Network Code), -s ID (Integrated Circuit Card ID), -o OPC and -k KI (Ki) values.

 $ ./pySim-prog.py -p 0 -t sysmoUSIM-SJS1 -a 58001006  -x 901 -y 71 -i 901700000010659 -s 8988211000000110000 -o 398153093661279FB1FC74BE07059FEF -k 1D8B2562B992549F20D0F42113EAA6FA

 Insert card now (or CTRL-C to cancel)

 Generated card parameters :

  > Name    : Magic

  > SMSP    : e1ffffffffffffffffffffffff0581005155f5ffffffffffff000000

  > ICCID   : 8988211000000110000

  > MCC/MNC : 901/71

  > IMSI    : 901700000010659

  > Ki      : 1D8B2562B992549F20D0F42113EAA6FA

  > OPC     : 398153093661279FB1FC74BE07059FEF

  > ACC     : None

 Programming ...

 Done !

h3. Example of how to program a Magic SIM / SuperSIM 16-in-1 / X-sim card

The 16-in-1 SIM cards are intended for COMP128v1 based cloning and enable the user to aggregate up to 16 SIM card identities in a single card. This multi-IMSI property is not used in the context of Osmocom.

Below example shows how we can change the card’s IMSI to 901990000000018 (option -i) and at the same time we are specifying a new set of -x MCC (Mobile Country Code), -y MNC (Mobile Network Code), -s ID (Integrated Circuit Card ID) , -o OPC and -k KI (Ki) values.

 $ ./pySim-prog.py -p 0 -x 801 -y 71 -i 901990000000018 -s 8988211000000110000 -o 398153093661279FB1FC74BE07059FEF -k 1D8B2562B992549F20D0F42113EAA6FA

 Insert card now (or CTRL-C to cancel)

 Autodetected card type fakemagicsim

 Generated card parameters :

  > Name    : Magic

  > SMSP    : e1ffffffffffffffffffffffff0581005155f5ffffffffffff000000

  > ICCID   : 8988211000000110000

  > MCC/MNC : 801/71

  > IMSI    : 901990000000018

  > Ki      : 1D8B2562B992549F20D0F42113EAA6FA

  > OPC     : 398153093661279FB1FC74BE07059FEF

  > ACC     : None

 Programming ...

 Done !