Re: Support for the Montenegrin eID

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I just got the card this year so you might be mixing me up with somebody.

I want to delay the reverse-engineering of Athena OpenID for three reasons=
:

1.  Signing stuff is actually the last thing on my wish-list. I'm more int=
erested in the identification data and the activation procedure. The tool =
seems to only do signing so reverse-engineering it probably won't help me =
much.
2.  The 2 AIDs related to IAS ECC (starting with E8 28 BD 08 0F) are alrea=
dy mentioned in https://github.com/OpenSC/OpenSC/blob/master/etc/opensc.co=
nf.example.in. Someone put them there so someone must know what they do. T=
his leads me to believe that there must be a specification floating out th=
ere somewhere.
3.  Obviously, it's very time-consuming.


I've been reading the IAS ECC spec more thoroughly and chapter 10.4 descri=
bes Cryptographic Information Applications whose IDs start with the above-=
mentioned prefix and continue with the AID of the application they refer t=
o.

My card seems to contradict this since, for example 50 45 43 43 2D 65 49 4=
4,=C2=A0 is not a selectable AID, it just spells out PECC-eID.


I don't know... I think getting my hands on the ChipDocs User Manual from =
NXP would potentially clear up some things, but they only give it to trust=
ed partners apparently.


Cheers,
Dzeri96
On Saturday, 26 April 2025 at 10:49, Vincent Le Toux <vincent.letoux@mysma=
rtlogon.com> wrote:

> Inside the middleware, there is a minidriver named ciamd.dll
> =


> What I would suggest is to write a program like the one I wrote here (ht=
tps://github.com/vletoux/openpgpmdrv/tree/master/OpenPGPminidriverTest) th=
at connects to the minidriver and realize basic functions (enumerating pub=
lic keys, certificates, encrypts, change pin, etc).
> You can add a hook to dump the instructions sent to the card.
> =


> You can use the following code to hook the SCardTransmit function:
> =


> =


> void PrintHexToDebug(const BYTE* buffer, DWORD length) {
> // Allocate memory dynamically
> TCHAR* hexStr =3D (TCHAR*)malloc((3 * length + 1) * sizeof(TCHAR));
> if (hexStr =3D=3D NULL) {
> OutputDebugString(TEXT("Memory allocation failed\n"));
> return;
> }
> =


> for (DWORD i =3D 0; i < length; i++) {
> _stprintf_s(&hexStr[i * 3], 4, TEXT("%02X "), buffer[i]);
> }
> hexStr[3 * length] =3D '\0';
> OutputDebugString(hexStr);
> =


> // Free the allocated memory
> free(hexStr);
> }
> =


> LONG WINAPI MySCardTransmit(
> SCARDHANDLE hCard,
> LPCSCARD_IO_REQUEST pioSendPci,
> LPCBYTE pbSendBuffer,
> DWORD cbSendLength,
> LPSCARD_IO_REQUEST pioRecvPci,
> LPBYTE pbRecvBuffer,
> LPDWORD pcbRecvLength
> ) {
> // Trace the input buffer
> OutputDebugString(TEXT("pbSendBuffer: "));
> PrintHexToDebug(pbSendBuffer, cbSendLength);
> OutputDebugString(TEXT("\n"));
> // Call the original SCardTransmit
> LONG result =3D SCardTransmit(hCard, pioSendPci, pbSendBuffer, cbSendLen=
gth, pioRecvPci, pbRecvBuffer, pcbRecvLength);
> =


> // Write the return code as hex
> TCHAR returnCodeStr[30];
> _stprintf_s(returnCodeStr, ARRAYSIZE(returnCodeStr), TEXT("Return code: =
%08X\n"), result);
> OutputDebugString(returnCodeStr);
> =


> // If the return code is successful, dump the output buffer
> if (result =3D=3D SCARD_S_SUCCESS && pcbRecvLength && pbRecvBuffer) {
> (TEXT("pbRecvBuffer: "));
> PrintHexToDebug(pbRecvBuffer, *pcbRecvLength);
> OutputDebugString(TEXT("\n"));
> }
> =


> return result;
> }
> =


> VOID EnableHook(HMODULE hModule)
> {
> HMODULE hScard =3D LoadLibrary(TEXT("Winscard.dll"));
> PROC pfnScardTransmit =3D GetProcAddress(hScard, "SCardTransmit");
> PIMAGE_DOS_HEADER pDosHeader =3D (PIMAGE_DOS_HEADER)hModule;
> PIMAGE_NT_HEADERS pNtHeaders =3D (PIMAGE_NT_HEADERS)((BYTE*)hModule + pD=
osHeader->e_lfanew);
> PIMAGE_IMPORT_DESCRIPTOR pImportDesc =3D (PIMAGE_IMPORT_DESCRIPTOR)((BYT=
E*)hModule + pNtHeaders->OptionalHeader.DataDirectory[IMAGE_DIRECTORY_ENTR=
Y_IMPORT].VirtualAddress);
> =


> while (pImportDesc->Name) {
> LPCSTR pszModName =3D (LPCSTR)((BYTE*)hModule + pImportDesc->Name);
> if (_stricmp(pszModName, "Winscard.dll") =3D=3D 0) {
> PIMAGE_THUNK_DATA pThunk =3D (PIMAGE_THUNK_DATA)((BYTE*)hModule + pImpor=
tDesc->FirstThunk);
> while (pThunk->u1.Function) {
> PROC* ppfn =3D (PROC*)&pThunk->u1.Function;
> if (*ppfn =3D=3D (PROC)pfnScardTransmit) {
> DWORD oldProtect;
> VirtualProtect(ppfn, sizeof(PROC), PAGE_EXECUTE_READWRITE, &oldProtect);
> *ppfn =3D (PROC)MySCardTransmit;
> VirtualProtect(ppfn, sizeof(PROC), oldProtect, &oldProtect);
> }
> pThunk++;
> }
> break;
> }
> pImportDesc++;
> }
> }
> =


> =


> And to initialize the minidriver:
> =


> =


> DWORD Connect(BOOL fSystemDll =3D TRUE)
> {
> DWORD dwReturn =3D 0;
> SCARDCONTEXT hSCardContext =3D NULL;
> SCARDHANDLE hSCardHandle =3D NULL;
> TCHAR szCardModule[256];
> TCHAR szReader[256];
> DWORD dwCardModuleSize =3D ARRAYSIZE(szCardModule);
> DWORD dwReaderSize =3D ARRAYSIZE(szReader);
> OPENCARDNAME_EX dlgStruct;
> PFN_CARD_ACQUIRE_CONTEXT pfnCardAcquireContext;
> =


> __try
> {
> // find a smart card
> /////////////////////
> =


> dwReturn =3D SCardEstablishContext(SCARD_SCOPE_USER,
> NULL,
> NULL,
> &hSCardContext);
> if (SCARD_S_SUCCESS !=3D dwReturn)
> {
> __leave;
> }
> =


> // Initialize the structure.
> memset(&dlgStruct, 0, sizeof(dlgStruct));
> dlgStruct.dwStructSize =3D sizeof(dlgStruct);
> dlgStruct.hSCardContext =3D hSCardContext;
> dlgStruct.dwFlags =3D SC_DLG_MINIMAL_UI;
> dlgStruct.lpstrRdr =3D szReader;
> dlgStruct.nMaxRdr =3D dwReaderSize;
> dlgStruct.lpstrCard =3D szCard;
> dlgStruct.nMaxCard =3D ARRAYSIZE(szCard);
> dlgStruct.lpstrTitle =3D L"Select Card";
> dlgStruct.dwShareMode =3D 0;
> // Display the select card dialog box.
> dwReturn =3D SCardUIDlgSelectCard(&dlgStruct);
> if (SCARD_S_SUCCESS !=3D dwReturn)
> {
> __leave;
> }
> =


> // find the dll path / name
> ////////////////////////////
> if (fSystemDll)
> {
> =


> =


> dwReturn =3D SCardGetCardTypeProviderName(
> hSCardContext,
> szCard,
> SCARD_PROVIDER_CARD_MODULE,
> (PTSTR)&szCardModule,
> &dwCardModuleSize);
> if (0 =3D=3D dwCardModuleSize)
> {
> dwReturn =3D (DWORD)SCARD_E_UNKNOWN_CARD;
> __leave;
> }
> }
> else
> {
> #ifdef _M_X64
> _tcscpy_s(szCardModule, dwCardModuleSize, TEXT("Name of the dll.dll"));
> #else
> _tcscpy_s(szCardModule, dwCardModuleSize, TEXT("Name of the dll.dll"));
> #endif
> }
> // connect to the smart card
> ////////////////////////////
> DWORD dwProtocol, dwState;
> dwReturn =3D SCardConnect(hSCardContext, szReader, SCARD_SHARE_SHARED, S=
CARD_PROTOCOL_T1 | SCARD_PROTOCOL_T0, &hSCardHandle, &dwProtocol);
> if (SCARD_S_SUCCESS !=3D dwReturn)
> {
> __leave;
> }
> atr.cbAtr =3D 32;
> dwReturn =3D SCardStatus(hSCardHandle, szReader, &dwReaderSize, &dwState=
, &dwProtocol, atr.rgbAtr, &atr.cbAtr);
> if (SCARD_S_SUCCESS !=3D dwReturn)
> {
> __leave;
> }
> // load
> ////////
> if (NULL =3D=3D (hModule =3D LoadLibrary(szCardModule)))
> {
> dwReturn =3D GetLastError();
> __leave;
> }
> if (fSystemDll)
> {
> EnableHook(hModule);
> }
> if (NULL =3D=3D (pfnCardAcquireContext =3D
> (PFN_CARD_ACQUIRE_CONTEXT)GetProcAddress(
> hModule, "CardAcquireContext")))
> {
> dwReturn =3D GetLastError();
> __leave;
> }
> // initialize context
> //////////////////////
> pCardData =3D &CardData;
> pCardData->dwVersion =3D CARD_DATA_CURRENT_VERSION;
> pCardData->pfnCspAlloc =3D _Alloc;
> pCardData->pfnCspFree =3D _Free;
> pCardData->pfnCspReAlloc =3D _ReAlloc;
> pCardData->pfnCspCacheAddFile =3D _CacheAddFileStub;
> pCardData->pfnCspCacheLookupFile =3D _CacheLookupFileStub;
> pCardData->pfnCspCacheDeleteFile =3D _CacheDeleteFileStub;
> pCardData->hScard =3D hSCardHandle;
> pCardData->hSCardCtx =3D hSCardContext;
> pCardData->cbAtr =3D atr.cbAtr;
> pCardData->pbAtr =3D atr.rgbAtr;
> pCardData->pwszCardName =3D szCard;
> //dwReturn =3D SCardBeginTransaction(hSCardHandle);
> if (SCARD_S_SUCCESS !=3D dwReturn)
> {
> __leave;
> }
> dwReturn =3D pfnCardAcquireContext(pCardData, 0);
> }
> __finally
> {
> if (dwReturn !=3D 0)
> {
> if (hSCardHandle)
> {
> SCardEndTransaction(hSCardHandle, SCARD_LEAVE_CARD);
> SCardDisconnect(hSCardHandle, 0);
> }
> if (hSCardContext)
> SCardReleaseContext(hSCardContext);
> }
> }
> return dwReturn;
> }
> =


> DWORD Disconnect()
> {
> DWORD dwReturn =3D 0;
> if (pCardData)
> {
> if (pCardData->hScard)
> {
> SCardEndTransaction(pCardData->hScard, SCARD_LEAVE_CARD);
> SCardDisconnect(pCardData->hScard, 0);
> }
> if (pCardData->hSCardCtx)
> SCardReleaseContext(pCardData->hSCardCtx);
> pCardData =3D NULL;
> }
> else
> {
> dwReturn =3D SCARD_E_COMM_DATA_LOST;
> }
> return dwReturn;
> }
> =


> You can then call directly :
> =


> DWORD GenerateNewKey(DWORD dwIndex)
> {
> DWORD dwReturn, dwKeySpec;
> PIN_ID PinId;
> __try
> {
> if (!pCardData)
> {
> dwReturn =3D SCARD_E_COMM_DATA_LOST;
> __leave;
> }
> switch(dwIndex)
> {
> case 0: //Signature,
> dwKeySpec =3D AT_SIGNATURE;
> PinId =3D ROLE_USER;
> break;
> case 2: //Authentication,
> dwKeySpec =3D AT_SIGNATURE;
> PinId =3D 3;
> break;
> case 1: // Confidentiality,
> dwKeySpec =3D AT_KEYEXCHANGE;
> PinId =3D 4;
> break;
> default:
> dwReturn =3D SCARD_E_UNEXPECTED;
> __leave;
> }
> dwReturn =3D pCardData->pfnCardCreateContainerEx(pCardData, (BYTE) dwInd=
ex,
> CARD_CREATE_CONTAINER_KEY_GEN,
> dwKeySpec, 1024, NULL, PinId);
> }
> __finally
> {
> }
> return dwReturn;
> }
> =


> br
> Vincent
> =


> =


> Le ven. 25 avr. 2025 =C3=A0 22:53, Frank Morgner <[email protected]=
> a =C3=A9crit :
> =


> > The middleware is available on the bottom of this page
> > https://www.gov.me/clanak/preuzmite-software-i-uputstva
> > =


> > But I think you already know that. You analyzed that in 2024 already, =
didn't you?
> > =


> > Regards.
> > =


> > Am 22.04.25 um 14:44 schrieb dzeri96 via Opensc-devel:
> > =


> > > Hello everyone,
> > > =


> > > I'm trying to kickstart support for the new Montenegrin eID, or at l=
east figure out how it works. I've sent multiple requests for technical sp=
ecs to the government, but unless I take them to court, I doubt I'll get a=
ny useful information. Therefore I'll just write down what I manage to fig=
ure out on my own, and hopefully you can provide further insight. One thin=
g about a country as small as Montenegro, is that there is a very high pro=
bability we didn't implement anything custom, as it's not financially viab=
le.
> > > =


> > > Here's what I have so far:
> > > =


> > > -   ATR: 3b:dc:96:ff:81:91:fe:1f:c3:80:73:c8:21:13:66:05:03:63:51:00=
:02:de. It doesn't seem to comply with the ATR scheme in the IAS ECC speci=
fication, even though the government says the card complies with all EU ID=
 regulations (unclear which ones).
> > > -   EF.ATR raw data: 80004301B946040400ECC24703940180 4F0BF049617345=
6363526F6F74E01002 020104020200E6020200E6020200E678 0806062B8122F878028202=
9000
> > > -   EF.DIR raw data: 61374F0EE828BD080FD25047656E6572 69635007436869=
70446F63731C300404 025031A004040250324F0EE828BD080FD2504543432D654944610F4=
F07A00000 0247100150044943414F61184F0A4D4F 4E54454E4547524F500A4E6174696F6=
E 616C4944
> > >     =


> > > -   By deciphering the EF.DIR data, we can discover 4 applications:
> > > =


> > > -   E828BD080FD25047656E65726963 - ECC Generic PKI / ChipDocs Applet
> > > -   E828BD080FD2504543432D654944 - ECC eID
> > > -   A0000002471001 - ICAO
> > > -   4D4F4E54454E4547524F - Spells out MONTENEGRO in ASCII, label is =
"NationalID". No idea what this could be... maybe something related to hea=
lthcare?
> > > =


> > > -   I managed to use npa-tool and read the MRZ stored on the card us=
ing CAN-based PACE, but all other functions of the tool don't work, not ev=
en PIN-based PACE. I'm just using it as an APDU debugger with PACE support=
.
> > > -   The official middleware supplied by the government is Athena IDP=
rotect.
> > > -   The activation software is available here. It's a java program d=
eveloped by M=C3=BChlbauer. I decompiled it and saw that it's accessing th=
e ECC eID application. I managed to extract some APDUs and get the activat=
ion status of the card (PIN change is required on first use).
> > > -   iasecc-tool and pkcs15-tool say "Card is invalid or cannot be ha=
ndled" regardless of what I try.
> > > =


> > > I've skimmed over hundreds of pages of standards, including the ISO-=
7816 parts, the NXP ChipDoc v4 spec, the BSI TR-03110, the IAS ECC spec, b=
ut I can barely find any concrete info on these applications. Someone must=
 know how to access them because there are vendor-provided tools to do so.
> > > =


> > > My goals are:
> > > =


> > > 1.  Get general knowledge about the card and build some PoC APDU cha=
ins to read/set data.
> > > 2.  Get the birthdate of the person via PIN-based auth and verify th=
e authenticity of the data.
> > > 3.  Get the openSC suite of tools to work with the card.
> > > 4.  Replace the closed-source middleware provided by the government.
> > > =


> > > =


> > > I would really appreciate any help here. Thanks!
> > > =


> > > =


> > > =


> > > =


> > > _______________________________________________
> > > Opensc-devel mailing list
> > > [email protected]
> > > https://lists.sourceforge.net/lists/listinfo/opensc-devel
> > =


> > _______________________________________________
> > Opensc-devel mailing list
> > [email protected]
> > https://lists.sourceforge.net/lists/listinfo/opensc-devel
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--===============1584395566394210349==
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--===============1584395566394210349==
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--===============1584395566394210349==--