TNT SAT FRANCE Astra 19.2°E Viaccess EMU Format:

V 030B00 08 D92A82E3111C9AFDED4626AD0B542E5B; Service key
V 030B00 09 CC72AAFE5265D6D04608E832CEB9EC4D ; TNTSat
V 030B00 D1 89CBB54EEB94E350; Des1_Key
V 030B00 X1 8B2908AE39B0101A; XORArray
V 030B00 P1 0704020305000601; PermArray
V 030B00 C1 FC3C5F15D7A0B437; ChainArray
V 030B00 0B 7C6A2428C020023B163E4FE024FF5D9D ; TNTSat
V 030B00 E1 A79AC0DBEC9C9251D1915F058862AF26 ; SurEncryption Key
V 030B00 E2 439726EBB6A939A456C05FF6AA606C43 ; HD SurEncryption Key

V 030B00 T1

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
; TransformTable

TNT SAT FRANCE Astra 19.2°E Viaccess CCcam 2.2.1 IOTA LAMBDA MU KAPPA Format:

V 00030B00 08:FB9A38CE699755F696FFFCDA6EF8D237
V 00030B00 0C:C52818398D9FDA0BD4F8A5531CE18412
V 00030B00 09:BFDF66B90B4DA6E4B06EFE850A6B935F
V 00030B00 0A:D5FF2910D8A68C44E4E1B16C2BD1A104
V 00030B00 0B:9F59AF7B9AA16EEC3CDAA95BA43D876D
V 00030B00 0D:1BCA9E886D4EBD52DA1610613C4805C1
V 00030B00 0E:E7864DC3514FC39E8819BE691BD507C2
V 00030B00 0F:29091E70A9392C67A394DB9B707F1E7C

TNT SAT FRANCE Astra 19.2°E Viaccess Cristor Format

00 : C8 A6 7D B1 91 24 1D E4 C4 2E A1 E0 D4 01 65 4F
01 : 08 33 1C 73 92 9E 94 E5 21 5A 37 6F 05 DC 2D 35
02 : 77 72 6B 6B 84 7D 13 EE 09 15 A9 58 73 7B 9E AC
03 : 42 AF 38 DA E3 A3 33 03 1A 93 E8 E0 77 64 39 5D
04 : 3D 60 2A BF 61 F8 58 58 C0 8D 9B 4B FE 06 64 A1
05 : 84 87 D7 A3 23 8C D7 72 51 2A 92 2F 8B 8D 20 CD
06 : 3D 7C F7 75 76 32 C6 7B 4D 85 7E B5 94 37 5B 61
07 : F0 3C 93 97 B8 CE D6 D4 9D EA 63 A8 88 02 18 C9
08 : 53 0C B7 81 C8 15 28 5A C5 A3 C8 8E 73 5C B4 59
09 : F9 7B F6 1D 12 E1 E0 10 06 AA 75 29 EB 1B EC A7
0A : A8 D7 C9 45 06 D7 B7 7F DB 0B 16 BB 4D B6 59 5F
0B : B8 C5 5E 0D 05 4F 50 26 41 70 71 07 B2 AD AC 79
0C : D4 FA 16 FA A6 03 F0 3E 01 19 EE 1F 2B 45 54 1D
0D : EC B8 6A 0E 06 98 B0 00 DA C7 40 58 F4 02 68 D4
0E : A8 B8 E0 4A A6 95 EE 1C 21 CF 3C AB 0E 68 7F ED
0F : 1B 33 9C E9 33 EA A6 98 87 88 17 6E 51 B8 8D 4E

TNTSat AES KEYS

Coding System: Viaccess 3
V 030B00 A0 439726EBB6A939A456C05FF6AA606C43 ;TNT Sat 19.2°E (AES keys)
V 030B00 A1 A79AC0DBEC9C9251D1915F058862AF26 ;TNT Sat 19.2°E (AES keys)

-Diablo keys
-Keys Underworld Fausto Ipnosys

[ TNT SAT FRANCE ] Astra 19.2°E | Viaccess |

V 030B00 08 D92A82E3111C9AFDED4626AD0B542E5B ;TNT France (19.2°E) [NT1]
V 030B00 09 CC72AAFE5265D6D04608E832CEB9EC4D ;TNT France (19.2°E) [All SD Channels]
V 030B00 E1 A79AC0DBEC9C9251D1915F058862AF26 ;SurEncryption Key (19.2°E)
V 030B00 E2 EF3CB8D36A862097A33FC47101041BE3 ;HD SurEncryption Key (19.2°E)
V 030B00 D1 89CBB54EEB94E350 ;Des1_Key
V 030B00 X1 8B2908AE39B0101A ;XORArray
V 030B00 P1 0704020305000601 ;PermArray
V 030B00 C1 FC3C5F15D7A0B437 ;ChainArray
V 030B00 T1 7F308A9B0B803C4B6BBFEFB041F03B58E3BCAFBEE583B415A5 3571952BAB E9A17964A8BA8BE4E053DB6AD5511C063739D81786DD92871B
D7B718E7312DDC77F3DE1AD4FC60932909703D97B9688F2C5B 6221F501D0 894F995028A9FD4A3F9861F71F20AD030846CF546C44DF76C1 8D0078F607 A0F17A2E32119FF4852F4913C2599E9623EB1924EDDA25FECA F894226533 579DC3A39C0E56044882BD755AACFA26A6B3E80567ECB136E6 FF4D107E8C B8AAE1EE8E5FC42A9A525DC702CD72B20F88D9437D16D65ECB 406D144CF9 745C127CC0C9A7A49069BB0DEAC8C563AE664ED26FB57B271D 6E3ECEC645 D3D142E238A2B63A340AFB73911E84CC47F20C8155;Transfo rmTable

This is current " DEBUG " for prov 030B00 , active Opkey is 09.

Incoming Datas :

81 71 3F 01 80 33 D2 02 0B 01 40 07 03 0B 00 09
05 67 01 E2 03 3E EA 00 E2 03 3E EA FE EA 10 CC
03 09 65 D6 FB 3B 24 6A 8A C4 B0 CC F8 FD BD F0
08 60 68 55 B6 1F 22 B7 C5 80 33 D2 02 0B 01 40
07 03 0B 00 08 06 15 01 E2 03 3E EA 00 E2 03 3E
EA FE EA 10 22 D1 57 E1 F0 D3 83 6A 42 9B FC 93
19 1A 58 B0 F0 08 BC 63 98 D0 BF 1C 3D 40 80 33
D2 02 0B 01 40 07 03 0B 00 08 07 01 00 E2 03 3E
EA 00 E2 03 3E EA FE EA 10 75 D8 EF 2E 3B 7A 95
F4 66 7C 94 E9 AA 00 5B 28 F0 08 3F D9 DA 71 01
3D 89 32 80 33 D2 02 0B 01 40 07 03 0B 00 08 07
01 01 E2 03 3E EA 00 E2 03 3E EA FE EA 10 0F 5C
F5 02 46 EB 62 AE DC AF 85 79 D8 56 46 E0 F0 08
ED 87 88 8D D1 08 A6 DC 80 33 D2 02 0B 01 40 07
03 0B 00 08 06 15 00 E2 03 3E EA 00 E2 03 3E EA
FE EA 10 9F 38 4F 87 73 10 59 20 79 52 80 5A 89
81 AA F2 F0 08 1A 9B 1A 6A F1 7C 5D 86 80 33 D2
02 0B 01 40 07 03 0B 00 09 05 67 00 E2 03 3E EA
00 E2 03 3E EA FE EA 10 66 6D 54 95 46 0B 5D F1
0F 02 CF F6 45 8F 1B A0 F0 08 C8 6E B5 6F DD B9
44 42

KeyIdx :09
ProvID:--> 03 0B 00
=============================================
In_Data (CW) : 66 6D 54 95 46 0B 5D F1 0F 02 CF F6 45 8F 1B A0

ECM_DECODE_OK- Good ECM's:
key used: CC 72 AA FE 52 65 D6 D0 46 08 E8 32 CE B9 EC 4D

Check DW: 54 76 2A D1 00 D3 E7 19
-DW2: CA 4B A8 6D AA FA D5 70

processDw->inputdcw: 54 76 2A D1 00 D3 E7 19
Via3x_Core->init indata: 00 D3 E7 19 00 00 00 00
Via3x_Core->postinit indata: 8B FA EF B7 00 00 00 00
Via3x_Core->prefinal indata: 8B FA EF B7 46 4E F7 74
Via3x_Core->final indata: 8B FA EF B7 29 2C 91 F1
Via3x_Fct1: 8B FA EF B7 29 F1 91 2C
Via3x_Core->init indata: 7D 87 BB FD 29 F1 91 2C
Via3x_Core->postinit indata: 44 37 AB E7 29 F1 91 2C
Via3x_Core->prefinal indata: 44 37 AB E7 3F D0 DD CF
Via3x_Core->final indata: 44 37 AB E7 F3 7C AE 12
Via3x_Fct2: 44 37 AB E7 F3 7C 12 AE
dcw->After data mixing: F3 AF F5 B7 7D 87 BB FD
dcw->After 3Des: AF 94 CB 31 C3 30 39 16
Via3x_Core->init indata: C3 30 39 16 F3 7C 12 AE
Via3x_Core->postinit indata: FA 80 29 0C F3 7C 12 AE
Via3x_Core->prefinal indata: FA 80 29 0C DD 93 C2 72
Via3x_Core->final indata: FA 80 29 0C AE C3 43 07
Via3x_Fct2: FA 80 29 0C AE C3 07 43
Via3x_Core->init indata: 01 57 CC 72 AE C3 07 43
Via3x_Core->postinit indata: 8A 7E C4 DC AE C3 07 43
Via3x_Core->prefinal indata: 8A 7E C4 DC 59 63 23 38
Via3x_Core->final indata: 8A 7E C4 DC 28 AD BA B7
Via3x_Fct1: 8A 7E C4 DC 28 B7 BA AD
processDw->outputDW after data mixing: EB 87 83 BB 01 57 CC 72

processDw->inputdcw: CA 4B A8 6D AA FA D5 70
Via3x_Core->init indata: AA FA D5 70 28 B7 BA AD
Via3x_Core->postinit indata: 21 D3 DD DE 28 B7 BA AD
Via3x_Core->prefinal indata: 21 D3 DD DE DC 79 5A B9
Via3x_Core->final indata: 21 D3 DD DE 63 9F A9 5D
Via3x_Fct1: 21 D3 DD DE 63 5D A9 9F
Via3x_Core->init indata: A9 16 01 F2 63 5D A9 9F
Via3x_Core->postinit indata: 90 A6 11 E8 63 5D A9 9F
Via3x_Core->prefinal indata: 90 A6 11 E8 83 9B 02 98
Via3x_Core->final indata: 90 A6 11 E8 23 BD 8A 04
Via3x_Fct2: 90 A6 11 E8 23 BD 04 8A
dcw->After data mixing: 89 47 D1 FA A9 16 01 F2
dcw->After 3Des: C0 C2 C6 B6 A2 19 B3 E2
Via3x_Core->init indata: A2 19 B3 E2 23 BD 04 8A
Via3x_Core->postinit indata: 9B A9 A3 F8 23 BD 04 8A
Via3x_Core->prefinal indata: 9B A9 A3 F8 66 59 68 E5
Via3x_Core->final indata: 9B A9 A3 F8 46 28 54 1D
Via3x_Fct2: 9B A9 A3 F8 46 28 1D 54
Via3x_Core->init indata: 86 EA DB E2 46 28 1D 54
Via3x_Core->postinit indata: 0D C3 D3 4C 46 28 1D 54
Via3x_Core->prefinal indata: 0D C3 D3 4C 08 19 20 A9
Via3x_Core->final indata: 0D C3 D3 4C 6B 35 79 E6
Via3x_Fct1: 0D C3 D3 4C 6B E6 79 35
processDw->outputDW after data mixing: C9 FF CA D7 86 EA DB E2

Debug:cwtmp:-> inputcw(Crypted) 66 6D 54 95 46 0B 5D F1
============ DW after Doing XOR =======
17 BB DC AE D6 F7 78 45 9D 89 E0 06 86 39 3C FB

Final DCW : 17 BB DC AE D6 F7 78 45 9D 89 E0 06 86 39 3C

if this is ecm from non working channel on your diabolo I can`t understand it .. because there is no change :

Provider : 030B00 KeyIndex : 09 NanoEA pos: 296
NanoEA : 13 9B FD 80 4C B1 CB E3 3B B2 E3 1C 7C 8E F8 7B
NanoEA after PreAes: 13 5F E4 3A 8C 43 1A 86 EB 88 6A 68 85 6B 79 D2
Using key: CC 72 AA FE 52 65 D6 D0 46 08 E8 32 CE B9 EC 4D
Using key: CC 72 AA FE 52 65 D6 D0 46 08 E8 32 CE B9 EC 4D
pDW: FB BB 28 DE 4F C7 CE E4 84 4C 9B 6B B7 C9 07 87