In this first doc challenge we get a RTF file.

Opening it show something asking you to double click, then a picture with some text asking you to enable macroses.

Extract RTF object(s)

So first, try to find which objects this RTF file contains. Just a quick look with binwalk/hachoir just to check the file doesn’t seems to contains too obvious things, then run rtfobj :


$ rtfobj find_bbz_challenge_file.rtf -s all
rtfobj 0.51.1dev2 - http://decalage.info/python/oletools
THIS IS WORK IN PROGRESS - Check updates regularly!
Please report any issue at https://github.com/decalage2/oletools/issues

===============================================================================
File: 'find_bbz_challenge_file.rtf' - size: 1868371 bytes
---+----------+-------------------------------+-------------------------------
id |index     |OLE Object                     |OLE Package
---+----------+-------------------------------+-------------------------------
0  |00002ABBh |format_id: 2 (Embedded)        |Not an OLE Package
   |          |class name: 'Word.Document.8'  |
   |          |data size: 899584              |
---+----------+-------------------------------+-------------------------------
Saving file embedded in OLE object #0:
  format_id  = 2
  class name = 'Word.Document.8'
  data size  = 899584
  saving to file find_bbz_challenge_file.rtf_object_00002ABB.doc

Ok, we got an object, which is :

$ file find_bbz_challenge_file.rtf_object_00002ABB.doc
find_bbz_challenge_file.rtf_object_00002ABB.doc: Composite Document File V2 Document, Little Endian, Os: Windows, Version 6.1, Code page: 1252, Template: Normal.dotm, Revision Number: 1, Name of Creating Application: Microsoft Office Word, Create Time/Date: Fri Apr 21 20:42:00 2017, Last Saved Time/Date: Fri Apr 21 20:42:00 2017, Number of Pages: 1, Number of Words: 8, Number of Characters: 48, Security: 0

Extract macro from doc

Now that we have a standard doc file, let’s find some macro :

$ olevba find_bbz_challenge_file.rtf_object_00002ABB.doc
olevba 0.51.1dev1 - http://decalage.info/python/oletools
Flags        Filename
-----------  -----------------------------------------------------------------
OLE:MAS----- find_bbz_challenge_file.rtf_object_00002ABB.doc
===============================================================================
FILE: find_bbz_challenge_file.rtf_object_00002ABB.doc
Type: OLE
-------------------------------------------------------------------------------
VBA MACRO ThisDocument.cls
in file: find_bbz_challenge_file.rtf_object_00002ABB.doc - OLE stream: u'Macros/VBA/ThisDocument'
- - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -
Private Sub Document_Open()
If ActiveDocument.Variables("wfozoV").Value <> "bbz" Then
dLMNiMbhMkYVvgR
ActiveDocument.Variables("wfozoV").Value = "bbz"
If ActiveDocument.ReadOnly = False Then
ActiveDocument.Save
End If
End If
End Sub

-------------------------------------------------------------------------------
VBA MACRO cXVucVH.bas
in file: find_bbz_challenge_file.rtf_object_00002ABB.doc - OLE stream: u'Macros/VBA/cXVucVH'
- - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -
Private Function jlETByoSKP(GdrcfxpgXc As Variant, FbuSrdOMYW As Integer)
Dim RikXPlcMKM, UyhoTAiIgk As String, JObtuRmczB, awgCsKrqKP
UyhoTAiIgk = ActiveDocument.Variables("wfozoV").Value()
RikXPlcMKM = ""
JObtuRmczB = 1
While JObtuRmczB < UBound(GdrcfxpgXc) + 2
awgCsKrqKP = JObtuRmczB Mod Len(UyhoTAiIgk): If awgCsKrqKP = 0 Then awgCsKrqKP = Len(UyhoTAiIgk)
RikXPlcMKM = RikXPlcMKM + Chr(Asc(Mid(UyhoTAiIgk, awgCsKrqKP + FbuSrdOMYW, 1)) Xor CInt(GdrcfxpgXc(JObtuRmczB - 1)))
JObtuRmczB = JObtuRmczB + 1
Wend
jlETByoSKP = RikXPlcMKM
End Function
Public Function dLMNiMbhMkYVvgR()
yHTtdcBj = jlETByoSKP(Array(4, 43, 17, 85, 47, 5, 62, 60, 75, 35, 15, 33, 10, 18, 87, 34, 89, 1, 15, 13, 30, _
107, 37, 55, 23, 38, 34, 71, 11, 46, 101, 41, 39, 20, 26, 126, 116, 24, 30, 16, 48, _
115, 6, 17, 90, 6, 91, 31, 106, 27, 37, 5, 61, 29, 66, 94, 12, 16, 63, 46, 7, _
34, 81, 62, 55, 60, 86, 34, 33, 78, 82, 20, 94, 4, 49, 121, 38, 43, 38, 70, 29, _
34, 27, 45, 88, 65, 127, 75, 56, 1, 36, 120, 18, 89, 83, 11, 56, 99, 10, 47, 39, _
111, 94, 88, 0, 16, 73, 14, 27, 39, 32, 65, 90, 52, 11, 13, 110, 69, 88, 21, 3, _
3, 74, 50, 13, 84, 81, 0, 37, 17, 54, 120, 31, 89, 39, 41, 84, 72, 82, 8, 50, _
65, 49, 11, 93, 98, 9, 41, 93, 32, 60, 73, 116, 89, 23, 122, 60, 86, 16, 115, 34, _
6, 27, 42, 22, 122, 19, 55, 14, 85, 66, 51, 24, 87, 22, 63, 3, 61, 73, 111, 119, _
4, 6, 113, 49, 51, 110, 34, 8, 105, 44, 48, 59, 10, 65, 14, 98, 42, 39, 58, 60, _
32, 78, 3, 59, 26, 30, 70, 14, 28, 99, 86, 51, 63, 15, 119, 26, 61, 52, 88, 110, _
55, 80, 2, 80, 58, 121, 68, 93, 36, 112, 19, 25, 72, 24, 83, 13, 95, 44, 127), 0)
MsgBox yHTtdcBj
vCThVRLmOgMJ = jlETByoSKP(Array(101, 57, 10, 111, 9, 61, 12, 43, 73, 49, 56, 95, 85, 106, 91, 0, 67, 18, 64, 33, 54, _
118, 27, 94, 106, 66, 92, 5, 9, 39, 99, 80, 57, 20, 26, 87, 86, 40, 24, 59, 67, _
69, 37, 25, 7, 5, 39, 34, 108, 33, 35, 24, 6, 58, 97, 4, 46, 4, 41, 56, 18, _
25, 89, 28, 44, 10, 32, 63, 57, 78, 50, 2, 33, 36, 83, 83, 17, 88, 82, 75, 5, _
19, 2, 87, 92, 61, 76, 77, 97, 10, 27, 18, 26, 31, 50, 41, 85, 101, 89, 4, 7, _
120, 31, 42, 4, 31, 74, 49, 57, 60, 91, 111, 75, 61, 40, 20, 109, 60, 11, 82, 25, _
35, 106, 43, 5, 12, 83, 42, 6, 24, 46, 110, 49, 10, 80, 41, 66, 88, 8, 22, 48, _
114, 18, 85, 30, 77, 59, 42, 93, 30, 28, 77, 83, 57, 4, 106, 32, 92, 31, 76, 66, _
36, 4, 63, 34, 84, 95, 40, 45, 35, 21, 1, 27, 109, 56, 95, 84, 39, 76, 76, 116, _
59, 54, 18, 29, 28, 17, 38, 33, 102, 78, 84, 87, 32, 7, 58, 116, 55, 61, 22, 52, _
15, 75, 25, 38, 46, 47, 19, 29, 30, 88, 100, 59, 59, 34, 17, 49, 3, 24, 93, 117, _
6, 84, 0, 41, 21, 83, 74, 46, 39, 70, 27, 21, 119, 81, 80, 4, 46, 59, 26), 309)
XiMn = jlETByoSKP(Array(21, 21, 15, 60, 104, 89, 5, 82, 108, 89, 90, 14, 3, 124, 94, 120, 16, 6, 80, 60, 42, _
127, 91, 94, 66, 121, 44, 20, 41, 79, 16, 117, 8, 96, 121, 0, 117, 125, 92, 118, 20, _
87, 86, 84, 30, 6, 13, 14, 117, 119, 50, 122, 39, 85, 14, 15, 108, 66, 67, 47, 110, _
115, 107, 51, 55, 94, 88, 121, 21), 240)
Application.UserAddress = XiMn
End Function

Perfect :) So we can already see that:

You can find wfozoV value in document, this is a 50k chars random string.

Get the Flag

The simple way

At this point you can easily enough put the macro in some file, with the variable value, and run it from your *office instance, with some breakpoint.

The pythonic way

I choosed to convert the script to python. Not really complicated once you understood that VBA can use a starting value for arrays/strings of 0 OR 1, depending of the function (Mid() starts at 1 for ex).

At the end I get :

def xored(array1, param1):
    str1 = "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"
    paramint1 = 0
    paramint2 = 0
    result = ""
    paramint1 = 1
    while paramint1 < len(array1) + 1:
        if paramint1 % len(str1) == 0:
            paramint2 = len(str1) - 1
        else:
            paramint2 = paramint1 % len(str1)
        result = result + chr(ord(str1[paramint2 + param1 -1]) ^ int(array1[ paramint1 - 1 ]))
	paramint1 = paramint1 + 1
    return result

def array1():
    yHTtdcBj = xored([ 4, 43, 17, 85, 47, 5, 62, 60, 75, 35, 15, 33, 10, 18, 87, 34, 89, 1, 15, 13, 30,
                               107, 37, 55, 23, 38, 34, 71, 11, 46, 101, 41, 39, 20, 26, 126, 116, 24, 30, 16, 48,
                               115, 6, 17, 90, 6, 91, 31, 106, 27, 37, 5, 61, 29, 66, 94, 12, 16, 63, 46, 7,
                               34, 81, 62, 55, 60, 86, 34, 33, 78, 82, 20, 94, 4, 49, 121, 38, 43, 38, 70, 29,
                               34, 27, 45, 88, 65, 127, 75, 56, 1, 36, 120, 18, 89, 83, 11, 56, 99, 10, 47, 39,
                               111, 94, 88, 0, 16, 73, 14, 27, 39, 32, 65, 90, 52, 11, 13, 110, 69, 88, 21, 3,
                               3, 74, 50, 13, 84, 81, 0, 37, 17, 54, 120, 31, 89, 39, 41, 84, 72, 82, 8, 50,
                               65, 49, 11, 93, 98, 9, 41, 93, 32, 60, 73, 116, 89, 23, 122, 60, 86, 16, 115, 34,
                               6, 27, 42, 22, 122, 19, 55, 14, 85, 66, 51, 24, 87, 22, 63, 3, 61, 73, 111, 119,
                               4, 6, 113, 49, 51, 110, 34, 8, 105, 44, 48, 59, 10, 65, 14, 98, 42, 39, 58, 60,
                               32, 78, 3, 59, 26, 30, 70, 14, 28, 99, 86, 51, 63, 15, 119, 26, 61, 52, 88, 110,
                               55, 80, 2, 80, 58, 121, 68, 93, 36, 112, 19, 25, 72, 24, 83, 13, 95, 44, 127 ], 0)
    print(yHTtdcBj)
    vCThVRLmOgMJ = xored([ 101, 57, 10, 111, 9, 61, 12, 43, 73, 49, 56, 95, 85, 106, 91, 0, 67, 18, 64, 33, 54,
                                   118, 27, 94, 106, 66, 92, 5, 9, 39, 99, 80, 57, 20, 26, 87, 86, 40, 24, 59, 67,
                                   69, 37, 25, 7, 5, 39, 34, 108, 33, 35, 24, 6, 58, 97, 4, 46, 4, 41, 56, 18,
                                   25, 89, 28, 44, 10, 32, 63, 57, 78, 50, 2, 33, 36, 83, 83, 17, 88, 82, 75, 5,
                                   19, 2, 87, 92, 61, 76, 77, 97, 10, 27, 18, 26, 31, 50, 41, 85, 101, 89, 4, 7,
                                   120, 31, 42, 4, 31, 74, 49, 57, 60, 91, 111, 75, 61, 40, 20, 109, 60, 11, 82, 25,
                                   35, 106, 43, 5, 12, 83, 42, 6, 24, 46, 110, 49, 10, 80, 41, 66, 88, 8, 22, 48,
                                   114, 18, 85, 30, 77, 59, 42, 93, 30, 28, 77, 83, 57, 4, 106, 32, 92, 31, 76, 66,
                                   36, 4, 63, 34, 84, 95, 40, 45, 35, 21, 1, 27, 109, 56, 95, 84, 39, 76, 76, 116,
                                   59, 54, 18, 29, 28, 17, 38, 33, 102, 78, 84, 87, 32, 7, 58, 116, 55, 61, 22, 52,
                                   15, 75, 25, 38, 46, 47, 19, 29, 30, 88, 100, 59, 59, 34, 17, 49, 3, 24, 93, 117,
                                   6, 84, 0, 41, 21, 83, 74, 46, 39, 70, 27, 21, 119, 81, 80, 4, 46, 59, 26 ], 309)
    print(yHTtdcBj)
    XiMn = xored([ 21, 21, 15, 60, 104, 89, 5, 82, 108, 89, 90, 14, 3, 124, 94, 120, 16, 6, 80, 60, 42,
                           127, 91, 94, 66, 121, 44, 20, 41, 79, 16, 117, 8, 96, 121, 0, 117, 125, 92, 118, 20,
                           87, 86, 84, 30, 6, 13, 14, 117, 119, 50, 122, 39, 85, 14, 15, 108, 66, 67, 47, 110,
                           115, 107, 51, 55, 94, 88, 121, 21 ], 240)
    print(XiMn)
array1()

And :

$ python macro.py
The moon will be full in three days. Your spirit shall forever remain among the humans. You shall age like them, you shall die like them, and all memory of you shall fade in time. And we'll vanish along with it. You will never see us again.
The moon will be full in three days. Your spirit shall forever remain among the humans. You shall age like them, you shall die like them, and all memory of you shall fade in time. And we'll vanish along with it. You will never see us again.
PAN{954b525be189a7fee40084bce8a1d9380280d109d64695e0c09b940c708aa274}