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Smaller Medical Providers Get Burned by Ransomware

October 8, 2019, 2:30 am
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Iranians tried to hack U.S. presidential campaign in effort that targeted hundreds, Microsoft says

October 8, 2019, 2:46 am
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APT groups are exploiting outdated VPNs to spy on international targets, U.K. and U.S. warn

October 8, 2019, 2:46 am
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Posted by InfoSec News on Oct 08

https://www.cyberscoop.com/vpn-vulnerabilities-china-apt-palo-alto/

By Jeff Stone
CYBERSCOOP
October 7, 2019

International hacking groups are exploiting vulnerabilities in virtual private
network technologies to steal user credentials and monitor sensitive traffic,
the United Kingdom’s National Cyber Security Centre said, amid recent warnings
that the Chinese government has used similar tactics to collect intelligence.

The NCSC, an...
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Trucking Industry Has Become a Top Target of Ransomware Attacks

October 8, 2019, 2:46 am
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Microsoft October 2019 Patch Tuesday, (Tue, Oct 8th)

October 8, 2019, 12:04 pm
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This month we got patches for 59 vulnerabilities total. None of them have been previously disclosed nor are being exploited according to Microsoft. 

Amongst 9 critical vulnerabilities, its worth mentioning the remote code execution one which affects Microsoft XML Core Services (CVE-2019-1060). To exploit this vulnerability, an attacker would have to convince a user to access a specially crafted website designed to invoke MSXML through the web browser. When Internet Explorer parses the malicious content, the attacker could run malicious code remotely on users’s system.  

There is also a critical remote execution vulnerability Windows Remote Desktop Client (CVE-2019-1333). To exploit this vulnerability, an attacker would have to force the user to connect to a malicious server or compromise a legitimate server to host the malicious code on it, and wait for the users to connect. 

See Renato's dashboard for a more detailed breakout: https://patchtuesdaydashboard.com

Description
CVE Disclosed Exploited Exploitability (old versions) current version Severity CVSS Base (AVG) CVSS Temporal (AVG)
Azure App Service Remote Code Execution Vulnerability
%%cve:2019-1372%% No No Less Likely Less Likely Critical    
Chakra Scripting Engine Memory Corruption Vulnerability
%%cve:2019-1307%% No No - - Critical 4.2 3.8
%%cve:2019-1308%% No No - - Critical 4.2 3.8
%%cve:2019-1335%% No No - - Critical 4.2 3.8
%%cve:2019-1366%% No No - - Critical 4.2 3.8
Hyper-V Information Disclosure Vulnerability
%%cve:2019-1230%% No No Less Likely Less Likely Important 6.8 6.1
Internet Explorer Memory Corruption Vulnerability
%%cve:2019-1371%% No No Less Likely Less Likely Important 6.4 5.8
Jet Database Engine Remote Code Execution Vulnerability
%%cve:2019-1358%% No No Less Likely Less Likely Important 7.8 7.0
%%cve:2019-1359%% No No Less Likely Less Likely Important 7.8 7.0
Latest Servicing Stack Updates
ADV990001 No No - - Critical    
MS XML Remote Code Execution Vulnerability
%%cve:2019-1060%% No No Less Likely Less Likely Critical 6.4 5.8
Microsoft Browser Spoofing Vulnerability
%%cve:2019-0608%% No No Less Likely Less Likely Important 2.4 2.2
%%cve:2019-1357%% No No Less Likely Less Likely Important 3.5 3.2
Microsoft Dynamics 365 (On-Premise) Cross Site Scripting Vulnerability
%%cve:2019-1375%% No No Less Likely Less Likely Important    
Microsoft Edge based on Edge HTML Information Disclosure Vulnerability
%%cve:2019-1356%% No No - - Important 4.3 3.9
Microsoft Excel Remote Code Execution Vulnerability
%%cve:2019-1327%% No No Less Likely Less Likely Important    
%%cve:2019-1331%% No No Less Likely Less Likely Important    
Microsoft Graphics Components Information Disclosure Vulnerability
%%cve:2019-1361%% No No - - Important 5.5 5.0
Microsoft IIS Server Elevation of Privilege Vulnerability
%%cve:2019-1365%% No No Less Likely Less Likely Important 7.5 6.7
Microsoft Office SharePoint XSS Vulnerability
%%cve:2019-1070%% No No - - Important    
Microsoft SharePoint Elevation of Privilege Vulnerability
%%cve:2019-1329%% No No - - Important    
%%cve:2019-1330%% No No Less Likely Less Likely Important    
Microsoft SharePoint Spoofing Vulnerability
%%cve:2019-1328%% No No - - Important    
Microsoft Windows CloudStore Elevation of Privilege Vulnerability
%%cve:2019-1321%% No No Less Likely Less Likely Important 5.8 5.2
Microsoft Windows Denial of Service Vulnerability
%%cve:2019-1317%% No No Less Likely Less Likely Important 6.4 5.8
Microsoft Windows Elevation of Privilege Vulnerability
%%cve:2019-1320%% No No Less Likely Less Likely Important 7.0 6.3
%%cve:2019-1322%% No No Less Likely Less Likely Important 7.0 6.3
%%cve:2019-1340%% No No Less Likely Less Likely Important 7.8 7.0
Microsoft Windows Setup Elevation of Privilege Vulnerability
%%cve:2019-1316%% No No Less Likely Less Likely Important 7.3 6.6
Microsoft Windows Transport Layer Security Spoofing Vulnerability
%%cve:2019-1318%% No No Less Likely Less Likely Important 7.7 6.9
Microsoft Windows Update Client Elevation of Privilege Vulnerability
%%cve:2019-1323%% No No Less Likely Less Likely Important 7.0 6.3
%%cve:2019-1336%% No No Less Likely Less Likely Important 7.0 6.3
Open Enclave SDK Information Disclosure Vulnerability
%%cve:2019-1369%% No No Less Likely Less Likely Important    
Remote Desktop Client Remote Code Execution Vulnerability
%%cve:2019-1333%% No No More Likely More Likely Critical 7.5 6.7
SQL Server Management Studio Information Disclosure Vulnerability
%%cve:2019-1313%% No No Less Likely Less Likely Important    
%%cve:2019-1376%% No No Less Likely Less Likely Important    
VBScript Remote Code Execution Vulnerability
%%cve:2019-1238%% No No Less Likely Less Likely Critical 6.4 5.8
%%cve:2019-1239%% No No - - Critical 6.4 5.8
Win32k Elevation of Privilege Vulnerability
%%cve:2019-1362%% No No - - Important 7.0 6.3
%%cve:2019-1364%% No No - - Important 7.0 6.3
Windows 10 Mobile Security Feature Bypass Vulnerability
%%cve:2019-1314%% No No Less Likely Less Likely Important    
Windows Code Integrity Module Information Disclosure Vulnerability
%%cve:2019-1344%% No No Less Likely Less Likely Important 5.5 5.0
Windows Denial of Service Vulnerability
%%cve:2019-1343%% No No Less Likely Less Likely Important 6.5 5.9
%%cve:2019-1346%% No No Less Likely Less Likely Important 5.7 5.1
%%cve:2019-1347%% No No Less Likely Less Likely Important 5.7 5.1
Windows Error Reporting Elevation of Privilege Vulnerability
%%cve:2019-1319%% No No Less Likely Less Likely Important 7.0 6.3
Windows Error Reporting Manager Elevation of Privilege Vulnerability
%%cve:2019-1342%% No No Less Likely Less Likely Important 7.0 6.3
%%cve:2019-1315%% No No Less Likely Less Likely Important 7.8 7.0
%%cve:2019-1339%% No No - - Important 7.8 7.0
Windows GDI Information Disclosure Vulnerability
%%cve:2019-1363%% No No - - Important 5.5 5.0
Windows Imaging API Remote Code Execution Vulnerability
%%cve:2019-1311%% No No Less Likely Less Likely Important 7.8 7.0
Windows Kernel Information Disclosure Vulnerability
%%cve:2019-1345%% No No Less Likely Less Likely Important 5.5 5.0
%%cve:2019-1334%% No No Less Likely Less Likely Important 4.7 4.2
Windows NTLM Security Feature Bypass Vulnerability
%%cve:2019-1338%% No No - - Important 5.3 4.8
Windows NTLM Tampering Vulnerability
%%cve:2019-1166%% No No Less Likely Less Likely Important 5.9 5.3
Windows Power Service Elevation of Privilege Vulnerability
%%cve:2019-1341%% No No More Likely More Likely Important 7.8 7.0
Windows Redirected Drive Buffering System Elevation of Privilege Vulnerability
%%cve:2019-1325%% No No Less Likely Unlikely Important 5.5 5.0
Windows Remote Desktop Protocol (RDP) Denial of Service Vulnerability
%%cve:2019-1326%% No No Less Likely Less Likely Important 7.5 6.7
Windows Secure Boot Security Feature Bypass Vulnerability
%%cve:2019-1368%% No No Less Likely Less Likely Important 4.9 4.4
Windows Update Client Information Disclosure Vulnerability
%%cve:2019-1337%% No No Less Likely Less Likely Important 5.5 5.0

 

--
Renato Marinho
Morphus Labs| LinkedIn|Twitter>

(c) SANS Internet Storm Center. https://isc.sans.edu Creative Commons Attribution-Noncommercial 3.0 United States License.
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What data does Vidar malware steal from an infected host?, (Wed, Oct 9th)

October 8, 2019, 5:56 pm
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Introduction

What is Vidar?  Vidar is malware that's an information stealer.  It has very distinct infection traffic.  What does it steal?  Let's examine some infection traffic to find out.  Today's diary reviews some infection traffic from a malicious Word document discovered on Tuesday 2019-10-08 that uses macros to push Vidar.


Shown above:  The malicious Word document found in VirusTotal.

The malicious Word document

VirusTotal and other sources like URLhaus show a malicious Word document (SHA256 hash: 0c91fa2d30e1981d8ac276ecaacb4225c3bef5be8143597720e37e7dc5447099) was available on two blacklisted URLs hosted at speciosarepublic[.]com as early as Tuesday 2019-10-08.  I checked one of the URLs and was able to retrieve the Word document.


Shown above:  Downloading the malicious Word document.


Shown above:  Opening the malicious Word document.


Shown above:  After enabling macros, you can see text that was probably supposed to appear before enabling macros.

Infection traffic

I submitted the URL to the Any.Run sandbox, and it generated traffic with alerts for Vidar.  When viewed in Wireshark, the last HTTP request in the infection traffic ends with:

POST / HTTP/1.1  (zip)

This indicates a zip archive was sent to a command and control server at weimachel[.]net.


Shown above:  Infection traffic from the Any.Run analysis filtered in Wireshark.


Shown above:  Follow TCP stream in Wireshark for the last HTTP POST request.


Shown above:  This TCP stream has multiple HTTP POST requests, so scroll down to find the final one.


Shown above:  Scroll down further, and you'll find the zip archive sent during the final HTTP POST request.

Extracting the zip archive from the pcap

We can extract data from the final HTTP POST request from the pcap.  Then we can carve the zip archive from the extracted data as shown in the images below.


Shown above:  File --> Export Objects --> HTTP...


Shown above:  Wireshark's HTTP object list, and exportable data that contains the POST-ed zip archive.


Shown above:  After exporting the binary from Wireshark, open it in a hex editor and delete data POST-ed before the actual zip archive.


Shown above:  The first two bytes of a zip archive show as ASCII characters PK, so delete POST-ed data before that.


Shown above:  The beginning is of the zip archive is now the beginning of the file.


Shown above:  Delete the ending boundary marker from the HTTP POST request at the end of this file.

After you've carved and saved the binary, it should be a fully-functional zip archive.  The contents can be extracted with an archive manager, and you can review what data was exfiltrated from the infected Windows host.  This data includes system information, passwords, browser cookies, and a screenshot of the desktop.


Shown above:  Contents of the zip archive, after it's carved from the extracted data.

Final words

Sandbox analysis of this malicious Word doc can be found here, where you can download the pcap, review the data, and try extracting the zip archive using Wireshark.

---
Brad Duncan
brad [at] malware-traffic-analysis.net

(c) SANS Internet Storm Center. https://isc.sans.edu Creative Commons Attribution-Noncommercial 3.0 United States License.
↧

ISC Stormcast For Wednesday, October 9th 2019 https://isc.sans.edu/podcastdetail.html?id=6700, (Wed, Oct 9th)

October 8, 2019, 8:00 pm
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(c) SANS Internet Storm Center. https://isc.sans.edu Creative Commons Attribution-Noncommercial 3.0 United States License.
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ISC Stormcast For Thursday, October 10th 2019 https://isc.sans.edu/podcastdetail.html?id=6702, (Thu, Oct 10th)

October 9, 2019, 9:00 pm
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(c) SANS Internet Storm Center. https://isc.sans.edu Creative Commons Attribution-Noncommercial 3.0 United States License.
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Melbourne cyber conference organisers pressured speaker to edit 'biased' talk

October 10, 2019, 1:27 am
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Hackers breach Volusion and start collecting card details from thousands of sites

October 10, 2019, 1:27 am
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DHS cyber unit wants to subpoena ISPs to identify vulnerable systems

October 10, 2019, 1:27 am
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Posted by InfoSec News on Oct 10

https://techcrunch.com/2019/10/09/cisa-subpoena-powers-isp-vulnerable-systems/

By Zack Whittaker
TechCrunch
October 9, 2019

Homeland Security’s cybersecurity division is pushing to change the law that
would allow it to demand information from internet providers that would
identify the owners of vulnerable systems, TechCrunch has learned.

Sources familiar with the proposal say the Cybersecurity and Infrastructure
Security Agency (CISA),...
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The Untold Story of the Sony Hack: How North Korea's Battle With Seth Rogen and George Clooney Foreshadowed Russian Election Meddling in 2016

October 10, 2019, 1:27 am
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Posted by InfoSec News on Oct 10

https://www.vanityfair.com/news/2019/10/the-untold-story-of-the-sony-hack

By Rick Stengel
Vanity Fair
October 6, 2019

Sony employees who logged on to their desktops early on Monday morning,
November 24, 2014, were greeted with the sound of digital gunfire and the image
of an ominous red skeleton under the title “Hacked By #GOP,” which stood not
for the Grand Old Party, but for a shadowy organization called Guardians of
Peace. Below was...
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FDA's bill of materials creates a cybersecurity blind spot for medical devices

October 10, 2019, 1:27 am
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Mining Live Networks for OUI Data Oddness, (Thu, Oct 10th)

October 10, 2019, 5:43 am
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My last story was a short script that takes MAC addresses in, and returns the OUI portion of that, along with the vendor who corresponds to that OUI.  (https://isc.sans.edu/diary/Mining+MAC+Address+and+OUI+Information/25360) Today we'll port that to PowerShell as a function and use that on a live network for some "hunting" to look for odd things.

A few things to note:

  • The original script has been updated so that it cleans up the download a bit better (mostly for this PowerShell implementation to use)
  • The PowerShell version doesn't download the data file, so to use this you'll need to download and run the original script.
  • So if you've already used that script, pull it down again and update the data file.
  • So far, this script handles the standard 24 bit (3 byte) OUIs.  28 and 36 bit OUIs match on the first 24 bits only (so far).

On with today's story - First, the function:

# assumes that the oui.txt file exists, and that its in c:\utils - edit this to fit your implementation
# declare this variable globally so that the OUILookup function doesn't have read the file each time it is called

$global:ouilist = import-csv -Delimiter "`t" -path "c:\utils\oui.txt"

function OUILookup {
    # limited to traditional 6 digit OUIs for now
    # take the input, replace all mac delimeters
    $MAC = $args[0] -replace "[-:\.]",""

    # grab the first 6 chars for an OUI first pass
    $OUI = $MAC.Substring(0,6).ToUpper()

    #find the OUI in the table
    foreach ($entry in $ouilist){
      if ($oui -eq $entry.OUI){
         return $entry
     }
  }
}

How can we use this?  In our first case, let's read all MAC addresses from a switch, then lookup the vendor for each unique MAC.  There are several OID (Object ID) strings that return MAC addresses, I picked the one I did because it also returns the interface number the MAC is associated with - that might be useful in a future story :-)
 
Note that I'm using SNMPv2 in this (just to keep the code simple).  I would strongly suggest that you use SNMPv3 in any production environment (SNMPv2 calls and returns are all in clear text, SNMPv3 adds encryption).  I'd also suggest that you use an ACL on your SNMP configuration so that only trusted hosts are allowed to make SNMP calls.  The CIS Benchmark for your switch will give you more detail on this, as well as a plethora of other advice on hardening your switch configuration against various attacks.

$IP = "192.168.122.6"

$OID = ".1.3.6.1.2.1.17.4.3.1.2"

$CommString = "SomeComplexString"

 

$WalkVals = invoke-snmpwalk -ip $IP -OIDStart $OID -Community $CommString -Walkmode WithinSubtree

 

$trimlength = $OID.length +1

$MACtoOUIList = @()

 

foreach($val in $walkvals) {

   # get the decimal representation of the MAC

   $macdec = ($val.oid).Substring($trimlength)

   $machex = ""

   $macdec.split(".") | foreach { $machex += '{0:x2}' -f [int32]$_ }

   $ouitemp = ouilookup $machex

   $ouitemp | add-member -membertype NoteProperty -name MAC -value $machex.toupper()

   $MACtoOUIList += $ouitemp

   }                      

Now we have the list of MACs with the OUI information for each:

$MACtoOUIList

OUI    Vendor   VendorString          MAC        
---    ------   ------------          ---        
000C29 Vmware   VMware, Inc.          000C299E2499
000C29 Vmware   VMware, Inc.          000C299F48E4
002179 Iogear   IOGEAR, Inc.          002179C4214F
005F86 Cisco    Cisco Systems, Inc    005F86D7E636
005F86 Cisco    Cisco Systems, Inc    005F86D7E64E
1002B5 IntelCor Intel Corporate       1002B53F75AF
2C4D54 AsustekC ASUSTek COMPUTER INC. 2C4D54B0CB50
305A3A AsustekC ASUSTek COMPUTER INC. 305A3AC53618
38D547 AsustekC ASUSTek COMPUTER INC. 38D547E59358
40B034 HewlettP Hewlett Packard       40B0347248E4
6C19C0 Apple    Apple, Inc.           6C19C09CF5AF
6C96CF Apple    Apple, Inc.           6C96CFAFC428
8866A5 Apple    Apple, Inc.           8866A54044E0
9061AE IntelCor Intel Corporate       9061AEF05A14
A0CEC8 CeLink   Ce Link Limited       A0CEC817F51F
D04F7E Apple    Apple, Inc.           D04F7E776F2B
DCEB94 Cisco    Cisco Systems, Inc    DCEB94742629
E4E130 TctMobil TCT mobile ltd        E4E1301676C5

Let's sort and group them now, to get a count of unique OUIs.  We'll sort them so that the "outliers" bubble up to the top - in so many situations we're looking for values that are "odd"

$MACtoOUIList | select OUI, Vendor | sort -Property OUI | Group-Object OUI,Vendor -NoElement | sort count

Count Name                  
----- ----                    
    1 002179, Iogear          
    1 1002B5, IntelCor        
    1 2C4D54, AsustekC        
    1 305A3A, AsustekC        
    1 38D547, AsustekC        
    1 40B034, HewlettP        
    1 6C19C0, Apple           
    1 6C96CF, Apple           
    1 8866A5, Apple           
    1 9061AE, IntelCor        
    1 A0CEC8, CeLink          
    1 D04F7E, Apple           
    1 DCEB94, Cisco           
    1 E4E130, TctMobil        
    2 000C29, Vmware          
    2 005F86, Cisco     

Not a lot of oddness to find on my home network - that TctMobil OUI I think is my wife's new phone, which was interesting - that's about it.

Let's cast our net a bit wider, and read the DHCP database from a windows DHCP server and return the vendor for each MAC address, with the device name and IP.
We covered how to "mine" the DHCP database in a story a while back: https://isc.sans.edu/forums/diary/DNS+and+DHCP+Recon+using+Powershell/20995/

       
First, collect the DHCP Leases, then for each MAC Address (Client-ID), get the OUI, all collected into on variable list:

$leases = foreach ($lease in $leases) { $targetouilist += OUILookup $lease.clientid }
$targetouilist = @()
foreach ($lease in $leases) { $targetouilist += OUILookup $lease.clientid }

Again, lets look for outliers, sorting by ascending count:

$MACtoOUIList | select OUI, Vendor | sort -Property OUI | Group-Object OUI,Vendor -NoElement | sort count

Count Name                    
----- ----                    
    1 0004F2, Polycom         
    1 AC88FD, Apple           
    1 A85C2C, Apple           
    1 A46CF1, SamsungE        
    1 A41F72, Dell            
    1 A0D795, Apple           
    1 A0C9A0, MurataMa        
    1 9CEBE8, BizlinkK        
    1 9C5A44, CompalIn        
    1 985FD3, Microsof        
    1 9800C6, Apple           
    1 9061AE, IntelCor        
    1 88E9FE, Apple           
    1 843A4B, IntelCor        
    1 842B2B, Dell            
    1 80C5F2, Azurewav 

In a network of a couple thousand workstations, there definitely is some stuff to dig into here.  Just for starters (and without more than a glance at the data), this client had recently completed a VOIP migration from one vendor to another - you see from our "outliers" list that there's one phone that got missed.  I'll be digging into this a bit more (and for a few more clients) over the next while - feel free to do the same! (on your own networks of course)

Please, use our comment form and let us know if you find anything "interesting"!

===============
Rob VandenBrink
rob <at> coherentsecurity.com

(c) SANS Internet Storm Center. https://isc.sans.edu Creative Commons Attribution-Noncommercial 3.0 United States License.
↧

ISC Stormcast For Friday, October 11th 2019 https://isc.sans.edu/podcastdetail.html?id=6704, (Fri, Oct 11th)

October 10, 2019, 8:14 pm
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(c) SANS Internet Storm Center. https://isc.sans.edu Creative Commons Attribution-Noncommercial 3.0 United States License.
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Victorian hospitals slowly restoring systems after cyber attack

October 11, 2019, 3:20 am
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Jeremy Hammond, Former WikiLeaks Source, Held in Contempt

October 11, 2019, 3:20 am
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Posted by InfoSec News on Oct 11

https://gizmodo.com/jeremy-hammond-former-wikileaks-source-held-in-contem-1838947403

By Dell Cameron
Gizmodo.com
October 10, 2019

Former hacktivist Jeremy Hammond, a one-time WikiLeaks source, who admitted to
leaking stolen files from a private intelligence firm, was held in contempt on
Thursday after allegedly refusing to testify before a federal grand jury in the
Eastern District of Virginia.

It is not immediately clear what consequences...
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Hackers target job-hunting service members, veterans with sham employment website

October 11, 2019, 3:20 am
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University of Minnesota announces three-year collaboration with Target on cyber security education

October 11, 2019, 3:36 am
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Notorious FIN7 crooks have new malicious code up their sleeves

October 11, 2019, 3:36 am
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Posted by InfoSec News on Oct 11

https://www.cyberscoop.com/fin7-fireeye-new-malware/

By Sean Lyngaas
CYBERSCOOP
October 10, 2019

Cybersecurity researchers have discovered two new tools used by a prolific
hacking group known as FIN7, highlighting how, despite a law enforcement
crackdown, the group appears to be thriving and making a lot of money in the
process.

The Eastern European hacking crew, which researchers say has stolen over $1
billion from victims in recent...
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