These encoded strings contain the new URL addresses not seen in older versions of FakeSpy .


Comparing strings from an old FakeSpy sample to a new one .


WHO IS BEHIND FAKESPY ’ S SMISHING CAMPAIGNS ?


The Cybereason Nocturnus team suspects that the malware operators and authors are Chinese speakers .


Our findings , along with previous research , indicates that the threat actor behind these recent campaigns is likely a Chinese group dubbed “ Roaming Mantis ” .


Roaming Mantis is believed to be a Chinese threat actor group first discovered in April 2018 that has continuously evolved .


In the beginning , this threat group mainly targeted Asian countries .


Now , they are expanding their activity to audiences all around the world .


As part of their activities , they are known for hijacking DNS settings on Japanese routers that redirect users to malicious IP addresses , creating disguised malicious Android apps that appear as popular apps , stealing Apple ID credentials by creating Apple phishing pages , as well as performing web crypto mining on browsers .


CONNECTION TO CHINA Chinese server infrastructure : FakeSpy applications send stolen information to C2 domains with .club TLDs and URLs ending with /servlet/ [ C2 Command ] ( mentioned above in the “ Stealing Sensitive Information ” section ) .


All of these domains are registered to ‘ Li Jun Biao ’ on Bizcn , Inc , a Chinese Internet application service provider .


Chinese language traces in the code : During the investigation , the Cybereason Nocturnus team discovered code artifacts that may indicate Chinese threat actors .


For example , we found several suspicious strings written in the Chinese language in a function called isNetworkAvailable , previously discussed in this blog : An almost identical function is mentioned in an earlier research , that ties FakeSpy and other malware to the Roaming Mantis group .


Chinese APK names : Some of FakeSpy ’ s APK package names contain anglicized Chinese ( Mandarin ) words that might be related to Chinese songs and lyrics , food , provinces , etc .


CONCLUSIONS FakeSpy was first seen in October 2017 and until recently mainly targeted East Asian countries .


Our research shows fresh developments in the malware ’ s code and sophistication , as well as an expansion to target Europe and North America .


This mobile malware masquerades as legitimate , trusted postal service applications so that it can gain the users trust .


Once it has been installed , it requests permissions from the user so that it can steal sensitive data , manipulate SMS messages , and potentially infect contacts of the user .


The malware now targets more countries all over the world by masquerading as official post office and transportation services apps .


These apps appear legitimate due to their app logo , UI appearance , and redirects to the carrier webpage -- all luring end users to believe it ’ s the original one .


In this blog , we showed that the threat actor behind the recent FakeSpy campaign is a Chinese-speaking group called “ Roaming Mantis ” known to operate mainly in Asia .


It is interesting to see that the group has expanded their operation to other regions , such as the United States and Europe .


The malware authors seem to be putting a lot of effort into improving this malware , bundling it with numerous new upgrades that make it more sophisticated , evasive , and well-equipped .


These improvements render FakeSpy one of the most powerful information stealers on the market .


We anticipate this malware to continue to evolve with additional new features ; the only question now is when we will see the next wave .


First Twitter‑controlled Android botnet discovered Detected by ESET as Android/Twitoor , this malware is unique because of its resilience mechanism .


Instead of being controlled by a traditional command-and-control server , it receives instructions via tweets .


24 Aug 2016 - 02:05PM Android/Twitoor is a backdoor capable of downloading other malware onto an infected device .


It has been active for around one month .


This malicious app , detected by ESET as a variant of Android/Twitoor.A , can ’ t be found on any official Android app store – it probably spreads by SMS or via malicious URLs .


It impersonates a porn player app or MMS application but without having their functionality .


After launching , it hides its presence on the system and checks the defined Twitter account at regular intervals for commands .


Based on received commands , it can either download malicious apps or switch the C & C Twitter account to another one .


“ Using Twitter instead of command-and-control ( C & C ) servers is pretty innovative for an Android botnet. ” “ Using Twitter instead of command-and-control ( C & C ) servers is pretty innovative for an Android botnet , ” says Lukáš Štefanko , the ESET malware researcher who discovered the malicious app .


Malware that enslaves devices to form botnets needs to be able to receive updated instructions .


That communication is an Achilles heel for any botnet – it may raise suspicion and , cutting the bots off is always lethal to the botnet ’ s functioning .


Additionally , should the command-and-control ( C & C ) servers get seized by the authorities , it would ultimately lead to disclosing information about the entire botnet .


To make the Twitoor botnet ’ s communication more resilient , botnet designers took various steps like encrypting their messages , using complex topologies of the C & C network – or using innovative means for communication , among them the use of social networks .


“ These communication channels are hard to discover and even harder to block entirely .


On the other hand , it ’ s extremely easy for the crooks to re-direct communications to another freshly created account , ” explains Štefanko .


In the Windows space , Twitter , founded in 2006 , was first used to control botnets as early as in 2009 .


Android bots have also already been found being controlled via other non-traditional means – blogs or some of the many cloud messaging systems like Google ’ s or Baidu ’ s – but Twitoor is the first Twitter-based bot malware , according to Štefanko .


“ In the future , we can expect that the bad guys will try to make use of Facebook statuses or deploy LinkedIn and other social networks ” , states ESET ’ s researcher .


Currently , the Twitoor trojan has been downloading several versions of mobile banking malware .


However , the botnet operators can start distributing other malware , including ransomware , at any time warns Štefanko .


“ Twitoor serves as another example of how cybercriminals keep on innovating their business , ” Stefanko continues .


Internet users should keep on securing their activities with good security solutions for both computers and mobile devices. ” Hashes : E5212D4416486AF42E7ED1F58A526AEF77BE89BE A9891222232145581FE8D0D483EDB4B18836BCFC AFF9F39A6CA5D68C599B30012D79DA29E2672C6E Insidious Android malware gives up all malicious features but one to gain stealth ESET researchers detect a new way of misusing Accessibility


Service , the Achilles ’ heel of Android security 22 May 2020 - 03:00PM ESET researchers have analyzed an extremely dangerous Android app that can perform a host of nefarious actions , notably wiping out the victim ’ s bank account or cryptocurrency wallet and taking over their email or social media accounts .


Called “ DEFENSOR ID ” , the banking trojan was available on Google Play at the time of the analysis .


The app is fitted with standard information-stealing capabilities ; however , this banker is exceptionally insidious in that after installation it requires a single action from the victim – enable Android ’ s Accessibility Service – to fully unleash the app ’ s malicious functionality .


The DEFENSOR ID app made it onto the heavily guarded Google Play store thanks to its extreme stealth .


Its creators reduced the app ’ s malicious surface to the bare minimum by removing all potentially malicious functionalities but one : abusing Accessibility Service .


Accessibility Service is long known to be the Achilles ’ heel of the Android operating system .


Security solutions can detect it in countless combinations with other suspicious permissions and functions , or malicious functionalities – but when faced with no additional functionality nor permission , all failed to trigger any alarm on DEFENSOR ID .


By “ all ” we mean all security mechanisms guarding the official Android app store ( including the detection engines of the members of the App Defense Alliance ) and all security vendors participating in the VirusTotal program ( see Figure 1 ) .


DEFENSOR ID was released on Feb 3 , 2020 and last updated to v1.4 on May 6 , 2020 .


The latest version is analyzed here ; we weren ’ t able to determine if the earlier versions were also malicious .


According to its profile at Google Play ( see Figure 2 ) the app reached a mere 10+ downloads .


We reported it to Google on May 16 , 2020 and since May 19 , 2020 the app has no longer been available on Google Play .


The developer name used , GAS Brazil , suggests the criminals behind the app targeted Brazilian users .


Apart from including the country ’ s name , the app ’ s name is probably intended to imply a relationship with the antifraud solution named GAS Tecnologia .


That security software is commonly installed on computers in Brazil as several banks require it to log into their online banking .


However , there is also an English version of the DEFENSOR ID app ( see Figure 3 ) besides the Portuguese one , and that app has neither geographical nor language restrictions .


Playing further off the suggested GAS Tecnologia link , the app promises better security for its users .


The description in Portuguese promises more protection for the user ’ s applications , including end-to-end encryption .


Deceptively , the app was listed in the Education section .


Functionality After starting , DEFENSOR ID requests the following permissions : allow modify system settings permit drawing over other apps , and activate accessibility services .


If an unsuspecting user grants these permissions ( see Figure 4 ) , the trojan can read any text displayed in any app the user may launch – and send it to the attackers .


This means the attackers can steal the victim ’ s credentials for logging into apps , SMS and email messages , displayed cryptocurrency private keys , and even software-generated 2FA codes .


The fact the trojan can steal both the victim ’ s credentials and also can control their SMS messages and generated 2FA codes means DEFENSOR ID ’ s operators can bypass two-factor authentication .


This opens the door to , for example , fully controlling the victim ’ s bank account .


To make sure the trojan survives a device restart , it abuses already activated accessibility services that will launch the trojan right after start .


Our analysis shows the DEFENSOR ID trojan can execute 17 commands received from the attacker-controlled server such as uninstalling an app , launching an app and then performing any click/tap action controlled remotely by the attacker ( see Figure 5 ) .


In 2018 , we saw similar behavior , but all the click actions were hardcoded and suited only for the app of the attacker ’ s choice .


In this case , the attacker can get the list of all installed apps and then remotely launch the victim ’ s app of their choice to either steal credentials or perform malicious actions ( e.g .


send funds via a wire transfer ) .


We believe that this is the reason the DEFENSOR ID trojan requests the user to allow “ Modify system settings ” .


Subsequently , the malware will change the screen off time-out to 10 minutes .


This means that , unless victims lock their devices via the hardware button , the timer provides plenty of time for the malware to remotely perform malicious , in-app operations .


If the device gets locked , the malware can ’ t unlock it .


Malware data leak When we analyzed the sample , we realized that the malware operators left the remote database with some of the victims ’ data freely accessible , without any authentication .


The database contained the last activity performed on around 60 compromised devices .


We found no other information stolen from the victims to be accessible .


Thanks to this data leak , we were able to confirm that the malware really worked as designed : the attacker had access to the victims ’ entered credentials , displayed or written emails and messages , etc .


Once we reached the non-secured database , we were able to directly observe the app ’ s malicious behavior .


To illustrate the level of threat the DEFENSOR ID app posed , we performed three tests .


First , we launched a banking app and entered the credentials there .


The credentials were immediately available in the leaky database – see Figure 6 .


The banking app test : the credentials as entered ( left ) and as available in the database ( right ) Second , we wrote a test message in an email client .


We saw the message uploaded to the attackers ’ server within a second – see Figure 7 .


The email message test : the message as written ( left ) and as available in the database ( right ) Third , we documented the trojan retrieving the Google Authenticator 2FA code .


The software generated 2FA code as it appeared on the device ’ s display ( left ) and as available in the database ( right ) Along with the malicious DEFENSOR ID app , another malicious app named Defensor Digital was discovered .


Both apps shared the same C & C server , but we couldn ’ t investigate the latter as it had already been removed from the Google Play store .


Indicators of Compromise ( IoCs ) Package Name Hash ESET detection name com.secure.protect.world F17AEBC741957AA21CFE7C7D7BAEC0900E863F61 Android/Spy.BanBra.A com.brazil.android.free EA069A5C96DC1DB0715923EB68192FD325F3D3CE Android/Spy.BanBra.A MITRE ATT & CK techniques Tactic ID Name Description Initial Access T1475 Deliver Malicious App


via Authorized App Store Impersonates security app on Google Play .


T1444 Masquerade as Legitimate Application Impersonates legitimate GAS Tecnologia application .


Discovery T1418 Application Discovery Sends list of installed apps on device .


Impact T1516 Input Injection Can enter text and perform clicks on behalf of user .


Collection T1417 Input Capture Records user input data .


Command and Control T1437 Standard Application Layer Protocol Uses Firebase Cloud Messaging for C & C .


In the case of the infected application not specified in the code , “ Agent Smith ” will simply show ads on the activity being loaded .


If the malware obtains device administrator rights , it will be able to lock the screen by itself , expire the password , and resist being uninstalled through normal methods .


According to publicly available statistics , as well as confirmation from Google , most of these apps collected a few dozens installations each , with one case reaching over 350 .


Offensive security researchers then start experimenting with AV evasion, and the exploit finally ends up in underground exploit builders.


This Trojan, which is still under development and regularly updated, is already capable of multiple malicious behaviors.


A backdoor also known as: Trojan.Win32.Dwn.eusizc Trojan.DownLoader25.49110 BehavesLike.Win32.BadFile.fc W32/Trojan.UQIH-2124 Trojan/Win32.Crypt.C2237672 Trj/GdSda.A Trojan.Crypt W32/DwnLdr.UQF!tr Win32/Trojan.cb1


STRING & DATA OBFUSCATION Bread apps have used many innovative and classic techniques to hide strings from analysis engines .


A backdoor also known as: Trojan.Inject.RA Trojan/W32.Inject.33280.AC AdWare.Win32.PurityScan!O Trojan.Inject.RA Win32.Trojan.WisdomEyes.16070401.9500.9988 W32/MalwareS.BHSK Trojan.Cryect Win32/SillyDl.VHZ Win.Adware.Purityscan-27 Trojan.Inject.RA not-a-virus:AdWare.Win32.PurityScan.jz Trojan.Inject.RA Riskware.Win32.PurityScan.hbehp W32.W.AutoRun.kZzH Win32.Adware.Purityscan.Lpuz Trojan.Inject.RA Trojan.Inject.RA Adware.ClickSpring.338 W32/Risk.PDOJ-3563 Adware/PurityScan.h GrayWare[AdWare]/Win32.PurityScan Trojan.Inject.RA not-a-virus:AdWare.Win32.PurityScan.jz TrojanDownloader:Win32/Taleret.B Adware.PurityScan Trj/CI.A not-a-virus:AdWare.Win32.PurityScan Win32/Trojan.8c4


In this case the payload was Kronos, a banking Trojan which was introduced in July of 2014.


This submitter has thousands of other submissions in VirusTotal , however , it is the only one that continues to submit EventBot samples via the VirusTotal API .


Shodan tells us that more than 5 million devices make their TR-069 service available to the outside world.


A backdoor also known as: HW32.Packed.9E95 Win32.Trojan.WisdomEyes.16070401.9500.9996 TrojWare.Win32.Kryptik.RS BehavesLike.Win32.Downloader.nh Trojan.Fareit.1 Win32.Trojan.Fareit.A Trojan/Win32.Jorik.R21377 Trojan.Kryptik!6N5GdNWw3hk Trojan-PWS.Win32.Fareit Win32/Trojan.b7a


A backdoor also known as: Win32.Trojan.WisdomEyes.16070401.9500.9996 TROJ_FSYNA.AS Trojan/Win32.Fareit Trojan.Zusy.D1AACE


In 2015, there have already been a variety of new POS malware identified including a new Alina variant, LogPOS, FighterPOS and Punkey.


The malware known as TROJ_GATAK has been active since 2012 and uses steganography techniques to hide components in .PNG files.


TrickMo uses accessibility services to identify and control some of these screens and make its own choices before giving the user a chance to react .


If one these commands is found , then the malware will encode the stolen data with Base64 and upload it to the command and control server .


In this specific attack, a malicious Excel document was used to create a PowerShell script, which then used the Domain Name System DNS to communicate with an Internet Command and Control C2 server.


A backdoor also known as: Trojan.Injector.16825 Win32.Trojan.WisdomEyes.16070401.9500.9990 Trojan.Cidox!gm TROJ_LATOT.SM Trojan.Win32.Gofot.eci Win32.Trojan-gamethief.Onlinegames.Pgcv TROJ_LATOT.SM TrojanDownloader:Win32/Latot.A Trojan.Win32.Gofot.eci Trojan/Win32.Latot.R175617 W32/Onlinegames.QXA!tr Trj/GdSda.A


This post dismantles a sample of this malware to determine whether we need to take Bert the Turtle's advice to duck and cover.


Recently, PaloAlto discovered another Windows Trojan we named DualToy which side loads malicious or risky apps to both Android and iOS devices via a USB connection.


On October 14th, a report was publicly released regarding the Sandworm team.


The owners of the RAA cryptor, however, took a different tack.


A backdoor also known as: Trojan.Madi.B Trojan.Win32.Upof!O Trojan.Madi.B Trojan.Madi.B Trojan.Madi TROJ_MADIH.SM Trojan.Madi.B Trojan.Win32.SMSSend.dtabeg Troj.W32.Upof.c!c Trojan.Madi.B TrojWare.Win32.Upof.C Trojan.Madi.B TROJ_MADIH.SM BehavesLike.Win32.Dropper.dc Trojan/Upof.z Trojan/Win32.Unknown TrojanDownloader:Win32/Upof.A Trojan.Win32.A.Upof.279552 Trojan.Madi.B Trojan/Win32.Madi.R30772 Trojan.Upof Trojan.Win32.Upof W32/Upof.C!tr Trj/Madi.A


The URL will trigger exploits for arbitrary memory read ( CVE-2012-2825 ) and heap buffer overflow ( CVE-2012-2871 ) vulnerabilities in the default browsers of Android versions 4.0 Ice Cream Sandwich to 4.3 Jelly Bean , allowing another local privilege escalation exploit to execute .


A backdoor also known as: Trojan.Win32.Vilsel!O Troj.W32.Patched.lnCt Trojan.Heur.E7F0E9 Win32.Trojan.ImPatch.a TROJ_FLYMUX.SMIB Win.Trojan.Toopu-1 Trojan.Win32.Vilsel.mwo Trojan.Win32.Vilsel.cxoek Trojan.DownLoad1.51956 TROJ_FLYMUX.SMIB Trojan-Dropper.Win32.Ekafod Trojan/Vilsel.aggq Trojan/Win32.Vilsel Trojan.Win32.Vilsel.mwo Trojan.BHORA.04931


A backdoor also known as: Trojan.VBS Win32.Trojan.WisdomEyes.16070401.9500.9999 Trojan.Win32.Disfa.dtznyx BehavesLike.Win32.AdwareLinkury.fc Trojan:Win32/Skeeyah.A!bit Win32/Trojan.2fe


A backdoor also known as: Trojan-Dropper.Win32.Dycler!O Exploit.BypassUAC Win32.Trojan.WisdomEyes.16070401.9500.9999 Trojan.MulDrop3.61094 Dropper.Dycler.Win32.309 BehavesLike.Win32.Dropper.tz TrojanDropper.Dycler.ca BDS/Dervec.3000832 Trojan[Dropper]/Win32.Dycler Trojan.Heur.EC561A Dropper/Win32.Dycler.C2335962 TrojanDropper.Dycler Win32.Trojan-Dropper.Dycler.dejx Win32/Trojan.4f0


The exploit appeared on day three of the Permanent Court of Arbitration tribunal, exposing an untold number of interested parties that visited the webpage to potential exploitation.


A backdoor also known as: W32.FamVT.CabisNHc.PE Worm/W32.Cosmu Trojan.Win32.Cosmu!O Trojan.Klaut.AB1 W32/Sural.a Trojan/Cosmu.so HT_COSMU_FI060D75.UVPM Win32.Trojan.Canbis.b Win32/LdPinch.AGZ TROJ_COSMU_0000000.TOMA Win.Trojan.Delf-2305 Win32.Trojan-Dropper.Cosmu.A Trojan.Win32.Cosmu.so Trojan.Win32.MLW.eelav Trojan.Win32.Cosmu.124928 Troj.W32.Cosmu.tnsc Trojan.DownLoader2.61876 Trojan.Cosmu.Win32.696 BehavesLike.Win32.Sural.vt Trojan/Cosmu.aja Trojan.Win32.Cosmu.so Trojan/Win32.Cosmu.R747 Trojan.Cosmu W32/Knase.C Trojan.Cosmu Win32/Canbis.B Virus.Win32.Tailer.a


Using DNS for data exfiltration provides several advantages to the attacker.


Antivirus often detects the associated malware as Banload, a family of Trojans that downloads other malware.


We found two malicious gaming apps that were published on Google Play and are capable of rooting Android devices.


A backdoor also known as: Trojan/W32.Dimnie.61440 Trojan.Dimnie.Win32.50 Troj.Heur2.JP.lqY.mDK9 Trojan.Mikey.D1266C Trojan.Dimnie Trojan.Win32.Dimnie.he Trojan.Win32.Dimnie.elmtgi BackDoor.Bebloh.184 Trojan.Dimnie.w Trojan/Win32.Dimnie Trojan:Win32/Dimnie.G Trojan.Win32.Dimnie.he Trojan/Win32.Dimnie.C1889767


A backdoor also known as: Trojan.DL.Delf!Pzeg8X5RT2o W32/Downldr2.BXIW BKDR_ELLIKIC.B Trojan-Downloader.Win32.Delf.hhc Trojan.Win32.Delf.uibf TrojWare.Win32.Ellikic.C Trojan.DownLoader.62800 Trojan.Delf.Win32.7551 BKDR_ELLIKIC.B BehavesLike.Win32.Dropper.jh W32/Downloader.DSRK-7508 Trojan/Delf.jcy TR/Dldr.Delf.hhc.1 Malware_fam.A Spyware[AdWare:not-a-virus]/Win32.Iclick Win32.Troj.Delf.kcloud Trojan.Adware.Symmi.D11E5 Trojan/Win32.AdClicker TrojanDownloader.Delf Trj/CI.A Trojan-Dropper.Delf


Spaghetti code makes the program flow hard to read by adding continuous code jumps , hence the name .


From this initial message, we uncovered a watering hole website with malicious programs, malicious PowerPoint files, and Android malware, all apparently designed to appeal to members of the opposition.


A backdoor also known as: W32/PWStealer.AH Backdoor.Botex W32/Mifeng.F TROJ_LEMIR.CS Trojan.PWS.Mifeng!erocD61I7Go Trojan.Win32.PSWMifeng.390156 TrojWare.Win32.PSW.Mifeng.E Trojan.MulDrop.2881 TR/PSW.Mifeng.e.2 TROJ_LEMIR.CS Backdoor/Hupigon.ckcc Win32.PSWTroj.Mifeng.bo.kcloud W32/PWStealer.AH Trojan/Win32.Bifrose Trojan-PSW.Win32.Mifeng.e Backdoor.Botex!rem Win32/PSW.Mifeng.E Trojan.PSW.Mifeng.bo Trojan-PWS.Win32.Mifeng.E W32/MIFENG.G!tr Collected.9.BK


“ As part of our ongoing efforts to protect users from the Ghost Push family of malware , we ’ ve taken numerous steps to protect our users and improve the security of the Android ecosystem overall. ” We are very encouraged by the statement Google shared with us addressing the issue .


] com or hxxp : //apple-icloud [ .


A backdoor also known as: Backdoor.Agobot.3.AA Backdoor.Agobot.3.AA Backdoor.Gaobot Backdoor.Agobot.3.AA W32/Agobot.CNB Backdoor.Gaobot Win32/Agobot.3.CQ BKDR_GAOBOT.A Backdoor.Win32.Agobot.aa Trojan.Win32.Agobot.daue Backdoor.Win32.A.Agobot.36864.A[h] Backdoor.Agobot.3.AA Backdoor.Win32.Agobot.3.CQ Backdoor.Agobot.3.AA Trojan.Starter.333 Backdoor.Agobot.Win32.1382 BKDR_GAOBOT.A W32/Agobot.SHCF-4880 Backdoor/SdBot.dtc WORM/AgoBot.AA W32/AgoBot.AA!tr.bdr Trojan[Backdoor]/Win32.Agobot Backdoor.Agobot.3.AA Backdoor.W32.Agobot.aa!c Backdoor:Win32/Gaobot.AA Win32/IRCBot.worm.variant Backdoor.Agobot.3.AA Backdoor.Gaobot Backdoor.Agobot Win32.Backdoor.Agobot.Sxyf Backdoor.Win32.Agobot Backdoor.Agobot.3.AA Backdoor.Win32.Agobot.aa


AlarmReceiver - Triggers every three minutes .


On May 12, 2015, Unit 42 observed an apparent watering hole attack, also known as a strategic website compromise SWC, involving the President of Myanmar's website.


On connecting a smartphone in the USB drive emulation mode to a computer running Windows XP , the system automatically starts the Trojan ( if AutoPlay on the external media is not disabled ) and is infected .


The replacement of a single character renders it nearly indistinguishable from the real Akamai-owned domain.


In order to achieve this , mike.jar connects to rootdaemon through various TCP ports that the daemon binds on some extraction routines for supported applications : Port 6202 : WhatsApp extraction service .


A backdoor also known as: W32.HfsAutoB.B699 BehavesLike.Win32.Trojan.th Trojan.Win32.Cryptor TR/Crypt.Xpack.ihifb Trojan.Win32.Z.Crowti.1270272 Backdoor:Win32/Lisuife.A!dha Trojan.Swrort.ED Trj/GdSda.A Win32/Trojan.e6d


Exodus is equipped with extensive collection and interception capabilities .


Android ’ s accessibility services were originally developed by Google for the benefit of users with disabilities .


Then , a request is formed in such a way that an activity that installs the application is called , bypassing all security checks .


However, a closer look into a sample showed an interesting downloading method which I haven t seen before user R136a1


If you answered c' you might be correct! FireEye Labs discovered a new piece of ATM malware 4BDD67FF852C221112337FECD0681EAC that we detect as Backdoor.ATM.Suceful the name comes from a typo made by the malware authors, which targets cardholders and is able to retain debit cards on infected ATMs, disable alarms, or read the debit card tracks.


The instance we discovered and analyzed at the time was configured to steal information from customers of UK and Australian banks.


Sensitive environments that process card data will often monitor, restrict, or entirely block the HTTP or FTP traffic often used for exfiltration in other environments.


A backdoor also known as: Trojan.Kazy.D780C Win32.Trojan.Zbot.a Win.Spyware.Zbot-1275 Trojan-Spy.Win32.Zbot.ymvi Win32.Trojan.Kazy.Pgcv Trojan.PWS.Panda.655 Constructor.Win32.Zbot TR/Crypt.ZPACK.ieoes Constructor:Win32/Zbot.A Trojan-Spy.Win32.Zbot.ymvi Win32.Trojan-Spy.Zbot.DB Spyware/Win32.Zbot.R68889 SScope.Trojan.FakeAV.01110 W32/Zbot.YW!tr Win32/Trojan.c5f


Researchers has observed recent espionage-related activity by TA473, including yet to be reported instances of TA473 targeting US elected officials and staffers.


A backdoor also known as: Abuse-Worry/W32.WinPassViewer.182272 Win32.Trojan.WisdomEyes.16070401.9500.9975 not-a-virus:PSWTool.Win32.WinPassViewer.bg Tool.PassView.1748 Tool.WinPassViewer.Win32.19 BehavesLike.Win32.BadFile.cc AdWare.Amonetize.anis RiskWare[PSWTool]/Win32.WinPassViewer not-a-virus:PSWTool.Win32.WinPassViewer.bg Win-AppCare/Getpassword.182272


Domain fronting provides outbound network connections that are indistinguishable from legitimate requests for popular websites.


Charger SHA256 hash : 58eb6c368e129b17559bdeacb3aed4d9a5d3596f774cf5ed3fdcf51775232ba0 Infostealer , Keylogger , and Ransomware in One : Anubis Targets More than 250 Android Applications October 29 , 2021 The Cofense Phishing Defense Center uncovered a phishing campaign that specifically targets users of Android devices that could result in compromise if unsigned Android applications are permitted on the device .


A backdoor also known as: W32.DownloaderDll.Worm Trojan-Downloader.Win32.Small!O Trojan/Downloader.Small.gkh Win32.Trojan.WisdomEyes.16070401.9500.9998 W32/Downloader.RQOF-2765 Win32/Filitop.E Win.Downloader.19989-1 Trojan-Downloader.Win32.Small.gkh Trojan.Win32.Small.baasq Trojan.Win32.Downloader.7713 TrojWare.Win32.TrojanDownloader.Small.BW Trojan.DownLoader.37335 Downloader.Small.Win32.7224 W32/Downldr2.AKNJ TrojanDownloader.Small.nin Trojan[Downloader]/Win32.Small Win32.TrojDownloader.Small.kcloud Trojan-Downloader.Win32.Small.gkh Trojan/Win32.Downloader.C81971 TrojanDownloader.Small Trojan.DL.Small!Sm7hHElQfpU W32/Small.GKH!tr.dldr


This suggests that these attacks were part of a planned operation against specific targets in India.


A backdoor also known as: Trojan.PWS.YVX Win32.Trojan.WisdomEyes.16070401.9500.9999 Trojan.PWS.YVX Trojan.PWS.YVX Trojan.PWS.YVX Trojan.PWS.YVX BehavesLike.Win32.VTFlooder.hc Trojan.PWS.YVX Troj.Pws.Yvx!c Trojan.PWS.YVX Trj/CI.A Trojan-PWS.YVX W32/Kryptik.SHU!tr Win32/Trojan.PWS.3b2


A backdoor also known as: Backdoor.Msic Backdoor.Msic Backdoor.Msic Backdoor.Msic Trojan/Delf.de Trojan.Win32.Delf.binhsf W32/Backdoor.FYD Backdoor.Msic BKDR_DELF.DE Backdoor.Win32.Delf.de Backdoor.Delf!QqXK5yDKgAs Backdoor.Msic Backdoor.Win32.Delf.DE Backdoor.Msic BackDoor.GWBoy.91 BKDR_DELF.DE W32/Backdoor.FFNS-0086 Win32.Hack.Delf.de.kcloud HEUR/Fakon.mwf Backdoor.Msic Win32/Delf.DE Backdoor.Win32.Y3KRat W32/Delf.DE!tr.bdr BackDoor.Delf.AV Backdoor.Win32.Delf.au


After an app is installed , the ad service pays the attacker .


Chinese fabless semiconductor company Allwinner is a leading supplier of application processors that are used in many low-cost Android tablets , ARM-based PCs , set-top boxes , and other electronic devices worldwide .


STRONTIUM is Microsoft's code name for this group, following its internal practice of assigning chemical element names to activity groups; other researchers have used code names such as APT28, Sednit, Sofacy and Fancy Bear as labels for a group or groups


Stealing and Concealing SMS Messages As some banks still use SMS-based transaction authorization , TrickMo is configured to automatically steal all SMS messages that are stored on the device .


A backdoor also known as: Backdoor.Meciv.a Win32.Trojan.WisdomEyes.16070401.9500.9994 Backdoor.Meciv BKDR_MECIV.SME Win.Trojan.Enfal-82 Backdoor.Win32.Meciv.a BKDR_MECIV.SME Trojan[Backdoor]/Win32.Meciv Trojan.Bodegun.3 Backdoor.Win32.Meciv.a TrojanDropper:Win32/Meciv.A Trj/CI.A Win32/Pucedoor.A


A backdoor also known as: Win32.Trojan.WisdomEyes.16070401.9500.9982 Win32.Trojan-Ransom.Mole.A Trojan.Win32.Encoder.eqqmxg Worm.Win32.Pushbot.A Trojan.Encoder.11008 BehavesLike.Win32.VTFlooder.cm Trojan-Ransom.FileCoder Behavior:Win32/Pryncimoklyn.A!rsm BScope.Trojan-Ransom.Fury Win32.Trojan.Raas.Auto


A backdoor also known as: TR/Dropper.MSIL.252169 Trj/GdSda.A Virus.PSW.ILSpy


With this in mind , we thoroughly look forward to working with you on these matters .


Several months later and it seems to have evolved again, this time adding cryptocurrency theft to its routines.


Symantec Corp, a digital security company, says it has identified a sustained cyber spying campaign, likely state-sponsored, against Indian and Pakistani entities involved in regional security issues.


Without context , this method does not reveal much about its intended behavior , and there are no calls made to it anywhere in the DEX .


] 6 2020-03-26 http : //rxc.rxcoordinator [ .


Office 365 ATP sandbox employs special mechanisms to avoid being detected by similar checks .


During the last hours, OSX/Keydnap was distributed on a trusted website, which turned out to be something else


The threat actors used IcedID, delivering the payload using an ISO image on this occasion.


A backdoor also known as: W32.PorakeseDRAG.Trojan TrojanSpy.Crime.B4 Trojan.Keylogger.Win32.35471 Trojan/Spy.Keylogger.zu TSPY_VBMSIL.SMIA Win.Trojan.KillAV-49 Trojan.Win32.Win32.dccnnq Trojan.MSIL.Spy TR/BAS.Samca.11318183 TrojanSpy:MSIL/Crime.B Trojan.Diztakun


The Android.ZBot Trojan is one of these malicious programs.


A backdoor also known as: Virus.Win32.Dialer.1313 PSW.OnlineGames_r.AC


A backdoor also known as: Trojan.Inject.GK Trojan.Inject.GK TROJ_AUTORUN_000003d.TOMA Win32.Trojan.WisdomEyes.16070401.9500.9999 W32/Trojan2.VHK Trojan.Minit TROJ_AUTORUN_000003d.TOMA Win.Worm.Autorun-374 Trojan.Inject.GK Trojan.Win32.Autoruner.rjamm Trojan.Inject.GK Worm.Win32.Autorun.q0 Trojan.Inject.GK Win32.HLLW.Autoruner1.61072 W32/Autorun.worm.q W32/Trojan.TSME-5158 W32/AutoRun.BDJ!tr Trojan.Inject.GK Trojan:Win32/Remdruk.A Worm/Win32.AutoRun.R1836 W32/Autorun.worm.q BScope.Trojan-Dropper.Injector Virus.Win32.AutoRun.sd Trojan.Inject.GK W32/Autorun.HN.worm


Based on data from Trend Micro Mobile App Reputation Service, we detected more than 800 applications embedded the ad library's SDK that have been downloaded millions of times from Google Play.


A backdoor also known as: Trojan-Downloader.Win32.Small!O Backdoor.Xifos.S14134 TROJ_GOVDI.F Win32.Trojan.WisdomEyes.16070401.9500.9999 W32/Trojan.SSXY-8201 TROJ_GOVDI.F Trojan-Downloader.Win32.Small.apyd Trojan.Win32.Small.ovxwu Trojan.Win32.A.Downloader.13824.AT Troj.Downloader.W32.Small.apyd!c Trojan.DownLoad2.51103 Downloader.Small.Win32.68519 Trojan.Win32.Spy TrojanDownloader.Small.aidi W32.Malware.Downloader TR/Dldr.Namsoth.B W32/Small.QVC!tr.dldr Trojan[Downloader]/Win32.Small Trojan.Heur.RP.ED2300E Trojan-Downloader.Win32.Small.apyd TrojanDownloader:Win32/Namsoth.B Downloader/Win32.Small.C65448 Trojan.Downloader.Small TScope.Malware-Cryptor.SB Win32.Trojan-downloader.Small.Ebhl Trojan.DL.Small!PqMADy2OaN0


The group continues to primarily use publicly available pentesting tools outside of the US.


brother.apk ( SHA256 : 422fec2e201600bb2ea3140951563f8c6fbd4f8279a04a164aca5e8e753c40e8 ) : The package name – com.android.system.certificate .


When we first observed the malware in January , we recorded 380 infections .


In later versions , when it starts , the Trojan additionally opens a phishing site in the browser that simulates a free ad service so as to dupe the user into entering their login credentials and bank card details .


One technique we've been tracking with this threat group is their use of the Clayslide delivery document as attachments to spear-phishing emails in attacks since May 2016.


A backdoor also known as: Trojan.Multi W32/Trojan3.AEFY TSPY_LOKI.THABET Trojan.Win32.Inject.exlwmp Trojan.PWS.Stealer.21330 TSPY_LOKI.THABET BehavesLike.Win32.Trojan.bh Trojan.Win32.Injector W32/Trojan.BSXG-7335 DR/Delphi.cmzkc Trojan[Backdoor]/Win32.Androm Uds.Dangerousobject.Multi!c TrojanSpy.Noon Spyware.LokiBot Trj/WLT.D Trojan.Injector!1D2XpjXiYyw W32/Injector.DVFA!tr Win32/Backdoor.2e1


A backdoor also known as: Win32.Trojan.WisdomEyes.16070401.9500.9999 Backdoor.Win32.NetWiredRC.esv Trojan.Win32.NetWiredRC.exccjt Win32.Backdoor.Netwiredrc.Pcso Backdoor.NetWiredRC.Win32.1167 Trojan.Win32.Injector Backdoor:Win32/NetWiredRC.B Backdoor.Win32.NetWiredRC.esv Trj/GdSda.A W32/VBINJECT.SM!tr Win32/Backdoor.a0c


Allwinner has also been less transparent about the backdoor code .


A backdoor also known as: Win32.Trojan.WisdomEyes.16070401.9500.9954 TROJ_WEBJACK.A Trojan.Win32.Sennoma.eqbupe Trojan.DownLoader25.692 TROJ_WEBJACK.A BehavesLike.Win32.Vundo.lh Trojan.Sennoma.ey TR/AD.Derbit.yhtwf Trojan.Sirefef.DE9D Trojan:Win32/Derbit.D!bit Trojan.Downloader Trojan.Sennoma! Trj/GdSda.A


A backdoor also known as: Trojan.Fsysna.Win32.7926 Win32.Trojan.VB.ja Trojan.Win32.Fsysna.celb Trojan.Win32.Fsysna.dylomu Trojan.Win32.Z.Fsysna.163840 Troj.W32.Fsysna!c BehavesLike.Win32.Vilsel.cz Trojan/Fsysna.ebj WORM/Rasith.xxjtz Trojan/Win32.Fsysna Trojan.Heur.E8E0BD Trojan.Win32.Fsysna.celb Worm:Win32/Rasit.A Trojan.Fsysna Trj/CI.A Win32.Trojan.Fsysna.Aiij Trojan.Fsysna! W32/Rasith.B!worm Win32/Trojan.c65


Earth Preta delivering lure archives via spear-phishing emails and Google Drive links.


Because it eavesdrops on sensitive conversations by remotely controlling PC microphones – in order to surreptitiously bug its targets – and uses Dropbox to store exfiltrated data, CyberX has named it Operation BugDrop.


FireEye recently detected a malicious Microsoft Office RTF document that leveraged CVE-2017-8759, a SOAP WSDL parser code injection vulnerability.


] com http : //www.i4vip [ .


The malware, using stolen credentials, spreads throughout the targeted networks and then at a set date and time wipes the disks attached to the victim computers.


] com/gate_cb8a5aea1ab302f0_c online 185.158.248 [ .


BankBot is also capable of hijacking and intercepting SMS messages, which means that it can bypass SMS-based 2-factor authentication.


A backdoor also known as: W32.FamVT.ExpiroPC.PE Trojan.Posevol Win32.Trojan.WisdomEyes.16070401.9500.9865 Trojan.Win32.Yakes.vphp Trojan.Win32.Yakes.exokki Trojan.Win32.Z.Yakes.146962 Troj.W32.Yakes!c BackDoor.Andromeda.614 BehavesLike.Win32.Worm.ch Trojan.Yakes.ywi TR/RedCap.okrph Trojan/Win32.Yakes Trojan:Win32/Posevol.A Trojan.Win32.Yakes.vphp Trojan.Yakes Backdoor.Bot Trj/RnkBend.A Win32.Trojan.Yakes.Aiij


A backdoor also known as: Trojan-Dropper.Win32.Flystud!O Worm.Nuj.IM6 Worm.AutoRun.Win32.2 Win32/Nuj.ACN TROJ_DROPR.CU Win32.Trojan-Downloader.Bulilit.A Trojan.Win32.FlyStudio.dswuoo W32.Troj.Downloader!c ApplicUnsaf.Win32.HackTool.FlySky.AC Trojan-Downloader:W32/VB.BUE TROJ_DROPR.CU Worm:Win32/Nuj.A Worm:Win32/Nuj.A Trojan.FlyStudio W32/DROPR.CU!tr


In July 2015, Eduardo Prado released a Proof of Concept PoC exploit for this vulnerability here.


A backdoor also known as: Worm.Silly Trojan.Krypt.24 WORM_PALEVO.SMJJ Win32.Trojan.WisdomEyes.16070401.9500.9555 WORM_PALEVO.SMJJ Win.Trojan.Ag-1 P2P-Worm.Win32.Palevo.jub MalCrypt.Indus! Trojan.Packed.20312 BehavesLike.Win32.Downloader.cc P2P-Worm.Win32.Palevo Worm/Palevo.jub Worm:Win32/Silly_P2P.G BScope.P2P-Worm.Palevo Trj/Rimecud.a


Examples of the overlays available to the malware Above , you can see examples of the injections that distributed to the malware as part of this specific campaign .


The official “ Golden Cup ” Facebook page .


One particularly persistent adware attack piqued our interest around March.


To spread their malware, the attackers behind Joao have misused massively-multiplayer online role-playing games MMORPGs originally published by Aeria Games.


A backdoor also known as: Trojan-Downloader.Win32.Smokedown!O TrojanDownloader.Smokedown Trojan/CoinMiner.ap Win32.Trojan.WisdomEyes.16070401.9500.9997 W32/Droppedmalwaresdld.HZUA-6171 PUA.Bitcoinminer TSPY_DOWNLOADER_BL132D10.TOMC Trojan-Downloader.Win32.Smokedown.d Trojan.Win32.CoinMiner.bbxdtj Trojan.Win32.A.Downloader.16896.AAJ Troj.Downloader.W32!c Trojan.DownLoader7.18034 TSPY_DOWNLOADER_BL132D10.TOMC Trojan.Win32.Malex TrojanDropper.Dorifel.bxh Trojan[Downloader]/Win32.Smokedown Trojan-Downloader.Win32.Smokedown.d Dropper/Win32.Dorifel.R42031 TrojanDownloader.Smokedown Trojan.BCMiner Win32/CoinMiner.AP Win32.Trojan-downloader.Smokedown.Ebhi Win32/Trojan.Downloader.53e


Distribution Cybercriminals made use of some exceptionally sophisticated methods to infect mobile devices .


A backdoor also known as: Trojan.Win32.Palevo.ekgxpo Trojan.Win32.Z.Palevo.1703416 HackTool.W32.Sniffer.WpePro.lqH9 Worm.Win32.Dropper.RA Trojan.DownLoader24.60205 Worm[P2P]/Win32.Palevo Trojan:Win32/Fushield.A!bit Worm.Palevo Trojan.Win32.Fushield W32/Phrasing!tr.bdr Win32/Trojan.Downloader.c8c


A backdoor also known as: W32.stunexa4.Worm Win32.Worm.Stuxnet.B Win32.Worm.Stuxnet.B Worm.Win32.Stuxnet!O Worm.Stuxnet.Win32.6 Trojan.Win32.Stuxnet.bnpqz W32/MalwareF.GXSH Stuxnet.A Win32/Stuxnet.K TROJ_STUXNET.DX Trojan.Stuxnet-28 Worm.Win32.Stuxnet.ab Win32.Worm.Stuxnet.B Worm.Stuxnet!uh9RYlBH8TQ Worm.Win32.A.Stuxnet.297984[h] Win32.Worm.Stuxnet.Syif Win32.Worm.Stuxnet.B Worm.Win32.Stuxnet.A Win32.Worm.Stuxnet.B Trojan.Stuxnet.1 TROJ_STUXNET.DX W32/Risk.CWCG-6512 Worm/Stuxnet.j Worm/Stuxnet.A.6 Worm/Win32.Stuxnet Worm.Stuxnet.a.kcloud Trojan:Win32/Stuxnet.A Win32.Worm.Stuxnet.B Worm/Win32.Stuxnet Win32.Worm.Stuxnet.B Win32/Stuxnet.C PE:Worm.Win32.Stuxnet.c!1075333313 Win32.Stuxnet W32/STUXNET.AB!worm Win32/Worm.5cd


A backdoor also known as: Downloader.Regonid.28370 Trojan/Dropper.Mudrop.jlg TROJ_DROPPR.SMR Win32.Trojan.WisdomEyes.16070401.9500.9999 W32/Risk.GRBI-0276 TROJ_DROPPR.SMR Trojan.Win32.Mudrop.bunnk Troj.Dropper.W32.Mudrop.l63L Trojan.MulDrop1.39552 BehavesLike.Win32.Ransomware.dc Trojan-Dropper.Win32.Mudrop W32/MalwareS.BGPK TrojanDropper.Mudrop.ben W32.Trojan.Dropper Trojan[Dropper]/Win32.Mudrop Trojan.Razy.DA954 TrojanDownloader:Win32/Regonid.B Dropper/Win32.Mudrop.R9955 TrojanDropper.Mudrop Trojan.DR.Mudrop!u4bkYKypm+g Win32/Trojan.79e


A backdoor also known as: Trojan.Exploit.Iis.Thcunreal.01.A Trojan-Exploit/W32.Thcunreal.28672.B Trojan.Exploit.Iis.Thcunreal.01.A Exploit.W32.Thcunreal.a!c Trojan/Exploit.Thcunreal.a W32/Risk.INJJ-3275 Hacktool.NT.Exploit TROJ_IIS.A Exploit.Win32.Thcunreal.a Trojan.Exploit.Iis.Thcunreal.01.A Exploit.Win32.Thcunreal.goxw Trojan.Exploit.Iis.Thcunreal.01.A TrojWare.Win32.Exploit.IIS.01.A Trojan.Exploit.Iis.Thcunreal.01.A Exploit.IIS TROJ_IIS.A Exploit-IIS.Thcun Exploit.IIS.Thcunreal.01.a TR/Expl.IIS.Thcunreal.01.A W32/IIS.A!exploit Trojan[Exploit]/Win32.Thcunreal Trojan.Exploit.Iis.Thcunreal.01.A Exploit.Win32.Thcunreal.a Exploit:Win32/IISThcunreal.A Exploit-IIS.Thcun Exploit.Thcunreal Win32/Exploit.IIS.Thcunreal.01.A Win32.Exploit.Thcunreal.Lpuu Exploit.Thcunreal!kKvFaxcSUi0 Trojan.Win32.Exploit Trojan.Exploit.Iis.Thcunreal.01.A Win32/Trojan.2ff


In addition to stealing data, Ursnif also has the ability to download additional malicious components from the attacker's Command Control C C servers and load them dynamically into memory.


A China-based cyber threat group, which FireEye tracks as an uncategorized advanced persistent threat APT group and other researchers refer to as admin@338, may have conduced the activity. The email messages contained malicious documents with a malware payload called LOWBALL.


) Let ’ s take a more detailed look at how this banking Trojan works .


This allows the “ boot ” module to execute the payloads when the infected application is started .


Check Point has worked closely with Google and at the time of publishing , no malicious apps remain on the Play Store .


Svpeng In mid-July , we detected Trojan-SMS.AndroidOS.Svpeng.a which , unlike its SMS Trojan counterparts , is focused on stealing money from the victiim ’ s bank account rather than from his mobile phone .


A backdoor also known as: Trojan/Delf.tjj Trojan.Zusy.D2E47A Win32.Trojan.WisdomEyes.16070401.9500.9990 Infostealer.Limitail HT_XIHET_GA310B61.UVPM Trojan.Win32.Delf.egkxur Trojan.DownLoader22.50210 Trojan.Delf.Win32.76470 HT_XIHET_GA310B61.UVPM Trojan.Reconyc Trojan-Banker.Win32.Banbra Win32/Trojan.db6


The titles and contents of these files suggest that the actor targeted individuals affiliated with these government agencies and the Fatah political party .


At the beginning of August, a new version of this Trojan—Linux.DDoS.89—was discovered.


A backdoor also known as: HW32.Packed.6E07 Win32.Trojan.WisdomEyes.16070401.9500.9975 MalCrypt.Indus! BehavesLike.Win32.Trojan.tc PUA.NoobyProtect Win32.Riskware.NoobyProtect.B


While this malware shares some commonalities with that family, it departs from the standard operating procedure of the previous versions rather dramatically.


However , it also targets applications from Romania , Ireland , India , Austria , Switzerland , Australia , Poland and the USA .


] com hxxp : //nttdocomo-qaq [ .


A backdoor also known as: Backdoor.Win32.NetSpy.20!O Backdoor.Netspy Win32.Trojan.WisdomEyes.16070401.9500.9942 W32/Trojan.WJAE-6009 Backdoor.Trojan Backdoor.Win32.NetSpy.20.j Trojan.Win32.Netspy.eroujl Backdoor.W32.Netspy!c BackDoor.Netspy.20 Backdoor.NetSpy.Win32.85 BehavesLike.Win32.VirRansom.dc Backdoor/NetSpy.30 BDS/Netspy.iatae Trojan[Backdoor]/Win32.NetSpy Backdoor:Win32/Netspy.20.I Backdoor.Win32.NetSpy.20.j Backdoor.NetSpy Trj/CI.A Win32/NetSpy.20.I Win32.Backdoor.Netspy.Glu Backdoor.NetSpy!l8M8eeD/P+c Backdoor.Win32.Netspy W32/NetSpy.J!tr Win32/Backdoor.Spy.1ac


A backdoor also known as: Trojan-Exploit/W32.THAUS.73216 Exploit.Win32.THAUS!O Trojan.Mauvaise.SL1 Trojan/Exploit.THAUS.a W32/MalwareS.BJQW Win.Tool.KiTrap-1 Exploit.Win32.THAUS.a Exploit.Win32.Vdm.ihuhu Trojan.Win32.EX-THAUS.73216 Win32.Exploit.Thaus.Hupd Exploit.Win32.Thaus.~asd Exploit.Vdm.2 Exploit.THAUS.Win32.17 Exploit.Win32.THAUS Exploit.THAUS.l W32.Hack.Tool Trojan[Exploit]/Win32.THAUS Win32.EXPLOIT.VDM.xj.73216 HackTool:Win32/Kitrap.A Exploit.W32.THAUS.a!c Exploit.Win32.THAUS.a Exploit.THAUS Exploit.THAUS Exploit.THAUS!2nbzKjrayCc W32/ThausLoader.A!tr Trj/CI.A Win32/Trojan.Exploit.f21


A backdoor also known as: Android.Trojan.Lightdd.b HEUR:Trojan-Downloader.AndroidOS.DorDrae.a HEUR:Trojan-Downloader.AndroidOS.DorDrae.a Trojan.AndroidOS.DorDrae Android/DrdLight.A!tr.dldr


It is possible that this botnet is sold as a pay-per-infection botnet in the underground markets.


The same websites have hosted different RuMMS samples at different dates .


The threat is likely targeting employees of various Palestinian government agencies , security services , Palestinian students , and those affiliated with the Fatah political party .


Months Device Remained Infected India 15,230,123 2,017,873,249 2.6 1.7 2.1 Bangladesh 2,539,913 208,026,886 2.4 1.5 2.2 Pakistan 1,686,216 94,296,907 2.4 1.6 2 Indonesia 572,025 67,685,983 2 1.5 2.2 Nepal 469,274 44,961,341 2.4 1.6 2.4 US 302,852 19,327,093 1.7 1.4 1.8 Nigeria 287,167 21,278,498 2.4 1.3 2.3 Hungary 282,826 7,856,064 1.7 1.3 1.7 Saudi Arabia 245,698 18,616,259 2.3 1.6 1.9 Myanmar 234,338 9,729,572 1.5 1.4 1.9 “ Agent Smith ” Timeline Early signs of activity from the actor behind “ Agent Smith ” can be traced back to January 2016 .


Upon kill chain completion , “ Agent Smith ” will then hijack compromised user apps to show ads .


Depending if the victim has any of the targeted applications , the anti-virus installed or geographic location , the malware can harvest credentials from the targeted applications , exfiltrate all personal information or simply use the victim 's device to send SMS to spread the trojan The malware deploys overlaying webviews to trick the user and eventually steal their login credentials .


Recently, we found several new versions of Carbon, a second stage backdoor in the Turla group arsenal.


During the course of our research , we noticed that we were not the only ones to have found the operation .


But the malicious ip file does not contain any methods from the original ip file .


A backdoor also known as: W32.OnGameEEWAL.Trojan Backdoor/W32.Cakl.23552.B Backdoor.Win32.Cakl!O Backdoor.Cakl Trojan/FakeAV.ryd W32/Backdoor.NXW Backdoor.Trojan Win32/Cakl.F BKDR_TURKO.SME Win.Trojan.Cakl-3 Backdoor.Win32.Cakl.g Trojan.Win32.Cakl.eajvqz Backdoor.Win32.Cakl.23552.B BackDoor.Dosia BKDR_TURKO.SME Backdoor.Win32.Cakl W32/Backdoor.DFVB-2135 Backdoor/Cakl.h BDS/Cakl.D.51 Trojan[Backdoor]/Win32.Cakl Win32.Hack.Cakl.d.kcloud Trojan.Graftor.DCFE9 Backdoor.Win32.Cakl.g Backdoor:Win32/Cakl.D Trojan/Win32.Cakl.C187190 Backdoor.Cakl Trj/Cakl.J Win32/Cakl.D Backdoor.Cakl.G W32/Cakl.NAQ!tr


A backdoor also known as: W32.ComreropExpLnr.Trojan Trojan/W32.Small.49261 Trojan.Win32.VBKrypt!O Trojan.Comrerop.AZ3 Downloader.VB.Win32.27622 Win32.Trojan.WisdomEyes.16070401.9500.9997 Win32/VBInject.DUQ Trojan.Win32.VBKrypt.enmu Trojan.Win32.A.VBKrypt.24576.CK BehavesLike.Win32.BadFile.pz Trojan/VBKrypt.hcih Trojan/Win32.VBKrypt Win32.Troj.VBKrypt.kcloud TrojanDownloader:Win32/CoinMiner.D Trojan.Win32.VBKrypt.enmu Trojan/Win32.VBKrypt.R120570 Win32/TrojanDownloader.VB.PHU Trojan.Bumat!jKE3yygrvxI Trojan.Injector


If the user wants to check which app is responsible for the ad being displayed , by hitting the “ Recent apps ” button , another trick is used : the app displays a Facebook or Google icon , as seen in Figure 6 .


In the image below , we can see a packet that was sent to the attacker ’ s C & C containing collected information along with stolen SMS data .


It spreads under the name AvitoPay.apk ( or similar ) and downloads from websites with names like youla9d6h.tk , prodam8n9.tk , prodamfkz.ml , avitoe0ys.tk , etc .


A backdoor also known as: HW32.Packed.B3E2 W32/AllocUp.b W32.AllocUp.A WORM_ALLOCU.A Net-Worm.Win32.AllocUp.c Trojan.Win32.AllocUp.fkxb Worm.Win32.Net-AllocUp.32326[h] Worm.Win32.Robobot._0 Win32.HLLW.Allocup Backdoor.Robobot.Win32.1 WORM_ALLOCU.A BehavesLike.Win32.Dropper.nc Worm/AllocUp.b Worm[Net]/Win32.AllocUp W32.W.AllocUp.c!c Win32/Allocup.worm.32326.N Worm:Win32/Dalloc.A W32/AllocUp.A.worm Backdoor.Win32.Robobot.P Exploit.CVE-2009-3129 Worm.Win32.AllocUp.c


A backdoor also known as: W32.FamVT.AdojNHc.Trojan VirTool.CeeInject.DU4 Trojan/Downloader.Small.bzru SScope.Backdoor.Simbot Win32.Trojan.Inject.bm Win.Trojan.Rubinurd-67 Troj.Downloader.W32.Small.lk0q Trojan.DownLoad2.36100 BehavesLike.Win32.Downloader.mc W32.Trojan.Downloader.Small Trojan/Win32.Injector.qis Backdoor/Win32.CSon.R885 Backdoor.Simbot Trojan.Injector.QIS


TL ; DR Google Play Protect detected and removed 1.7k unique Bread apps from the Play Store before ever being downloaded by users Bread apps originally performed SMS fraud , but have largely abandoned this for WAP billing following the introduction of new Play policies restricting use of the SEND_SMS permission and increased coverage by Google Play Protect More information on stats and relative impact is available in the Android Security 2018 Year in Review report BILLING FRAUD Bread apps typically fall into two categories : SMS fraud ( older versions ) and toll fraud ( newer versions ) .


A backdoor also known as: Dropped:Win32.Maddis.A Trojan-Proxy/W32.TexLock.105984 Troj.Proxy.W32.TexLock.b!c Trojan/Proxy.TexLock.b Dropped:Win32.Maddis.A Trojan.PR.TexLock!wwwu4M21S4c W32/Maddis.A W32.Maddis.B Win32/TrojanProxy.TexLock.B WORM_MADDIS.B Trojan.Proxy.Texlock.B Trojan-Proxy.Win32.TexLock.b Trojan.Win32.TexLock.gtjh Trojan.Win32.Proxy.105984[h] Virus.Win32.Heur.l Dropped:Win32.Maddis.A TrojWare.Win32.TrojanProxy.TexLock.B Dropped:Win32.Maddis.A Trojan.Texlok Trojan.TexLock.Win32.3 WORM_MADDIS.A BehavesLike.Win32.Backdoor.cc W32/Maddis.DDAN-1036 TrojanProxy.TexLock.a WORM/Maddis.B Trojan[Proxy]/Win32.TexLock Win32.Maddis.A Win-Trojan/TexLock.105984 TrojanProxy:Win32/Texlock.B Win32/Maddis.B Dropped:Win32.Maddis.A TrojanProxy.TexLock Trojan.Win32.TexLock.b Trojan-Dropper.Win32.Prate Dropped:Win32.Maddis.A Proxy.3.BS W32/Maddis.A.worm


Doctor Web security researchers examined a new dangerous Trojan for routers running Linux.


FireEye shared the details of the vulnerability with Microsoft and has been coordinating public disclosure timed with the release of a patch by Microsoft to address the vulnerability, which can be found here.


The Trojan is a script that contains a compressed and encrypted application designed to mine cryptocurrency.


Affected industries include manufacturing, device fabrication, education, logistics, and pyrotechnics.


A backdoor also known as: Trojan.Exploit.Getad Trojan-Exploit/W32.Getad.40960 Trojan.Exploit.Getad Trojan/Exploit.GetAdmin.a Trojan.Exploit.Getad Win.Tool.Getad-1 Trojan.Exploit.Getad Exploit.Win32.Getad Trojan.Exploit.Getad Exploit.Win32.Getad.gpai Trojan.Win32.Getad_Exploit.40960 Exploit.W32.Getad!c Trojan.Exploit.Getad TrojWare.Win32.Exploit.GetAd Trojan.Exploit.Getad Exploit.Getad Exploit.Getad.Win32.7 Exploit.Getad TR/Expl.Getad Trojan[Exploit]/Win32.Getad Exploit.Win32.Getad Exploit.Getad Win32/Exploit.GetAd Exploit.Win32.Getad


Active since at least 2014, this actor has long-standing interest in maritime industries, naval defense contractors, and associated research institutions in the United States and Western Europe.


The various stealth and resilience techniques implemented in the adware show us that the culprit was aware of the malicious nature of the added functionality and attempted to keep it hidden .


While analyzing the code , we found that the whole system consists of four critical components , as follows : penetration solutions , ways to get inside the device , either via SMS/email or a legitimate app low-level native code , advanced exploits and spy tools beyond Android ’ s security framework high-level Java agent – the app ’ s malicious APK command-and-control ( C & C ) servers , used to remotely send/receive malicious commands Attackers use two methods to get targets to download RCSAndroid .


Unit42 recently discovered 22 Android apps that belong to a new Trojan family we're calling Xbot


Like previous Turla activity, WhiteBear leverages compromised websites and hijacked satellite connections for command and control C2 infrastructure.


Amongst the evidence gathered during the MONSOON investigation were a number of indicators which make it highly probable1 that this adversary and the OPERATION HANGOVER adversary are one and the same.


This business unit and the eSurv software and brand was sold from Connexxa S.R.L .


The team has encountered different versions of the malware over time as it has rapidly evolved .


Cerber ransomware has acquired the reputation of being one of the most rapidly evolving ransomware families to date.


] jp/佐川急便.apk hxxp : //mailsa-qae [ .


It is also being classified as a variant of Bublik but the former is much more descriptive of the malware.


It can also be sold on the dark web and used in various spoofing attacks .


A backdoor also known as: Backdoor.Win32.Vinself!O Backdoor.Vinself.r4 Backdoor/Vinself.a Backdoor.Vinself Trojan.Win32.Vinself.cpadj Backdoor.Win32.A.Vinself.57344[h] Virus.Win32.Part.e PE:Trojan.PSW.Win32.GameOL.szn!1440726[F1] BackDoor.Comet.435 Trojan[Backdoor]/Win32.Vinself Trojan:Win32/Sipoo.A Win32.Backdoor.Vinself.Pdmk Backdoor.Win32.Vinself W32/Vinself.A!tr.bdr


A backdoor also known as: W32.FakeW7Folder.Fam.Trojan Trojan-Dropper.Win32.Dapato!O TrojanDropper.Dapato W32.SillyFDC Win32/Tnega.ASPW WORM_FLASHBOT.SM Win.Trojan.Dapato-2218 Trojan-Dropper.Win32.Dapato.bfjn Trojan.Win32.Flashbot.dfurol Trojan.DownLoader7.37820 WORM_FLASHBOT.SM Trojan-Dropper.Win32.Dapato TrojanDropper.Dapato.lov WORM/Pimybot.JA.1 Trojan[Dropper]/Win32.Dapato Worm:Win32/Pimybot.A Trojan.Graftor.D2114C Trojan-Dropper.Win32.Dapato.bfjn HEUR/Fakon.mwf TrojanDropper.Dapato Trojan.Dapato Win32/Flashbot.A Trojan.Win32.Dapato.b Trojan.DR.Dapato!1GbmTavCgco


A backdoor also known as: Trojan.Swifi SWF/Exploit.ExKit.AZC Exploit.Swf.FLASH.ektvib SWF.S.Exploit.25602 SWF.Exploit.29 BehavesLike.Flash.XSS.mb SWF/Trojan.DRZE-8 Exploit:SWF/Rigved.A Exploit.SWF.Downloader Exploit.FLASH.Pubenush


A backdoor also known as: Win32.HLLW.Quin.A Worm.Quin Trojan/Quin.a WORM_QUIN.A W32/Risk.SNXM-0851 W32.Quin.Irc WORM_QUIN.A Win.Worm.Quin-3 Win32.HLLW.Quin.A IRC-Worm.Win32.Quin.a Win32.HLLW.Quin.A Trojan.Win32.Quin.ennw Win32.HLLW.Quin.A Win32.HLLW.Quin.A Win32.HLLW.Sytro.14 Worm.Quin.Win32.6 Worm/Quin.d WORM/Quin.A Worm[IRC]/Win32.Quin Win32.HLLW.Quin.A W32.W.Quin.a!c IRC-Worm.Win32.Quin.a Win32/Quin.worm.306176 Win32.HLLW.Quin.A IRCWorm.Quin Win32/HLLW.Quin Win32.Worm-irc.Quin.Dztv I-Worm.Quin.A Worm.Win32.Hllw W32/Quin.A!worm.irc Win32/Worm.7f5


Once a user downloads a malicious app , it silently registers receivers which establish a connection with the C & C server .


WAKE_LOCK - prevent the processor from sleeping and dimming the screen .


A backdoor also known as: Backdoor.Win32.IRCBot!O Trojan.Zenshirsh.SL7 Backdoor.Aimbot Trojan/IRCBot.nbq W32/Trojan.DYXS-4795 Backdoor.IRC.Bot BKDR_IRCBOT_EK160034.UVPM Backdoor.Win32.IRCBot.udu Trojan.Win32.IRCBot.hebhd Backdoor.Win32.A.IRCBot.218566[UPX] Trojan.Click2.16673 BKDR_IRCBOT_EK160034.UVPM BehavesLike.Win32.BadFile.nc W32/Trojan2.LZPX Trojan[Backdoor]/Win32.IRCBot Backdoor:Win32/Aimbot.D Backdoor.Win32.IRCBot.udu Worm/Win32.IRCBot.R36004 Backdoor.Aimbot Backdoor.IRCBot Backdoor.IRCBot Win32/IRCBot.NBQ Backdoor.IRCbot!FWk6roe7FwA Backdoor.Win32.IRCBot


Additionally , the improvements we made to our protections have been enabled for all users of our security services .


Since TrickMo ’ s HTTP traffic with its C & C server is not encrypted , it can easily be tampered with .


A backdoor also known as: AdWare/Win32.BHO Adware/BHO.aim Adware.BHO.OGI Backdoor.Sdbot not-a-virus:AdWare.Win32.BHO.eos Trojan.Click.23982 DR/BHO.eos.2 Trojan.Dropper.BHO.eos.2 AdWare.Win32.BHO.eos Trojan.Win32.AvKiller.gd Virus.Win32.QQHelper.GR


The primary infection vector is the exploit of the vulnerability CVE-2014-6332 which drops the binary file hosted on an HTTPd File Server HFS


A backdoor also known as: Exploit.Aluigi Exploit.Aluigi.gx Exploit.Win32.Aluigi W32/Aluigi.NR!tr


The Rocket Kitten group and its attacks have been analyzed on numerous occasions by several vendors and security professionals, resulting in various reports describing the group's method of operation, tools and techniques.


In a different period of the “ Agent Smith ” campaign , droppers and core modules used various combinations of the “ a * * * d ” and “ i * * * e ” domains for malicious operations such as prey list query , patch request and ads request .


Each threat group quickly took advantage of a zero-day vulnerability CVE-2015-5119, which was leaked in the disclosure of Hacking Team's internal data.


An in-depth understanding of the “ Agent Smith ’ s campaign C & C infrastructure enabled us to reach the conclusion that the owner of “ i * * * e.com ” , “ h * * * g.com ” is the group of hackers behind “ Agent Smith ” .


A backdoor also known as: Win32.Trojan.WisdomEyes.16070401.9500.9992


Sample configuration file of the Trojan Through AccessibilityService , the malware monitors AccessibilityEvent events .


A backdoor also known as: Trojan.Yakes.8851 Trojan.Win32.OnLineGames.iiggm BehavesLike.Win32.Pate.wz Trojan/PSW.OnLineGames.cawa Win32.Troj.JunkUndefT.hh.24576 Trojan:Win32/Kredbegg.A Trojan/Win32.HDC.C94404 Trojan-PWS.Win32.OnLineGames W32/Onlinegames.AJIUO!tr


Mobile Malware Evolution : 2013 24 FEB 2014 The mobile malware sector is growing rapidly both technologically and structurally .


Base85 encoding is usually used on pdf and postscript documentsThe configuration of the malware is stored in custom preferences files , using the same obfuscation scheme .


A backdoor also known as: Backdoor.Mosucker.30.C Backdoor.Win32.MoSucker.30!O Trojan.VBCrypt.MF.206 Backdoor.Mosucker.30.C Backdoor.MoSucker.Win32.142 Trojan/MoSucker.30.c Backdoor.Mosucker.30.C Win32.Trojan.WisdomEyes.16070401.9500.9999 W32/Mosucker.D Backdoor.Mosuck Win32/Mosuck.M BKDR_MOSUCK.C Win.Trojan.Mosucker-238 Backdoor.Mosucker.30.C Backdoor.Win32.MoSucker.40.c Backdoor.Mosucker.30.C Trojan.Win32.MoSucker.jojq Backdoor.Win32.Z.Mosucker.1762479 Backdoor.W32.Mosucker!c Backdoor.Mosucker.30.C Backdoor.Win32.MoSucker.30.C Backdoor.Mosucker.30.C BKDR_MOSUCK.C BehavesLike.Win32.Trojan.tz Backdoor.Win32.MoSucker W32/Mosucker.VQJB-6831 BDS/Mosucker.30.C Trojan[Backdoor]/Win32.MoSucker Backdoor:Win32/Mosucker.C Backdoor.Win32.MoSucker.40.c Trojan/Win32.HDC.C139642 Backdoor.MoSucker Bck/Mosuck.AA Win32/MoSucker.30.C Win32.Backdoor.Mosucker.Ljjv Backdoor.MoSucker!Dghh1yW8jJU W32/MoSucker.B!tr.bdr


Below we outline initial findings. URL hosting the Scanbox exploit kit A worm from 2012 that continues to spread Hosting for a keylogger


This new version used Salsa20 for symmetric encryption, but the ECC algorithm was replaced with Curve25519.


We watched WolfRAT evolve through various iterations which shows that the actor wanted to ensure functional improvements — perhaps they had deadlines to meet for their customers , but with no thought given to removing old code blocks , classes , etc .


It has the added benefit of installing a nearly unlimited number of fraudulent apps without overloading the infected device .


A backdoor also known as: Win32.Trojan.WisdomEyes.16070401.9500.9998 Trojan.Neloweg!dr BehavesLike.Win32.Downloader.lh TR/Drop.Elms.A Win32.Troj.Undef.kcloud Trojan:Win32/Reder.A Trojan.Kazy.D729C BScope.Trojan-Spy.Zbot


Initial reports of attacks were highlighted by Telefonica in Spain but the malware quickly spread to networks in the UK where the National Health Service NHS was impacted, followed by many other networks across the world.


The loader has a very simple purpose , extract and run the “ core ” module of “ Agent Smith ” .


Every Pony domain appears to belong to the same group, the infrastructure is mainly in Russia and Ukraine.


A backdoor also known as: Trojan.Spy.Middadle.A Adware/Midadle.b W32/Adware.ABP Adware.WinFetch W32/Midadle.B Win32/Maddle.C TROJ_MIDADDLE.A not-a-virus:AdWare.Win32.Midadle.b Trojan.Spy.Middadle.A Application.Win32.Adware.MidADdle Trojan.Spy.Middadle.A Adware.Midaddle SPR/Midadle.B.1 TROJ_MIDADDLE.A Riskware.AdWare.Win32.Midadle!IK TrojanDownloader:Win32/Midaddle.B Trojan.Spy.Middadle.A Win-Trojan/Downloader.200817 Adware.Win32.Midadle Win32/Adware.MidADdle not-a-virus:AdWare.Win32.Midadle W32/Midaddle.A!tr


The following is a screenshot from IDA with comments showing the strings and JNI functions .


A backdoor also known as: W32.KryptikTQP.Trojan Backdoor/W32.Akdoor.4096 Trojan.Dynamer.S12223 Troj.Downloader.Win64.TinyLoader.tnJD Trojan/Tiny.d BKDR64_TINY.SM0 Win32.Trojan.WisdomEyes.16070401.9500.9996 BKDR64_TINY.SM0 Trojan-Downloader.Win64.TinyLoader.b Trojan.Tiny.Win64.6 BehavesLike.Win64.FDoSBEnergy.xz Trojan.Win64.Tiny TrojanDownloader.TinyLoader.a TR/Downloader.bcmjo Trojan:Win64/Anobato.A Trojan-Downloader.Win64.TinyLoader.b Win64.Trojan-downloader.Tinyloader.Pgcx Win32/Trojan.7be


A backdoor also known as: W32.TestabdTM.Trojan TSPY_WOWSTIL.SMI Win32.Trojan.WisdomEyes.16070401.9500.9982 W32/Trojan2.HOGB Infostealer.Gampass Win32/Wowpa.LD TSPY_WOWSTIL.SMI Win.Trojan.WOW-161 Trojan.Win32.Gamania.deyveu TrojWare.Win32.GameThief.WOW.d09 Trojan.PWS.Wow.origin BehavesLike.Win32.Downloader.kt Trojan-GameThief.Win32.WOW W32/Trojan.XZGJ-5202 Trojan.Heur.E01F7E TrojanDropper:Win32/Wowsteal.AO Trojan/Win32.WowHack.R36813 TScope.Malware-Cryptor.SB W32/OnLineGames.NKL!tr.pws Win32/Trojan.8e2


How Judy operates : To bypass Bouncer , Google Play ’ s protection , the hackers create a seemingly benign bridgehead app , meant to establish connection to the victim ’ s device , and insert it into the app store .


This malicious program spreads via SMS spam and from compromised legitimate sites that redirect mobile users to a malicious resource .


A backdoor also known as: Virus.Win32.OtwycalP.1!O Win32.Trojan.WisdomEyes.16070401.9500.9999 Backdoor.Trojan Win.Trojan.Karsh-1 Backdoor.Win32.Shark.v Trojan[Backdoor]/Win32.Shark Backdoor:Win32/Vharke.K Backdoor.Win32.Shark.v Backdoor.Win32.VB


A backdoor also known as: Backdoor.NetThief Trojan.Win32.Z.Strictor.708608.AH W32/Trojan.GYUP-2462 BDS/NetThief.A.9 Trojan.Strictor.D184A Backdoor/Win32.NetThief.C1031988 Backdoor.NetThief! Backdoor.Win32.NetThief Win32/Backdoor.e2d


We detail how the attackers continuously adapt their campaigns to their targets, shifting tactics from document-based malware to conventional phishing that draws on inside knowledge of community activities.


This app , dubbed “ TrickMo ” by our team , is designed to bypass second factor and strong authentication pushed to bank customers when they need to authorize a transaction .


Whereas most modern untargeted malware is ultimately profit-oriented, STRONTIUM mainly seeks sensitive information.


Active users of mobile banking apps should be aware of a new Android banking malware campaign targeting customers of large banks in the United States, Germany, France, Australia, Turkey, Poland, and Austria.


After the server returns the solution , the app enters it into the appropriate text field to complete the CAPTCHA challenge .


A backdoor also known as: W32/Downloader.AFP SecurityRisk.Downldr W32/INService.BF Win32/Inservice.M TROJ_INSERVC.C Trojan-Downloader.Win32.INService.bm TrojWare.Win32.TrojanDownloader.INService.BL Trojan.DownLoader.2568 TR/Dldr.INServic.BL TROJ_INSERVC.C Heuristic.LooksLike.Win32.INSer.I Trojan-Downloader.Win32.INService!IK TrojanDownloader.INService.n TrojanDownloader:Win32/Small.AAV Win-Trojan/Inservice.15360.Q W32/Downloader.AFP Trojan-Downloader.Win32.INService.dd Win32/TrojanDownloader.INService.BL Trojan.Win32.Nodef.jqe Trojan-Downloader.Win32.INService W32/Dowins.BL!tr Downloader.Small.25.AT Adware/IST.ISTBar


Proofpoint threat researchers recently analyzed Ovidiy Stealer, a previously undocumented credential stealer which appears to be marketed primarily in the Russian-speaking regions.


The scourge of ransomware attacks that has plagued Windows endpoints over the past half decade or so has, thankfully, not been replicated on Mac devices.


Trend Micro™ Mobile Security for Enterprise provides device , compliance and application management , data protection , and configuration provisioning , as well as protects devices from attacks that exploit vulnerabilities , preventing unauthorized access to apps , and detecting and blocking malware and fraudulent websites .


Broadcast Receiver Figure 4 : MyReceiver broadcast receiver .


Key information consists of an MD5 hash of the device 's Android ID , the device manufacturer , and the device model with each separated by an underscore .


A search for this certificate fingerprint on the Internet scanning service Censys returns 8 additional servers : IP address 34.208.71.9 34.212.92.0 34.216.43.114 52.34.144.229 54.69.156.31 54.71.249.137 54.189.5.198 78.5.0.195 207.180.245.74 Opening the Command & Control web page in a browser presents a Basic Authentication prompt : Closing this prompt causes the server to send a " 401 Unauthorized Response '' with an " Access Denied '' message in Italian .


A backdoor also known as: Win32.Trojan.WisdomEyes.16070401.9500.9999 TROJ_MEDFOS.SMI TROJ_MEDFOS.SMI Medfos.b Trojan:Win32/Caponett.A Trojan.Symmi.D91E Trojan/Win32.Midhos.R26177 Medfos.b Trojan.Win32.Medfos.a Virus.Win32.Cryptor W32/Midhos.FH!tr


A backdoor also known as: Trojandownloader.Sryin Downloader.Pengdoloder TROJ_DLOAD.TEYIQ TROJ_DLOAD.TEYIQ TR/Dldr.Sryin.A TrojanDownloader:Win32/Sryin.A W32/DwnLdr.KNL!tr Win32/Trojan.bdf


Today, we look at a Magecart skimmer that uses Hunter, a PHP Javascript obfuscator.


A backdoor also known as: Backdoor.Hostil.A8 Trojan/Cosmu.appd Trojan.Zusy.Elzob.D307A Win32.Trojan.WisdomEyes.16070401.9500.9912 Backdoor.Trojan TROJ_INJECT_FI0802CD.UVPM Win.Trojan.Cosmu-441 Trojan.Win32.Drop.ctcxhm Trojan.Win32.Z.Cosmu.283652.A TrojWare.Win32.Delf.OAY Trojan.MulDrop7.61818 Trojan.Cosmu.Win32.7107 BehavesLike.Win32.Backdoor.dh Virus.Win32.Delf.DTW Trojan/Win32.Cosmu Win32.Troj.DeepScan.a.kcloud Trojan/Win32.Inject.R186111 Trojan.Inject Win32/Backdoor.1c6


To achieve this , “ Agent Smith ” utilizes a series of 1-day vulnerabilities , which allows any application to run an activity inside a system application , even if this activity is not exported .


After that so many Zeus-like webinjects around, this was kind of refreshing.


To get around this , the app then uses its root privilege to inject code into the Setup Wizard , extract the CAPTCHA image , and sends it to a remote server to try to solve the CAPTCHA .


However, the story is interesting not only because of the large amount of money stolen but also from a technical point of view.


At the cost of possibly being overly verbose , following is the output of an nmap scan of the infected Android device from a laptop in the same local network , which further demonstrantes the availability of the same open TCP ports that we have mentioned thus far : Identification of eSurv Presence of Italian language At a first look , the first samples of the spyware we obtained did not show immediately evident connections to any company .


It is meant for effective operation in tandem with its worm32Dll module.


A backdoor also known as: Backdoor.Win32.Ruskill!O Trojan.Win32.VB.bxbv W32.W.Otwycal.l4av TrojWare.Win32.Injector.SRR Trojan.Win32.VB.bxbv TrojanProxy:Win32/Banker.GI Win32/RiskWare.PEMalform.E Win32.Trojan.Vb.Szuz PUA.RiskWare.PEMalform W32/VBInjector.W!tr Win32/Trojan.003


A backdoor also known as: W32/Trojan2.PWKM Infostealer.Lokibot!g6 TSPY_FAREIT.SMBD1 Trojan.Symmi.D92E2 Trojan.Win32.NaKocTb.ersosm Trojan.PWS.Stealer.17779 Trojan.Fareit.Win32.22139 TSPY_FAREIT.SMBD1 W32/Trojan.RCEK-1109 Exploit.BypassUAC.oh


This attack is from the same attack group as Cyber Attack 1.


A backdoor also known as: W32.VariantZusyAO.Trojan Backdoor.Blubot.A3 Win32.Trojan.WisdomEyes.16070401.9500.9996 W32/Trojan.HRPE-6100 DDoS.Trojan BKDR_BLUBOT.SM TrojWare.MSIL.Blubot.AA Trojan.DownLoader11.38015 W32/Trojan2.OSSR Trojan/Win32.Badur Backdoor:Win32/Blubot.A Trojan.Zusy.D18DD3 MSIL.Trojan-DDoS.Blubot.A Backdoor.Bot Trojan-Dropper.Win32.Dapato Trj/Zbot.M


Most point-of-sale PoS threats follow a common process: dump, scrape, store, exfiltrate.


A backdoor also known as: Win32.Trojan.WisdomEyes.16070401.9500.9996 Trojan.Win32.Comet.exldji BackDoor.Comet.134 Trojan.MSIL.Injector TR/Dropper.MSIL.wnzdd Ransom:Win32/Nemreq.A Trj/GdSda.A


A backdoor also known as: Win32.Trojan.WisdomEyes.16070401.9500.9821 Trojan.ADH TROJ_SPNR.30HR13 Backdoor.Win32.Redaptor.ckn Hoax.W32.ArchSMS.ltFg BackDoor.Termuser.196 TROJ_SPNR.30HR13 Backdoor.Win32.Redaptor W32.Malware.Heur Trojan[Backdoor]/Win32.Redaptor Trojan.Symmi.D4D83 Backdoor.Win32.Redaptor.ckn Trojan.SB.01742 Trojan.Kryptik!Yusoob9I30Y Win32/Trojan.97e


We are calling the malicious loader StegBaus based on its use of custom steganography and a PDB string, which was found in an embedded DLL.


Malware developers use a variety of distribution methods in order to confuse users and evade certain AV solutions.


Lollipop has 7 percent , Ice Cream Sandwich has 2 percent , and Marshmallow has 1 percent .


A backdoor also known as: Ransom.Satan Trojan/Injector.f Riskware.Win64.Packed2.exhubz Trojan.Win32.Z.Injector.69246.S Trojan.Packed2.39908 Trojan.Injector.Win64.7 Trojan.Ransom TR/AD.Satwancrypt.hlwrr Trojan.Mikey.D12267 Trojan/Win64.Crypted.C2101402 Trojan.Win64.Injector W64/Injector.F!tr Win32/Trojan.7be


A backdoor also known as: Trojan.Script W32/Trojan.ALLN-6642 TROJ_FRS.0NA003L117 TROJ_FRS.0NA003L117 BehavesLike.Win32.Trojan.dh


A backdoor also known as: Win.Trojan.Ezoons-1 Trojan.Win32.Ezoons.fftg Joke.Errore.10 Trojan.Ezoons.Win32.1 Trojan.Ezoons


The attacks targeted high-profile targets, including government and commercial organizations.


Device admin request from app that says it is WhatsApp The app then stays in the background listening to commands from the cybercrooks .


The Gaza cybergang's attacks have never slowed down and its typical targets include government entities/embassies, oil and gas, media/press, activists, politicians, and diplomats.


These download second stages from encrypted zips, likely from a compromised website.


According to the configuration pattern , these actions are registered to certain events : Sync configuration data , upgrade modules , and download new payload ( This uses transport protocol ZProtocol encrypted by AES/CBC/PKCS5Padding algorithm to communicate with the C & C server .


This backdoor has several aliases in the community; Sophos calls the embedded components Brebsd-A and several other reference the code as simply Rambo


Allows an application to read SMS messages .


setFullScreenIntent ( ) – This API wires the notification to a GUI so that it pops up when the user taps on it .


A backdoor also known as: Trojan-Downloader.Win32.DlKroha!O TrojanDownloader.Axent Downloader-DA.dll Trojan/Downloader.DlKroha.r TROJ_MONKIF.SMX Win32.Trojan.WisdomEyes.16070401.9500.9892 TROJ_MONKIF.SMX Win.Downloader.83851-1 Trojan-Downloader.Win32.Calper.pgd Trojan.Win32.DlKroha.bsfym Trojan.Win32.A.Downloader.15360.RF TrojWare.Win32.TrojanDownloader.Small.~ZK Trojan.DownLoad.29330 Downloader.DlKroha.Win32.171 Downloader-DA.dll TrojanDownloader.DlKroha.f TR/Dldr.DlKroha.s Trojan[Downloader]/Win32.DlKroha Win32.TrojDownloader.DlKroha.s.kcloud Trojan.Heur.ED137B7 Troj.PSW32.W.Kykymber.lxga Trojan-Downloader.Win32.Calper.pgd TrojanDownloader:Win32/Axent.A Backdoor/Win32.PcClient.R1733 TrojanDownloader.DlKroha Win32/TrojanDownloader.Small.OLL Trojan-Downloader.Win32.DlKroha


Please follow these basic precautions during the current crisis—and at all times : Install apps only from official stores , such as Google Play .


It expects a json with url , class and method name .


Dell SecureWorks Counter Threat UnitTM CTU researchers analyzed multiple versions of a remote access trojan RAT named Sakula also known as Sakurel and VIPER.


Attackers are keenly aware of the information they can derive from these devices and are using multi-stage ( phishing + an executable ) , multi-platform ( Android + desktop ) attacks to accomplish their spying .


A backdoor also known as: HW32.Packed.C0A3 Trojan.Yakes.A6 Trojan.Yakes.Win32.29829 Win32.Trojan.WisdomEyes.16070401.9500.9999 Trojan.Ransomlock!g83 Trojan.Win32.Yakes.dntgop Trojan.Win32.Z.Yakes.290820.D TrojWare.Win32.Ransom.Cryptor.A Trojan:W32/Dridex.D BackDoor.Reveton.444 BehavesLike.Win32.Trojan.dc Trojan.Win32.Crypt Trojan/Yakes.rfb TR/Kryptik.elposp Trojan/Win32.Yakes Trojan.Yakes Trojan.Yakes!Nbikm7ahQzA W32/Kryptik.CWPL!tr


The Emotet malware has returned for the second time in less than a year, and this time it is using new techniques to evade detection and evade security tools..


A backdoor also known as: Virus/W32.Alman W32.Almanahe.A W32/Almanahe.b Win32/Alman.A W32/Alman.D W32.Almanahe.A!inf W32/Alman.A PE_ALMANAHE.A W32.Alman.cd Virus.Win32.Alman.a Win32.Almam.A Win32.Alman.A Virus.Win32.Alman.A Win32.Almam.A Win32.Alman.2 W32/Almanahe.A PE_ALMANAHE.A W32/Almanahe.b Win32/Almanahe.C W32/Alman.D Win32/Almana.a Virus:Win32/Almanahe.A Win32.Almam.A Virus.Win32.Alman.1 Malware.Almanahe Worm.Magistr.c Virus.Win32.Alman.a W32/Alman.DB W32/Almanahe.B


In this blog, we will cover a recent Gamarue infection that we looked at, which downloads and installs the Lethic bot on an infected system.


The group uses an advanced piece of malware known as Remsec Backdoor.Remsec to conduct its attacks.


The entered data is forwarded to the cybercriminals .


A backdoor also known as: W32.BlackduA.Worm P2P-Worm.Win32.Picsys!O Worm.Picsys W32/Picsys.worm.c Worm.Picsys.Win32.1 W32/Picsys.c Win32.Worm.Picsys.a W32.HLLW.Yoof Win32/Picsys.C WORM_SPYBOT.PA Win.Worm.Picsys-3 Worm.Picsys P2P-Worm.Win32.Picsys.c Riskware.Win32.Sock4Proxy.csnqbg Worm.Win32.A.P2P-Picsys.71011[UPX] W32.W.Picsys.tp0s Worm.Win32.Picsys.C Win32.HLLW.Morpheus.3 BehavesLike.Win32.Dropper.kc P2P-Worm.Win32.Picsys W32/Picsys.PYSN-0191 Worm/Picsys.a Worm[P2P]/Win32.Picsys Worm:Win32/Picsys.C Worm/Win32.Picsys.R7826 Win32/Picsys.C Worm.Win32.Picsys.a Worm.Picsys!XMnMuiZSf1k Worm.Win32.Picsys.A


Locky has been a devastating force for the last year in the spam and ransomware landscape.


S21Sec have spotted a new banking trojan in the wild that uses JSON formatted webinjects.


To activate this menu the operator needs to call the hardcoded number “ 9909 ” from the infected device : A hidden menu then instantly appears on the device display : The operator can use this interface to type any command for execution .


Dridex was most active between 2014 and 2015, and smaller campaigns were observed throughout 2016.


Communication with the C & C In order to communicate with its C & C , the app uses the MQTT ( Message Queuing Telemetry Transport ) protocol , which is transported over TCP port 1883 .


These threats can be deployed to a system by brute-forcing log in credentials on machines with weak passwords.


YiSpecter is different from previously seen iOS malware in that it attacks both jailbroken and non-jailbroken iOS devices through unique and harmful malicious behaviors.


A backdoor also known as: Trojan.Dropper Trojan.Win32.Invader.vpkho W32.W.Otwycal.l4av Backdoor.Win32.Kilya.A Trojan.Inject1.6183 Heur:Trojan/PSW.OnLineGames Trojan:WinNT/Tandfuy.B BScope.Trojan-Dropper.Inject


Dropped files appear to be kernel level key loggers


Trend Micro researchers detected a new SLocker variant that mimics the GUI of the WannaCry crypto-ransomware on the Android platform.


In this age of global operations, that's a huge deal.


This is only a small picture of the threat actor 's operations .


Letting an attacker get access to this kind of data can have severe consequences .


A backdoor also known as: W32.CydoorO.Worm Trojan.Downloader.JLGQ Trojan/W32.Inject.20480.N Trojan.Win32.Inject!O TROJ_FAKEAV.JU Win32/FakeAlert.AEE TROJ_FAKEAV.JU Win.Trojan.Inject-1918 Trojan.Downloader.JLGQ Packed.Win32.Katusha.a Trojan.Downloader.JLGQ Troj.GameThief.W32.OnLineGames.ljfQ Trojan.Downloader.JLGQ TrojWare.Win32.Trojan.Inject.~INE Trojan.Downloader.JLGQ Trojan.DownLoader.50219 Downloader.FakeAlert.Win32.16570 BehavesLike.Win32.Dropper.mh Trojan[Packed]/Win32.Katusha Trojan.Downloader.JLGQ Packed.Win32.Katusha.a TrojanDownloader:Win32/Podcite.A Trojan/Win32.Downloader.R10196 Trojan.Downloader.JLGQ TScope.Malware-Cryptor.SB Win32.Packed.Katusha.Pepo Trojan.Zlob.LFD Trojan.Fakealert


Then it adds onTouchListener to this textView and is able to process every user tap .


A backdoor also known as: W32.Clodb0d.Trojan.9c3e TrojanDropper.Spacekito PUP.Optional.Vittalia PUP.ConvertAd/Variant Trojan.Razy.DFAEB TROJ_SP.81E42145 Multi.Threats.InArchive Trojan.ADH TROJ_SPACEKITO.SMA virus.win32.sality.at BehavesLike.Win32.Downloader.hc TrojanDropper:Win32/Spacekito.A Trojan.Msil W32/Malware_fam.NB Trj/CI.A Win32/Trojan.Downloader.78c


Their campaigns employ the Daserf backdoor detected by Trend Micro as BKDR_DASERF, otherwise known as Muirim and Nioupale that has four main capabilities: execute shell commands, download and upload data, take screenshots, and log keystrokes.


A backdoor also known as: KeyLogger.Ardamax Riskware.Ardamax! WS.Reputation.1 Trojan.Win32.KeyLogger.djcsib Trojan.KeyLogger.24635 BehavesLike.Win32.Keylog.rc W32/Application.ARMZ-3982 Backdoor/Gbot.ptj BDS/Gbot.qxwmnb W32/Gbot.ACCR!tr.bdr Trojan[Backdoor]/Win32.Gbot Trojan.FAkeAlert.105 Trojan/Win32.Fakon Backdoor.Gbot PUA.Keylogger.Ardamax Ardamax.CFW Trojan.Win32.Ardamax.NBQ


This vulnerability allows a malicious actor to download and execute a Visual Basic script containing PowerShell commands when a user opens a document containing an embedded exploit.


Apps with a custom-made advertisement SDK The simplest PHA from the author 's portfolio used a specially crafted advertisement SDK to create a proxy for all ads-related network traffic .


] fun , you-foto [ .


Allows an application to receive SMS messages .


A backdoor also known as: Trojan.VB Trojan.Buzy.D6D2 Trojan-Downloader.Win32.Miscer.bwe Trojan.Win32.VB.euzpgu Trojan.Win32.Z.Buzy.71168 Troj.Clicker.W32.Vb!c BehavesLike.Win32.SoftPulse.kh W32.Malware.Downloader TrojanDownloader:Win32/Miscer.B Trojan-Downloader.Win32.Miscer.bwe Packed/Win32.Morphine.R14850 Win32.Trojan-downloader.Miscer.Crj W32/VB.C!tr


Zygote is the core process in the Android OS that is used as a template for every application , which means that once the Trojan gets into Zygote , it becomes a part of literally every app that is launched on the device .


Proofpoint researchers have observed and documented, for the first time, three distinct variants of the malware known as IcedID.


A backdoor also known as: W32.CarigatG.Trojan Trojan-Downloader.Win32.Banload!O Trojan/Downloader.Banload.ihm Win32.Trojan.VB.gu W32/Downldr2.DEAQ W32.SillyFDC Win32/Lefgroo.A WORM_AUTORUN.SMG Win.Trojan.VB-1518 Trojan.Win32.Dwn.vttwn Trojan.Win32.Downloader.910336 TrojWare.Win32.Downloader.Banload.~AAD Trojan.DownLoad1.19749 Downloader.Banload.Win32.44018 WORM_AUTORUN.SMG W32/Downloader.ARMS-0839 TR/Banload.ihm Trojan[Downloader]/Win32.Banload Worm:Win32/Lefgroo.A HEUR/Fakon.mwf Worm.Brontok Trj/VB.AAY Trojan.Banload Win32/VB.NMS Trojan.Win32.FakeFolder.pa Trojan.DL.Banload!rYSm24e8R00


The researchers believe that the devices somehow had the malware pre-loaded at the time of shipping from the manufacturer , or was likely distributed inside modified Android firmware .


The success is largely the result of the malware 's ability to silently root a large percentage of the phones it infects by exploiting vulnerabilities that remain unfixed in older versions of Android .


However , in addition to the traditional functionality , there were also backdoor capabilities such as upload , download , delete files , camera takeover and record surrounding audio .


CyS-CERT specialists at Sai Ess Center have detected signs that a wave of targeted attacks on Ukrainian enterprises with the use of the Ursnif malware also known as GoZi on 14/03/2017 was discovered during the monitoring of network threats and information security. / ISFB.


A new LockBit ransomware campaign is targeting firms in Spanish-speaking areas.


] com/api/ads/ which is used for obtaining a link to APK file .


A backdoor also known as: Trojan.Mooqkel Trojan.Win32.SelfDel.asbd Trojan.Win32.KillFiles.drxdvi Troj.W32.SelfDel.mA4R Win32.Trojan.Selfdel.Pgmr TrojWare.Win32.Selfdel.DRX Trojan.KillFiles.27538 Trojan.SelfDel.Win32.49747 BehavesLike.Win32.AdwareConvertAd.dc Trojan/Selfdel.atub TR/Taranis.4019 Trojan/Win32.SelfDel Trojan.Zusy.D262B0 Trojan.Win32.SelfDel.asbd Trojan:Win32/Mooqkel.A Trojan.SelfDel Trojan.Graftor!XKRphH87aYk


The “ core ” module communicates with the C & C server , receiving the predetermined list of popular apps to scan the device for .


After we notified Google and published an article about these fake Dubsmash Trojans, we discovered other fake Dubsmash versions being uploaded again infected with the same porn clicker.


Of the 54 distinct C C servers, 12 of them were online and operational until F5 had them shut down in March, 10 were sink-holed, and 32 were already offline.


The attackers spoofed the email ids associated with Indian Ministry of Home Affairs to send out email to the victims.


A backdoor also known as: Trojan.Downloader.JJVD Trojan-Downloader.Win32.BHO!O Trojan.Downloader.JJVD Downloader.BHO.Win32.1833 Troj.Downloader.W32.BHO.l33b TROJ_DLOADER.LER Win32.Trojan.WisdomEyes.16070401.9500.9999 W32/Downloader.JGGW-3321 Infostealer.Gampass Win32/SillyDl.DVK TROJ_DLOADER.LER Trojan.Downloader.JJVD Trojan-Downloader.Win32.BHO.xfn Trojan.Downloader.JJVD Trojan.Win32.BHO.cbhkf Trojan.Win32.Downloader.38438 Trojan.Downloader.JJVD Trojan.DownLoader.49249 BehavesLike.Win32.Downloader.nc W32/Downldr2.IBZP TrojanDownloader.BHO.bn Trojan.Downloader.JJVD Trojan-Downloader.Win32.BHO.xfn TrojanClicker:Win32/Zirit.O Trojan/Win32.BHO.C67509 TrojanDownloader.BHO Trj/Downloader.SPH Win32/BHO.NCG Trojan.DL.BHO!younfCjFxPg Trojan-Downloader.Win32.BHO.ct


A backdoor also known as: HW32.Packed.3704 Packer.Morphine.B Packer.Morphine.B Packer.Morphine.B Win32.Trojan.WisdomEyes.16070401.9500.9999 Backdoor.Trojan Win.Trojan.Packed-85 Packer.Morphine.B Trojan.Win32.Morphine.cwnmax Packer.Morphine.B TrojWare.Win32.PkdMorphine.~AN BackDoor.IRC.Sdbot.3653 BehavesLike.Win32.Trojan.pc Packed.Morphine.a TrojanProxy:Win32/Daemonize.K Packer.Morphine.B Email-Worm.Win32.Bagle.pp Packed/Morphine.B


In October 2015, PaloAlto discovered a malicious payload file targeting Apple iOS devices.


Port 6211 : Calendar extraction service .


Although this backdoor has been actively deployed since at least 2016, it has not been documented anywhere.


] com and ora.studiolegalebasili [ .


A thorough analysis of the infected system by our Incident Response and Malware Research teams quickly revealed that the server was indeed compromised.


A backdoor also known as: Backdoor/W32.Liondoor.90112 Backdoor.Win32.Liondoor!O Backdoor.Liondoor Win32.Backdoor.Liondoor.c Backdoor.Trojan Backdoor.Win32.Liondoor.240 Trojan.Win32.Liondoor.eszzel Backdoor.Win32.A.Liondoor.385024 Backdoor.W32.Liondoor!c Trojan.Proxy.336 Backdoor.Liondoor.Win32.133 W32/Trojan.LXWF-9335 Backdoor/Liondoor.af BDS/Liondoor.241 Trojan[Backdoor]/Win32.Liondoor Backdoor.Liondoor Backdoor.Win32.Liondoor.240 Backdoor/Win32.Hupigon.R16709 Backdoor.Liondoor Trj/CI.A Win32.Backdoor.Liondoor.Ajlp Trojan.Liondoor!FZGmJzoQPdI Backdoor.Win32.Liondoor W32/Liondoor.240!tr.bdr Win32/Backdoor.f9c


A backdoor also known as: W32.FakeW7Folder.Fam.Trojan Trojan.Scar.AG Trojan/W32.Scar.139264.AR Trojan.Win32.Scar!O Trojan.Scar.AG Win32.Trojan.VB.ac Trojan.Scar WORM_OTORUN.SM0 Trojan.Win32.Scar.lpco Trojan.Scar.AG Trojan.Win32.Scar.crgjex Trojan.Win32.Scar.128768 TrojWare.Win32.WBNA.THR Trojan.Scar.AG Trojan.MulDrop3.10901 Trojan.VB.Win32.69922 WORM_OTORUN.SM0 BehavesLike.Win32.VBObfus.cz Trojan.Win32.Sulunch Worm/WBNA.hgwu Trojan/Win32.Scar Troj.W32.Scar.toQM Trojan.Win32.Scar.lpco HEUR/Fakon.mwf Trojan.Scar Trojan.Scar.AG Trojan.Scar.AG Win32/VB.OGG W32/VB.QHS!tr


A backdoor also known as: Trojan.Constructor.Macro.Moothie.B Constructor.Moothie Win32.Trojan.WisdomEyes.16070401.9500.9657 W32/Trojan.BEVX Constructor.Win32.Moothie.b Trojan.Constructor.Macro.Moothie.B Riskware.Win32.Moothie.hptn Constructor.Macro.Moothie.B Trojan.Constructor.Macro.Moothie.B VirusConstructor.Mvc Tool.Moothie.Win32.6 TROJ_MOOTHIE.B BehavesLike.Win32.Virus.jz W32/Trojan.SAMQ-1725 Constructor.Macro.Moothie.b KIT/Mac.Moothie.B W32/HMVC.A!tr HackTool[Constructor]/Win32.Moothie Trojan.Constructor.Macro.Moothie.B Constructor.W32.Moothie!c Constructor.Win32.Moothie.b Constructor:W97M/Moothie.B Trojan.Constructor.Macro.Moothie.B Trojan.Constructor.Macro.Moothie.B Win32.Trojan.Moothie.Lkmz Constructor.Moothie!khF/Jv27CA8 Trojan.Constructor.Macro.Moothie.B Constructor.Moothie Win32/Constructor.d3d


Device information : EventBot queries for device information like OS , model , etc , and also sends that to the C2 .


We previously published an overview of cyber activities and the threat landscape related to the conflict between Russia and Ukraine and continue to monitor new threats in these regions.


They also left traces showing that their operations were active as recently as March, raising the possibility that the online spying continues today.


A backdoor also known as: Trojan.Symmi.DA390 Win32.Trojan.WisdomEyes.16070401.9500.9999 Trojan.Milicenso Trojan.Win32.Kryptik.diiygp Trojan.Win32.Z.Symmi.1347536 Trojan.DownLoader7.14920 BehavesLike.Win32.Dropper.tm TR/Drop.Vundo.AB.98 TrojanDropper:Win32/Vundo.AB Win32/Trojan.4ba


Qbot, also known as Qakbot, is a network-aware worm with backdoor capabilities, primarily designed as a credential harvester.


A backdoor also known as: Trojan.Dropper.SSX Trojan.Killav Trojan.Dropper Win.Trojan.Onlinegames-2466 Trojan.Dropper.SSX Trojan.Dropper.SSX Trojan.Win32.OnLineGames.csxlu BackDoor.Drat.131 BehavesLike.Win32.HLLPPhilis.gh Backdoor/Huigezi.eop Trojan.Dropper.SSX Trojan.Dropper.SSX Trojan.Dropper.SSX Trojan.Delf!DY4HT/zU/wg


Gooligan-infected apps can also be installed using phishing scams where attackers broadcast links to infected apps to unsuspecting users via SMS or other messaging services .


Initially some particular words from the decompiled classes.dex of Exodus Two sent us in the right direction .


Back in February 2014, ESET researchers wrote a blog post about an OpenSSH backdoor and credential stealer called Linux/Ebury.


Since then, we have had time to digest and dissect the propagating malware and share our findings with you.


A backdoor also known as: W32/Trojan.FRWF-9180 BehavesLike.Win32.Ransom.mc Trojan-Downloader.BAT.Ftper TR/Dldr.Ftper.gfdbs Trojan/Win32.VB.gic Trj/CI.A


A backdoor also known as: W32.FamVT.ExpiroPC.PE Win32.Trojan.WisdomEyes.16070401.9500.9998 TrojWare.Win32.VirRansom.A Trojan.DownLoad4.385 BehavesLike.Win32.RAHack.vc Trojan.Win32.Injector W32/Trojan.TYLA-7339 Trojan.Heur.GZ.EE99E1 Trj/CI.A Win32/Trojan.e6d


The router rebooted every 15 to 20 minutes.


A backdoor also known as: Trojan.Symmi.DB912 Win32.Trojan.WisdomEyes.16070401.9500.9999 W32/Trojan.OIII-5864 Backdoor.Trojan Trojan.DownLoader23.39450 BehavesLike.Win32.PWSZbot.lm TR/Downloader.udrmo Trojan/Win32.Unknown Malware-Cryptor.InstallCore.7


Forcepoint Security Labs™ came across a malicious reconnaissance campaign that targets websites.


A backdoor also known as: Win32.Trojan.WisdomEyes.16070401.9500.9998 TrojWare.Win32.TrojanDownloader.Onkods.Q DLOADER.Trojan Worm:Win32/Skypoot.A BScope.Trojan.IRCbot


A backdoor also known as: W32.GamarueInjector.Trojan Worm/W32.WBNA.3906752 Trojan.Win32.VBKrypt!O Worm.Gamarue.S145097 Trojan.Injector.Win32.141998 Trojan/VBKrypt.nrap Trojan.Symmi.D13A6C Win32.Trojan.Inject.bh Downloader.Dromedan Win32/Gamarue.eBPZLT TSPY_VBKRYPT_BK08455D.TOMC Worm.Win32.WBNA.bsoy Trojan.Win32.VBKrypt.cmxrxa TrojWare.Win32.Injector.XFR BackDoor.Andromeda.22 TSPY_VBKRYPT_BK08455D.TOMC Trojan/VBKrypt.hdpu Trojan/Win32.VBKrypt Worm:Win32/Gamarue.I W32.W.WBNA.tnqm Worm.Win32.WBNA.bsoy Trojan/Win32.Injector.R37109 BScope.Trojan-Spy.Zbot Trojan.VBCrypt Trojan.Injector.XFR Worm.WBNA!5uxrHkVli7M Worm.Win32.Gamarue W32/VBKrypt.MBW!tr


The class “ org.starsizew.Ac ” is designed for this purpose ; its only task is to check if the main service is running , and restart the main service if the answer is no .


Following a month-long hiatus after a number of arrests, and despite a recent reported takedown, Dridex actors appear to have taken the recent disruptions as a challenge to bounce back better than ever.


The C & C server then responds with a configuration file , containing the personal identification number for the device and some settings — the time interval between contacting the server , the list of modules to be installed and so on .


More importantly, its claim to fame is the ability to destroy data and to render infected systems unusable.


It calculates the MD5 hash of the lower-case process image name and terminates if one of the following conditions are met : The MD5 hash of the parent process image name is either D0C4DBFA1F3962AED583F6FCE666F8BC or 3CE30F5FED4C67053379518EACFCF879 The parent process ’ s full image path is equal to its own process path If these initial checks are passed , the loader builds a complete IAT by reading four imported libraries from disk ( ntdll.dll , kernel32.dll , advapi32.dll , and version.dll ) and remapping them in memory .


nis : The su application used to execute shell commands with root privileges .


Instead of attacking a user, it attacks the Wi-Fi network the user is connected to, or, to be precise, the wireless router that serves the network.


A backdoor also known as: Trojan-Ransom.Win32.Blocker!O Trojan.Blocker.Win32.9993 Win32.Trojan.WisdomEyes.16070401.9500.9999 Trojan.Dropper Trojan-Ransom.Win32.Blocker.azqp Trojan.Win32.Blocker.bxpndh W32.W.Luder.lUDu Trojan.Inject1.11547 Trojan[Ransom]/Win32.Blocker TrojanDownloader:Win32/Gippers.A Trojan-Ransom.Win32.Blocker.azqp Trojan/Win32.Blocker.R78431 Hoax.Blocker Trojan-ransom.Win32.Blocker.cgth Trojan.Blocker!jkFHGuClN9Y


The app requesting the installation is passed off as a Manage Settings' app.


It emerged in 2010, transferred by removable drives within infected executables and HTML files.


EventBot screen lock with support for Samsung devices A new method to handle screen lock with support for Samsung devices .


The spam emails attempt to install the pervasive Andromeda malware onto victim machines.


The attackers also leveraged a common Windows exploit to access a privileged command shell without authenticating.


A backdoor also known as: Android.Trojan.GingerMaster.gOJG Android.GingerMaster.N Android.Trojan.GingerMaster.gOJG Android.Trojan.GingerMaster.gOJG HEUR:Backdoor.AndroidOS.GinMaster.a A.H.Pri.Hippo.AG Trojan.Android.GinMaster.dkfsfi Android.Trojan.GingerMaster.gOJG Android.Trojan.GingerMaster.gOJG Android.DownLoader.92.origin Android.Trojan.GingerMaster.gOJG Android-Trojan/GinMaster.8982 Trojan.AndroidOS.GinMaster Android/G2M.LN.6C72B89F5841


In this case , “ Agent Smith ” is being used to for financial gain through the use of malicious advertisements .


However , the actual text would often only display a basic welcome message .


Google officials removed the malicious apps from the Play market after receiving a private report of their existence .


This kind of persistence has made it difficult for security vendors to detect the malware.


The second type of apps reveals an evolution in the author 's tactics .


A backdoor also known as: Application.Hacktool.JQ Trojan/W32.HackTool.217088.G Trojan.Mauvaise.SL1 Win32.Trojan.WisdomEyes.16070401.9500.9995 W64/WinCred.A Win.Tool.Wincred-6333920-0 HackTool.Win64.WinCred.l Application.Hacktool.JQ Application.Hacktool.JQ Application.Hacktool.JQ Tool.WinCred.4 HackTool.Win64 W64/WinCred.A Application.Hacktool.JQ HackTool.Win64.WinCred.l HackTool:Win32/Wincred.H Application.Hacktool.JQ


A backdoor also known as: Win32.Trojan.WisdomEyes.16070401.9500.9927 PWS:Win32/Stimilina.D!bit Trojan.Graftor.D63AB9


A backdoor also known as: W32.NotFunNY.Worm Trojan.Win32.TDSS!O Trojan.VBCrypt.MF.91 Trojan.TDSS.Win32.10599 Trojan/TDSS.brqg Trojan.Razy.DA584 TSPY_TEBTAIR_BH0100C2.TOMC Win32.Trojan.VB.hy Win32/Scar.AAI TSPY_TEBTAIR_BH0100C2.TOMC Win.Trojan.VB-1373 Trojan.Win32.TDSS.brqg Trojan.Win32.TDSS.dxocff Trojan.Win32.A.Tdss.58062 Troj.W32.TDSS.mcnb TrojWare.Win32.Tdss.ht BackDoor.Tdss.5794 BehavesLike.Win32.VBObfus.dt Trojan.Win32.Tdss Trojan/Tdss.vun Trojan:Win32/Tebtair.A Trojan/Win32.TDSS Trojan:Win32/Tebtair.A Trojan.Win32.TDSS.brqg Trojan/Win32.Scar.R9677 Trojan.VBRA.05364 Trojan.VB!cacUcnNEbXs


The German Bundesamt für Verfassungsschutz BfV and the National Intelligence Service of the Republic of Korea NIS issue the following JointCyber Security Advisory to raise awareness of KIMSUKY's a.k.a. Thallium, Velvet Chollima, etc. cyber campaigns against Google's browser and app store services targeting experts on the Korean Peninsula and North Korea issues.


We recently found 200 unique Android apps—with installs ranging between 500,000 and a million on Google Play—embedded with a backdoor: MilkyDoor detected by Trend Micro as ANDROIDOS_MILKYDOOR.A.


These are not technically sophisticated attackers.


A backdoor also known as: Trojan/Kovter.d Win32.Trojan.WisdomEyes.16070401.9500.9999 W32/VB.GANE-7543 Ransom_CRYPSHED.SMV Trojan.Win32.Fsysna.dkgh Trojan.Win32.Encoder.edublg Trojan.Encoder.858 Ransom_CRYPSHED.SMV W32/VB.DZF Trojan.Fsysna.duh Trojan/Win32.Fsysna Trojan.Win32.Fsysna.dkgh Trojan/Win32.Inject.R183706 Trojan.Fsysna W32/Injector.DHGK!tr


The user simply needs to text a prescribed keyword to a prescribed number ( shortcode ) .


A backdoor also known as: W32.eHeur.Virus02 Virus.Win32.Sality!O Win32.Trojan.WisdomEyes.16070401.9500.9999 Trojan.Zebro BehavesLike.Win32.PWSZbot.cc Trojan/Menti.ckw Trojan.Zeus.EA.0999


At peak times of activity , we have seen up to 23 different apps from this family submitted to Play in one day .


Additionally, the scope of organizations targeted by this group has expanded to not only include organizations within Saudi Arabia, but also a company in Qatar and government organizations in Turkey, Israel and the United States.


A backdoor also known as: Trojan.Injector.Win32.428391 Win32.Trojan.WisdomEyes.16070401.9500.9989 Trojan.Win32.Tepfer.ehzjly Trojan.PWS.Stealer.1932 Trojan.Foreign.btf Trojan[Ransom]/Win32.Foreign Trojan.Graftor.D4C46E


A backdoor also known as: Worm.Netres.b.n8 Trojan.Win32.Netres.enie W32.Netres WORM_NETRES.B Worm.Win32.Netres.b Worm.Netres!bl6FeOelVl8 PE:Worm.Netres.b!1073822833 Worm.Netres.B Win32.HLLW.NetRes WORM_NETRES.B W32/Risk.WEVS-2872 Worm/Netres.b Worm/Netres.B Worm/Win32.Netres Worm.Netres.b.kcloud Worm:Win32/Netres.B Win32/Netres.worm.380928 Worm.Netres Worm.Win32.Netres.AI Netres.B Worm.Win32.Netres Worm/Netres.B


A backdoor also known as: Trj/Katien.E W32/Katien.AB Trojan.Tsunami.B Backdoor.Win32.Katien.d Backdoor.Katien.D Backdoor.Win32.Katien.d BDS/Katien.D.1 BKDR_KATIEN.D Backdoor:Win32/Katien.D Backdoor.Katien.d Backdoor.Win32.Katien.d BackDoor.Katien.L Win-Trojan/Katien.49207.B Backdoor.Win32.Katien.d Backdoor.IRCBot Backdoor.Katien.p Backdoor.Win32.Katien.d W32/Katien.D!tr Win32/Katien.D Trj/Katien.E Trojan.Backdoor.Katien.D.1


Notably, some of this recent activity demonstrated actors implementing a technique that bypassed antivirus detection by saving a PowerPoint document in which malware executed once the document was opened in Slide Show presentation format.


While the BlackMoon malware code has been constantly updated by its perpetrators, the extent of the campaign s infection is previously unknown.


By the time of this publication , two Jaguar Kill Switch infected app has reached 10 million downloads while others are still in their early stages .


A backdoor also known as: Trojan.Reconyc Troj.W32.Reconyc!c Win32.Trojan.WisdomEyes.16070401.9500.9944 Backdoor.Trojan Trojan.Win32.Reconyc.ipfq Trojan.DownLoader4.51992 W32/Trojan.KRNZ-3842 Trojan/Win32.Reconyc Trojan.Win32.Reconyc.ipfq TrojanDownloader:Win32/Riprox.A Trojan/Win32.Swisyn.C63610 Win32.Trojan.Reconyc.Ajky Win32/Trojan.bf7


This particular botnet is downloaded by the Andromeda botnet.


It posed a considerable threat to users and businesses, as Encryptor RaaS attacks can vary based on the customizations applied by the affiliate.


A backdoor also known as: Backdoor.Sinowal.Win32.3993 Backdoor/Sinowal.fma Trojan.Krypt.23 Win32.Trojan.WisdomEyes.16070401.9500.9999 BKDR_SINOWAL.SME Win.Trojan.Sinowal-16743 Backdoor.Win32.Sinowal.fma Trojan.Win32.Lampa.ftzdt Backdoor.W32.Sinowal.fma!c Backdoor.Win32.Sinowal.~CRSR Trojan.Packed.21724 BKDR_SINOWAL.SME BehavesLike.Win32.Conficker.nc Backdoor.Win32.Sinowal Backdoor/Sinowal.fmz Backdoor.Win32.Sinowal.fma Trojan/Win32.Sinowal.R2810 SScope.Trojan.Cryptor Win32.Backdoor.Sinowal.Lmau


A backdoor also known as: W32.ZagawiiC.Trojan Backdoor/W32.HttpBot.80896 Backdoor.Httpbot.Win32.574 Backdoor/Httpbot.app Win32.Trojan.WisdomEyes.16070401.9500.9994 W32/Trojan.EJSL-5192 TROJ_RENEG.SMUM3 Trojan.Win32.Httpbot.ilomg TrojWare.Win32.TrojanDownloader.Small.DG Trojan.DownLoader2.10028 TROJ_RENEG.SMUM3 TR/Systemhijack.AA Trojan[Backdoor]/Win32.Httpbot Backdoor.W32.Httpbot.lmxk SScope.Trojan.Win32.Heur.V


We have been able to tie the malware to a long-running Facebook profile that we observed promoting the first stage of this family , a malicious chat application called Dardesh via links to Google Play .


While tracking the activities of this campaign, we identified a repository of additional malware, including a web server that was used to host the payloads used for both this attack as well as others.


A backdoor also known as: HW32.Packed.4B44 Trojan-Spy.Win32.Dibik!O Trojan.Delfinject.9710 Win32.Trojan.Delf.ae TSPY_DELF.SMK Win.Trojan.Dibik-3 Trojan-Ransom.Win32.PornoAsset.cwjq Trojan.Win32.Dibik.bnigz Backdoor.Win32.Dbs.a Trojan.DownLoader4.13174 TSPY_DELF.SMK BehavesLike.Win32.Downloader.dc Trojan/Invader.pg Trojan[Spy]/Win32.Dibik.fpd Trojan.Graftor.D1CAF Troj.W32.Invader.lpJQ Trojan-Ransom.Win32.PornoAsset.cwjq Trojan/Win32.Hupigon.R34191 TrojanSpy.Dibik!YurHSOFj1jo Trojan-Spy.Win32.Dibik W32/Injector.fam!tr Backdoor.Win32.BDS.A


Immediately after activation , the malware creates a textView element in a new window with the following layout parameters : All these parameters ensure the element is hidden from the user .


Spoiler alert: they originated from Fancy Bear actors.


Last year, a technical analysis of this component was made by Swiss GovCERT.ch as part of their report detailing the attack that a defense firm owned by the Swiss government, RUAG, suffered in the past.


File Server ( http : //www.psservicedl [ .