Category Archives: information security news

Memory corruption flaw in AMD Radeon driver allows VM escape

Experts at Cisco Talos group discovered a vulnerability in the AMD ATI Radeon ATIDXX64.DLL driver that could lead to VM escape.

Researchers at Cisco Talos group discovered a vulnerability in the AMD ATI Radeon ATIDXX64.DLL driver that be exploited by an attacker to escale the VM and execute code on the host.

This flaw affects the AMD Radeon RX 550 and the 550 series video cards and it could be exploited only when running VMWare Workstation 15.

The issue is an out-of-bounds memory write that could be triggered via a malformed pixel shader inside the VMware guest OS, to the AMD ATIDXX64.DLL driver.

“Some AMD Radeon cards contain a remote code execution vulnerability in their ATIDXX64.DLL driver. AMD produces the Radeon line of hardware, which includes graphics cards and graphics processing units. This specific vulnerability exists on the Radeon RX 550 and the 550 Series while running VMWare Workstation 15.” reads the post published by Talos.

AMD radeon rx-550-4gb

The vulnerability, tracked as CVE-2019-5049, has received a CVSS score of 9.0.

The flaw affects the ATIDXX64.DLL driver versions 25.20.15031.5004 and 25.20.15031.9002, it can only be exploited when VMware Workstation 15 version, 15.0.4,build-12990004 with Windows 10 x64 as the guestVM is running.

“An attacker could exploit this vulnerability by supplying a malformed pixel shared inside the VMware guest operating system to the driver. This could corrupt memory in a way that would allow the attacker to gain the ability to remotely execute code on the victim machine,” Talos continues.

The Talos team reported the flaw to AMD in early May and the vendor addressed it this week.

The experts released the following SNORT rules to detect exploitation attempts: Snort Rules: 49978, 49979

Cisco credited Piotr Bania of Cisco Talos for the discovery of this vulnerability.

Pierluigi Paganini

(SecurityAffairs – AMD Radeon, hacking)

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Skidmap Linux miner leverages kernel-mode rootkits to evade detection

Trend Micro researchers spotted a piece of Linux cryptocurrency miner, dubbed Skidmap that leverages kernel-mode rootkits to evade the detection.

Skidmap is a new piece of crypto-miner detected by Trend Micro that target Linux machines, it uses kernel-mode rootkits to evade the detection.

This malware outstands similar miners because of the way it loads malicious kernel modules to evade the detection.

The crypto-miner set up a secret master password that uses to access any user account on the system.

“These kernel-mode rootkits are not only more difficult to detect compared to its user-mode counterparts — attackers can also use them to gain unfettered access to the affected system. A case in point: the way Skidmap can also set up a secret master password that gives it access to any user account in the system.” states the analysis published by TrendMicro. “Conversely, given that many of Skidmap’s routines require root access, the attack vector that Skidmap uses — whether through exploits, misconfigurations, or exposure to the internet — are most likely the same ones that provide the attacker root or administrative access to the system.”

Experts noticed that several routines implemented by Skidmap require root access, suggesting that its attack vector is the same that provided the attackers with root or administrative access to the system.

The infection chain sees the Skidmap miner installing itself via crontab, then the malicious code downloads and executes the main binary. The malware decreases the security settings of the target systems by configuring the Security-Enhanced Linux (SELinux) module to the permissive mode or by disabling the SELinux policy and setting selected processes to run in confined domains. The miner also set up backdoor access to the infected system.

Skidmap also provides attackers with backdoor access to the infected machine.

Skidmap also sets up a way to gain backdoor access to the machine. It does this by having the binary add the public key of its handlers to the authorized_keys file, which contains keys needed for authentication.” continues the report.

“Besides the backdoor access, Skidmap also creates another way for its operators to gain access to the machine. The malware replaces the system’s file (the module responsible for standard Unix authentication) with its own malicious version”

The main binary checks whether the system runs on Debian or RHEL/CentOS, then drops the miner and other for the specific Linux distro.

Trend Micro experts revealed that the Skidmap miner has notable components designed to obfuscate its activities and ensure that they continue to run. Samples of these components are:

A fake “” binary that replaces the original, once executed it will randomly set up a malicious cron job to download and execute a file.

Another component is “kaudited,” s file installed as /usr/bin/kaudited that drops and installs several loadable kernel modules (LKMs). The kaudited binary also drops a watchdog component used to monitor the mining process.

Trend Micro also described the “iproute” module that hooks the system call getdents that is normally used to read the contents of a directory, with the intent of hiding specific files.

The last component is “netlink,” a rootkit that can fake the network traffic statistics and CPU-related statistics to hide the activity of the malware.

Skidmap uses fairly advanced methods to ensure that it and its components remain undetected. For instance, its use of LKM rootkits — given their capability to overwrite or modify parts of the kernel — makes it harder to clean compared to other malware.” Trend Micro concludes. “In addition, Skidmap has multiple ways to access affected machines, which allow it to reinfect systems that have been restored or cleaned up,”

Pierluigi Paganini

(SecurityAffairs – Skidmap miner, Linux)

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United States government files civil lawsuit against Edward Snowden

The United States government sued Edward Snowden, the former CIA employee and NSA contractor, to block payment for his book, Permanent Record.

The US DoJ filed a lawsuit against Edward Snowden to prevent the former CIA employee and National Security Agency contractor from receiving the payment for his book, Permanent Record.

According to the civil lawsuit, filed in the Eastern District of Virginia, Snowden violated non-disclosure agreements signed when he was an employee at the US intelligence agencies.

“The United States today filed a lawsuit against Edward Snowden, a former employee of the Central Intelligence Agency (CIA) and contractor for the National Security Agency (NSA), who published a book entitled Permanent Record in violation of the non-disclosure agreements he signed with both CIA and NSA.” reads the press release published by the DoJ.

“The lawsuit alleges that Snowden published his book without submitting it to the agencies for pre-publication review, in violation of his express obligations under the agreements he signed. Additionally, the lawsuit alleges that Snowden has given public speeches on intelligence-related matters, also in violation of his non-disclosure agreements.”

The agreements require signatories to submit books and any publication to the agencies for review, before publishing it, to avoid the disclosure of classified information.

“Intelligence information should protect our nation, not provide personal profit,” declared G. Zachary Terwilliger, US Attorney for the Eastern District of Virginia, in a statement. “This lawsuit will ensure that Edward Snowden receives no monetary benefits from breaching the trust placed in him.”

The book, titled “Permanent Record,” has been released on September 17th, it was published by Henry Holt and Company.

Edward Snowden’s book includes details of the author’s life, including the description of his activity at the US intelligence agencies while they were buiding the Prism surveillance system.

The legal initiative of the UD DoJ aims at recovering all proceeds earned by Snowden, instead of blocking the publication of the book.

“The United States’ lawsuit does not seek to stop or restrict the publication or distribution of Permanent Record. Rather, under well-established Supreme Court precedent, Snepp v. United States, the government seeks to recover all proceeds earned by Snowden because of his failure to submit his publication for pre-publication review in violation of his alleged contractual and fiduciary obligations.” continues the press release.

The US DoJ also sued the publisher to prevent that payments are transferred to Snowden.

“The United States’ ability to protect sensitive national security information depends on employees’ and contractors’ compliance with their non-disclosure agreements, including their pre-publication review obligations,” said Assistant Attorney General Jody Hunt of the Department of Justice’s Civil Division.

“This lawsuit demonstrates that the Department of Justice does not tolerate these breaches of the public’s trust. We will not permit individuals to enrich themselves, at the expense of the United States, without complying with their pre-publication review obligations.”

Edward Snowden lives in Russia since 2013 after leaking information about the US intelligence’s mass surveillance program, recently appealed to France’s government to grant him asylum.

Pierluigi Paganini

(SecurityAffairs – Edward Snowden, hacking)

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Experts warn of the exposure of thousands of Google Calendars online

The news is shocking, thousands of Google Calendars are leaking private information posing a severe threat to the privacy of the users.

Thousands of Google Calendars are leaking private information online threatening the privacy of the users.

Google Calendar has more than q billion users that can potentially expose their private affairs due to the implementation of an issue in the “invite” feature. It is essential to point out that this isn’t a security vulnerability in Google Calendar, but an issue that could potentially impact anyone that has ever shared his Google Calendars.

you should immediately go back to your Google settings and check if you’re exposing all your events and business activities on the Internet accessible to anyone.

The security researcher Avinash Jain discovered more than 8000 Google Calendars exposed online that were indexed by Google search engine. This means that anyone could potentially access sensitive deta and add new events that could be used to share bogus information or malicious links.

Avinash Jain contacted several media outlets, including Forbes and THN, the Indian expert works for the e-commerce firm Grofers.

“What I found is that — Using a single Google dork (advance search query), I am able to list down all the public google calendar or users who all have set their calendar as public. I found dozens of calendars which are indexed by google’s search engines, revealing or disclosing several sensitive information.” wrote the expert. “I was able to access public calendars of various organizations leaking out sensitive details like their email ids, their event name, event details, location, meeting links, zoom meeting links, google hangout links, internal presentation links and much more,”

Google Calendars

Some of the calendars belonged to employees of the top 500 Alexa company that intentionally/unintentionally were made public.

The issue is related to the public visibility set on the google calendar by the users. Google fails to send any notification to the users warning them about the visibility of their calendar.

“While this is more of an intended setting by the users and intended behavior of the service but the main issue here is that anyone can view anyone public calendar, add anything on it—just by a single search query without being shared the calendar link,” Avinash added.

The issue is not new, many experts in the last years warned of the misuse of the “make it public” feature to its web-based calendar service that was implemented 12 years ago.

The expert demonstrated that it is possible to view the exposed Google Calendars by using advanced Google search query (Google Dork).

“The fix for this: You can set the calendars to only say Free/Busy if anyone wants to make their calendar public. GSuite admin can also create alerts for when Google docs, presentations, and calendars go public.” concludes the researcher.

Pierluigi Paganini

(SecurityAffairs – Google Calendars, privacy)

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Experts found 125 new flaws in SOHO routers and NAS devices from multiple vendors

Researchers discovered many flaws in over a dozen small office/home office (SOHO) routers and network-attached storage (NAS) devices.

Security experts have discovered multiple vulnerabilities in over a dozen small office/home office (SOHO) routers and network-attached storage (NAS) devices. The research is part of a project dubbed SOHOpelessly Broken 2.0 conducted Independent Security Evaluators (ISE).

In this phase of the project that started in 2013 (SOHOpelessly Broken 1.0), the researchers assessed the security of 13 SOHO router and NAS devices and found a total of 125 new vulnerabilities. 

“Today, we show that security controls put in place by device manufacturers are insufficient against attacks carried out by remote adversaries. This research project aimed to uncover and leverage new techniques to circumvent these new security controls in embedded devices.” reads the report published by the experts.

“Embedded devices are special-purpose computing systems. These types of systems include industrial controllers, small office/home office (SOHO) routers, network-attached storage devices (NAS), and IP cameras. Internet-connected embedded devices are often placed into a broader category referred to as IoT devices. “

The experts tested SOHO routers and NAS devices from the following vendors:

  • Buffalo
  • Synology
  • TerraMaster
  • Zyxel
  • Drobo
  • ASUS and its subsidiary Asustor
  • Seagate
  • QNAP
  • Lenovo
  • Netgear
  • Xiaomi
  • Zioncom (TOTOLINK)

The experts discovered at least one web application issue in each device they tested vulnerability that could be exploited by a remote attacker to get remote access to the device’s shell or gain access to the device’s administrative panel. 

The experts obtained root shells on 12 of the devices that allowed them to take over the vulnerable systems, 6 flaws can be remotely exploited without authentication: the Asustor AS-602T, Buffalo TeraStation TS5600D1206, TerraMaster F2-420, Drobo 5N2, Netgear Nighthawk R9000, and TOTOLINK A3002RU.

The list of flaws discovered by the researchers includes authorization bypass, authentication bypass, buffer overflow, command injection, SQL injection (SQLi), cross-site scripting (XSS), cross-site request forgery (CSRF), and file upload path traversal vulnerabilities.

According to the experts, the level of security for IoT devices is slightly improved since SOHOpelessly Broken 1.0, only a limited number of devices were found implementing defense-in-depth mechanisms such as like address-space layout randomization (ASLR), functionalities that hinder reverse engineering, and integrity verification mechanisms for HTTP requests.

“Perhaps more interesting is the amount of approaches that have not changed since SOHOpelessly Broken 1.0. Features such as anti-CSRF tokens and browser security headers, which are commonplace in mainstream web applications, are still rare among our sample of devices.” concludes the report. “These defense-in-depth mechanisms can greatly enhance the security posture of web applications and the underlying systems they interact with. In many cases, our remote exploits wouldn’t have worked if customary web application security practices had been implemented.”

The researchers responsibly disclosed all of the vulnerabilities they discovered to affected vendors, most of them quickly responded and addressed the issues.

Unfortunately, some manufacturers, including Drobo, Buffalo Americas, and Zioncom Holdings, did not respond to report.

Pierluigi Paganini

(SecurityAffairs – SOHOpelessly Broken, hacking)

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Fraudulent purchases of digitals certificates through executive impersonation

Experts at ReversingLabs spotted a threat actor buying digital certificates by impersonating legitimate entities and then selling them on the black market.

Researchers at ReversingLabs have identified a new threat actor that is buying digital certificates by impersonating company executives, and then selling them on the black market. The experts discovered that digital certificates are then used to spread malware, mainly adware.

Threat actors sign their malware with legitimate digital certificates to avoid detection.

The experts provided details of a certificate fraud that leverages on the executive impersonation. The researchers provided evidence that the threat actors sold the purchased certificates to a cybercrime gang that used them to spread malware.

The analysis published by Reversinglabs provides technical details for each phase of the certificate fraud carried out by impersonating executive.

The fraud begins with the reconnaissance phase in which the attackers select the target to impersonate. Threat actors use publicly available information to select candidates that are usually well-established people working in the software industry.

Once identified, the threat actors scrape victim’s information from open sources, such as their public LinkedIn profile page. Then attackers set up legitimate-looking infrastructure for the entity they are impersonating in the attempt to deceive certificate authorities.

“The attacker aims to use the top-level domain confusion in order to mislead the certificate authority during their identity verification process. The gamble is that the person verifying the certificate issuance request will assume that the same company owns both the global .COM and the regional .CO.UK domains for their business.” reads the analysis published by the experts.

“Here’s where the choice of registrar becomes truly important. Since GDPR legislation came into effect, most EU domain registrars have agreed that WHOIS records are considered private and personally identifiable information. This makes knowing the true identity behind the registered domain name subject to a data release process – a bureaucratic procedure meant to be fulfilled in cases of a legitimate enquiry such as a trademark dispute or a law enforcement request.”

Once set up the infrastructure, the threat actors then proceed to purchase the certificates and verify them. The verification is done using a public antivirus scanning service, then the threat actors use the file scan record as “a clean bill of health” for potential buyers.

2019-04-30 07:07:59 – The first signed malicious file appears in the wild. The certificate is used to sign OpenSUpdater, an adware application that can install unwanted software on the client’s machine. This executable is cross-signed for timestamp verification via Symantec Time Stamping Services Signer service.” continues the analysis.

The experts pointed out that even if it is harder for the attacker to acquire digital certificates, the threat actors they tracked has shown that it is in fact possible to do so.

Pierluigi Paganini

(SecurityAffairs – digital certificates, hacking)

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MobiHok RAT, a new Android malware based on old SpyNote RAT

A new Android malware has appeared in the threat landscape, tracked as MobiHok RAT, it borrows the code from the old SpyNote RAT.

Experts from threat intelligence firm SenseCy spotted a new piece of Android RAT, dubbed MobiHok RAT, that used code from the old SpyNote RAT.

At the beginning of July 2019, the experts spotted a threat actor dubbed mobeebom that was offering for sale an Android Remote Administration Tool (RAT) dubbed MobiHok v4 on a prominent English hacking forum.

The experts discovered that mobeebom is active on multiple Arab-speaking hacking forums under different pseudonyms, a circumstance that suggests that he is an Arab-speaker. Researchers also noticed that the posts published by the hacker were using poor English.

mobeebom has been promoting the MobiHok RAT through multiple channels, including YouTube and a dedicated Facebook page, since January 2019.


MobiHok is written in Visual Basic .NET and Android Studio, it allows to fully control the infected device. Experts pointed out that the latest release of the RAT implements new features, including a bypass to the Facebook authentication mechanism.

The analysis conducted by the experts suggests that the threat actor obtained SpyNote’s source code and made some minor changes to its code before reselling it online.

“However, from a research we conducted into mobeebom’s activity in the underground communities, and the analysis of a sample of the malware builder we retrieved, it is apparent that the threat actor based MobiHok on the source code of another prominent Android RAT named SpyNote, which was leaked online in 2016.” continues the report.

“The initial findings of our technical analysis confirmed that mobeebom probably obtained SpyNote’s source code, made some minor changes, and now resells it as a new RAT under the name MobiHok.”

In July 2016, experts from Palo Alto Networks a RAT offered for free called Spynote, much like OmniRat and DroidJack, today the malware can be purchased from a website on the surface web, or downloaded for free from a forum.

MobiHok supports several features, including access to files, access to the camera, keylogging, control over SMS and contacts, the ability to bypass both Samsung security mechanisms and Google Play mechanisms, and to bind itself to another APK app.

“To conclude, despite mobeebom’s attempt to market his MobiHok v4 Android RAT as new and his declared intention to make it the top Android RAT on the market, it appears that this malware is based on the leaked source code of the known SpyNote Android RAT with only minor changes and is being reselled by the threat actor under a different name.” concludes Sensecy.

Pierluigi Paganini

(SecurityAffairs – MobiHok RAT, malware)

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Data leak exposes sensitive data of all Ecuador ‘citizens

Experts discovered a huge data leak affecting Ecuador, maybe the largest full-country leak, that exposed data belonging to 20 million Ecuadorian Citizens.

Security experts at vpnMentor have discovered a huge data leak affecting Ecuador that exposed data belonging to 20 million Ecuadorian Citizens.

Data were left unsecured online on a misconfigured Elasticsearch server, exposed data includes full PII, marital status and date of marriage, level of education, financial info, and more. 

Maybe this is the largest full-country leak, it affects the whole country and the exposure of such data pose a severe threat to Ecuadorian citizens.

vpnMentor’s research team has found a large data breach that may impact millions of individuals in Ecuador. The leaked database includes over 20 million individuals.” reads the post published by vpnMentor.

“Led by Noam Rotem and Ran Locar, our team discovered the data breach on an unsecured server located in Miami, Florida. The server appears to be owned by Ecuadorian company Novaestrat.

Leaked data include citizens’ financial records and car registration information.

The personal records of most of Ecuador’s population, including children, has been left exposed online due to a misconfigured database, ZDNet has learned.

The server contained a total of 20.8 million user records (18 GB of data), more than the country’s total population (16.6 million), likely due to the presence of duplicate records and data of deceased citizens.

Ecuador data leak

The analysis of the indexes revealed that the database is composed of data gathered from government sources (most from Ecuadorian government) and data gathered from private databases.

“Individuals in the database are identified by a ten-digit ID code. In some places in the database, that same ten-digit code is referred to as “cedula” and “cedula_ruc”.” continues the post.

“In Ecuador, the term “cédula” or “cédula de identidad” refers to a person’s ten-digit national identification number, similar to a social security number in the US.

The term “RUC” refers to Ecuador’s unique taxpayer registry. The value here may refer to a person’s taxpayer identification number.”

The experts found within the leaked records an entry for WikiLeaks founder Julian Assange that also includes the “cedula.”

Experts also found million of entries for children under the age of 18 that contained names, cedulas, places of birth, gender, home addresses.

The data base was secured on September 11, 2019, after vpnMentor notifies its discovery to the Ecuador CERT (Computer Emergency Response Team) team.

Pierluigi Paganini

(SecurityAffairs – Ecuador, data leak)

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A flaw in LastPass password manager leaks credentials from previous site

A flaw in LastPass password manager leaks credentials from previous site

An expert discovered a flaw in the LastPass password manager that exposes login credentials entered on a site previously visited by a user.

Tavis Ormandy, the popular white-hat hacker at Google Project Zero, has discovered a vulnerability in the LastPass password manager that exposes login credentials entered on a site previously visited by a user.


On September 12, 2019, LastPass has released an update to address the vulnerability with the release of the version 4.33.0.

“Hello, I noticed that you can create a popup without calling do_popupregister() by iframing popupfilltab.html (i.e. via moz-extension, ms-browser-extension, chrome-extension, etc). It’s a valid web_accessible_resource.” reads a security advisory published by Ormandy.

“Because do_popupregister() is never called, ftd_get_frameparenturl() just uses the last cached value in g_popup_url_by_tabid for the current tab. That means via some clickjacking, you can leak the credentials for the previous site logged in for the current tab.”

Ormandy published a step by step procedure to exploit the flaw and display the credentials provided to the previously visited website.

y = document.createElement("iframe");
y.height = 1024;
y.width = "100%";
// or y.src="moz-extension://...";
// or y.src="ms-browser-extension://...";

The expert explained that the bug is easy to exploit and required no other user interaction, the attacker could trick victims into visiting malicious pages to extract the credentials entered on previously-visited sites.

“Ah-ha, I just figured out how to do this google automatically, because compare_tlds(lp_gettld_url(a), lp_gettld_url(t)) succeeds for and, but you can iframe untrusted sites with, so the top url is irrelevant.” continues the expert.

“I think it’s fair to call this “High” severity, even if it won’t work for *all* URLs.”

At the time of writing, there is no news about the exploitation of this bug in attacks in the wild.

LastPass implements an auto-update process for both mobile apps and browser extensions, users that have disabled it for some reason have to perform a manual update.

Pierluigi Paganini

(SecurityAffairs – LastPass, hacking)

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France and Germany will block Facebook’s Libra cryptocurrency

Bad news for Facebook and its projects, France and Germany agreed to block Facebook’s Libra cryptocurrency, the French finance ministry said.

France and Germany governments announced that they will block Facebook’s Libra cryptocurrency, the news was reported by French finance ministry Bruno Le Maire.

“We believe that no private entity can claim monetary power, which is inherent to the sovereignty of nations”. reads a joint statement issued by the two governments,

“I want to be absolutely clear: in these conditions, we cannot authorise the development of Libra on European soil.” he said at a conference in Paris on virtual currencies.

French Finance Minister Bruno Le Maire explained last week the Facebook should not be allowed to operate the Libra cryptocurrency in Europe because it threatens the monetary sovereignty and financial systems of the states.

Facebook Libra cryptocurrency

Facebook announced in June that it plans to launch Libra in 2020, to make it reliable the social network giant wants to use traditional currency to back Libra. 

The non-profit Libra Association include major firms such as PayPal, Visa, Stripe, Mastercard, eBay, and Uber. 

“Unlike other cryptocurrencies, which are not controlled by a central authority, Libra will not be decentralised, but will be entrusted to a Swiss-based association of major technology and financial services companies. Besides Facebook, backers of Libra include the payment companies Visa, MasterCard and PayPal, and the ride-hailing apps Lyft and Uber.” reported The Guardian.

Authorities also fear possible abuses of the Libra cryptocurrency, including money laundering, and how Facebook would prevent them.

Pierluigi Paganini

(SecurityAffairs – Facebook, cryptocurrency)

The post France and Germany will block Facebook’s Libra cryptocurrency appeared first on Security Affairs.

Tor Project’s Bug Smash Fund raises $86K in August

The Tor Project has raised $86,000 for a Bug Smash fund that it will use to pay developers that will address critical flaws in the popular anonymizing network.

The Tor Project has raised $86,000 for a Bug Smash fund that was created to pay developers that will address critical security and privacy issues in the popular anonymizing network.

In earlier of August, the Tor Project announced the creation of the Bug Smash Fund with the intent to pay professionals that will support the organization in maintaining the work and smashing the bugs.

“The goal of the Bug Smash Fund is to increase the Tor Project’s reserve of funds that allow us to complete maintenance work and smash the bugs necessary to keep Tor Browser, the Tor network, and the many tools that rely on Tor strong, safe, and running smoothly.” reads the announcement published by the Tor Project.

“When we say maintenance and bugs, we are talking about work that is critical—and that we must pay for. This work includes responding quickly to security bugs, improving test coverage, and keeping up with Mozilla’s ESRs. An entire ecosystem relies on us doing so.”

The organization has added donations it received in August 2019 to the Bug Smash Fund.

Any vulnerability that could be used to de-anonymize Tor users or that could be used by attackers to cause a malfunction to the anonymizing network is considered critical and must be addressed rapidly, and part of the Bug Smash Fund will allow paying developers to do it.

The funding project aims to be transparent, any donors can track how that money is being used by the foundation, the Tor Project will tag any bug tickets that utilize the money of the fund with the “BugSmashFund” tag.

“Want to keep up with the work we’re doing with this fund? There are three ways: (1) Follow the “BugSmashFund” trac ticket tag, (2) watch this blog for updates about the progress of these tickets, and (3) make a donation and opt in for our newsletter to get updates directly to your inbox.” concludes the announcement.

“Want to contribute anonymously, with cryptocurrency, or by mail? Here’s how.”

Pierluigi Paganini

(SecurityAffairs – Tor Project, privacy)

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Astaroth Trojan leverages Facebook and YouTube to avoid detection

Cofense experts uncovered a new variant of the Astaroth Trojan that uses Facebook and YouTube in the infection process.

Researchers at Cofense have uncovered a phishing campaign targeting Brazilian citizens with the Astaroth Trojan that uses Facebook and YouTube in the infection process.

The attach chain appears to be very complex and starts with phishing messages that come with an .htm file attached. At each step of the infection process, threat actors leverage trusted sources and the interaction of the end-user. At every turn in the infection chain, the malware uses legitimate services to evade detection.

Cofense Intelligence™ has identified a phishing campaign targeting Brazilian citizens with the Astaroth Trojan in which Facebook and YouTube profiles are used in support of the infection.” reads the analysis published by Cofense.” There are numerous stages within this infection chain that could have been stopped with properly layered defenses on the email and network security stack. However, at each step of the infection, this campaign uses trusted sources and the end user to help advance to the next stage, ultimately leading to an eventual exfiltration of sensitive information.”

The Astaroth Trojan was first spotted by security firm Cofense in late 2018 when it was involved in a campaign targeting Europe and Brazil. The malware abused living-off-the-land binaries (LOLbins) such as the command line interface of the Windows Management Instrumentation Console (WMIC) to download and install malicious payloads in the background. According to the experts, LOLbins are very effecting in evading antivirus software. 

In the recent campaign, the experts observed three differed kind of emails written in Portuguese used in this phishing campaign, one using an invoice theme, another with show ticket theme and a third one using civil lawsuit theme.

“This campaign also utilized Cloudflare workers (JavaScript execution environment) to download modules and payloads, negating network security measures. Using these resources adds to the trusted source methodology employed by this campaign to bypass the security stack.” continues the analysis.

Once the victims have clicked on the attachment, the .HTM file downloads a .ZIP archive that contains a malicious .LNK file. The .LNK file then downloads JavaScript code from a Cloudflare workers domain, that in turn downloads multiple modules and payloads that are used to help obfuscate and execute a sample of the Astaroth information-stealer.

Among the files downloaded in the infection process there are two .DLL files that are joined together into a legitimate program named ‘C:\Program Files\Internet Explorer\ExtExport.exe.’

The use of a legitimate program to run the malicious code resulting from the union of the two DLLs downloaded from a trusted source allows bypassing security measures.

“After ExtExport.exe is running with the malicious code side-loaded, it uses a technique known as process hollowing to execute a legitimate program within a suspended state.” continues the expert. Process hollowing is used to inject malicious code retrieved from multiple files downloaded by the earlier JavaScript. The legitimate programs that were targeted for process hollowing were unins000.exe, svchost.exe, and userinit.exe.”

The experts noticed that the Astaroth Trojan involved in this campaign uses YouTube and Facebook profiles to host and maintain the C2 configuration data.

The C2 data are encoded in base64 format as well as custom encrypted, attackers inserted them within posts on Facebook or the profile information about user accounts on YouTube. This trick allows the attackers to bypass content filtering and other network security measures.

“The threat actors are also able to dynamically change the content within these trusted sources so they can deter the possibility of their infrastructure being taken down.” continues the researchers.

The Astaroth storage is able to steal sensitive information, including financial information, stored passwords in the browser, email client credentials, SSH credentials. The information gathered by the malware is encrypted with two layers of encryption and sent via HTTPS POST to a site from the C2 list, experts noticed that most of the sites are hosted on Appspot.

This phishing campaign exclusively targets Brazilians, the experts noticed that the initial .ZIP archive geo-fenced to Brazil.

However, experts warn that attackers could expand their activities to other countries using similar tactics.

“Astaroth leverages legitimate Microsoft Windows services to help propagate and deliver the payloads,” concludes the analysis.. “This campaign also utilized Cloudflare workers (JavaScript execution environment) to download modules and payloads, negating network security measures. Using these resources adds to the trusted source methodology employed by this campaign to bypass the security stack.”

In July, experts at the Microsoft Defender ATP Research Team discoveredfileless malware campaign that is delivering the information stealing Astaroth Trojan.

Pierluigi Paganini

(SecurityAffairs – Astaroth, malware)

The post Astaroth Trojan leverages Facebook and YouTube to avoid detection appeared first on Security Affairs.

Drone attacks hit two Saudi Arabia Aramco oil plants

Drone attacks have hit two major oil facilities run by the state-owned company Aramco in Saudi Arabia, one of them is the Abqaiq site.

Drone attacks have hit Saudi Arabia’s oil production suffered severe damage following a swarm of explosive drones that hit two major oil facilities run by the state-owned company Aramco in Saudi Arabia.

Online are circulating the images of a huge blaze at Abqaiq, site of Aramco’s largest oil processing plant, the Abqaiq site. A second drone attack hit the Khurais oilfield. Abqaiq is about 60km south-west of Dhahran, while in Khurais, 200km further south-west, there is the second-largest oilfield in the country.

According to the local media, the emergency response of the fire brigade teams allowed to control the fires at both facilities.

Saudi Arabia drone attacks 2
The two facilities are located in Abqaiq and Khurais, Saudi Arabia’s interior ministry said. (Photo: Twitter videograb | @Sumol67)

Iran-backed Houthi rebels in Yemen claimed responsibility for the attacks on the Abqaiq plant, according to a spokesman for the group in Yemen, it had deployed 10 drones in the attacks.

The group is threatening Saudi Arabia of further attacks. The Iran-aligned Houthi rebel movement fights the Yemeni government and a coalition of regional countries led by Saudi Arabia that fights the rebels since 2015, when President Abdrabbuh Mansour Hadi was was kicked out of Sanaa by the Houthis.

“The military spokesman, Yahya Sarea, told al-Masirah TV, which is owned by the Houthi movement and is based in Beirut, that further attacks could be expected in the future.” reported the BBC.

“He said Saturday’s attack was one of the biggest operations the Houthi forces had undertaken inside Saudi Arabia and was carried out in “co-operation with the honourable people inside the kingdom”.”

Secretary of State Mike Pompeo blamed Iran for coordinated the attacks, it added that we are facing an unprecedented attack on the world’s energy supply.

Officials have attributed the attacks to a specific threat actor:

“At 04:00 (01:00 GMT), the industrial security teams of Aramco started dealing with fires at two of its facilities in Abqaiq and Khurais as a result of… drones,” the official Saudi Press Agency reported. “The two fires have been controlled.”

The attacks will have a dramatic impact on Saudi Arabia’s oil supply, it could be cut off 50 percent following the incidents.

These latest attacks demonstrate the potential impact of drone attacks against critical infrastructures, at the time is not clear if the Houthis group use weaponized commercial civilian drones or they obtained military support from Iran.

“The Saudi Air Force has been pummelling targets in Yemen for years. Now the Houthis have a capable, if much more limited, ability to strike back. It shows that the era of armed drone operations being restricted to a handful of major nations is now over.” continues the BBC.

Groups like the Houthis and Hezbollah have access to drone technology and could use it is sophisticated operations. Intelligence analysts fear the escalating tensions in the region that could open a world oil crisis.

Pierluigi Paganini

(SecurityAffairs – drone attacks, Saudi Arabia)

The post Drone attacks hit two Saudi Arabia Aramco oil plants appeared first on Security Affairs.

Security Affairs newsletter Round 231

A new round of the weekly newsletter arrived! The best news of the week with Security Affairs

Hi folk, let me inform you that I suspended the newsletter service, anyway I’ll continue to provide you a list of published posts every week through the blog.

Once again thank you!

Experts found Joker Spyware in 24 apps in the Google Play store
Toyota Boshoku Corporation lost over $37 Million following BEC attack
University, Professional Certification or Direct Experience?
WordPress 5.2.3 fixes multiple issues, including some severe XSS flaws
Belarusian authorities seized XakFor, one of the largest Russian-speaking hacker sites
China-linked APT3 was able to modify stolen NSA cyberweapons
Stealth Falcon New Malware Uses Windows BITS Service to Stealthy Exfiltrate Data
Stealth Falcons undocumented backdoor uses Windows BITS to exfiltrate data
Symantec uncovered the link between China-Linked Thrip and Billbug groups
Telegram Privacy Fails Again
Wikipedia suffered intermittent outages as a result of a malicious attack
DoS attack the caused disruption at US power utility exploited a known flaw
Million of Telestar Digital GmbH IoT radio devices can be remotely hacked
Police dismantled Europes second-largest counterfeit currency network on the dark web
Robert Downey Jrs Instagram account has been hacked
Adobe September 2019 Patch Tuesday updates fix 2 code execution flaws in Flash Player
Dissecting the 10k Lines of the new TrickBot Dropper
Microsoft Patch Tuesday updates for September 2019 fix 2 privilege escalation flaws exploited in attacks
NetCAT attack allows hackers to steal sensitive data from Intel CPUs
Some models of Comba and D-Link WiFi routers leak admin credentials
The Wolcott school district suffered a second ransomware attack in 4 months
Iran-linked group Cobalt Dickens hit over 60 universities worldwide
LokiBot info stealer involved in a targeted attack on a US Company
SAP September 2019 Security Patch Day addresses four Security Notes rated as Hot News
SimJacker attack allows hacking any phone with just an SMS
Poland to establish Cyberspace Defence Force by 2024
The US Treasury placed sanctions on North Korea linked APT Groups
WatchBog cryptomining botnet now uses Pastebin for C2
Expert disclosed passcode bypass bug in iOS 13 a week before its release
Hackers stole payment data from Garmin South Africa shopping portal
InnfiRAT Trojan steals funds from Bitcoin and Litecoin wallets

Pierluigi Paganini

(SecurityAffairs – Newsletter, hacking)

The post Security Affairs newsletter Round 231 appeared first on Security Affairs.

Delaler Leads, a car dealer marketing firm exposed 198 Million records online

Researcher discovered an unsecured database exposed online, belonging to car dealership marketing firm Dealer Leads, containing 198 million records.

The researcher Jeremiah Fowler discovered an unsecured database exposed online that belong to car dealership marketing firm Dealer Leads.

The archive containing 198 million records for a total of 413GB of data containing information of potential car buyers, vehicles, loan and finance inquiries, log data with IP addresses of visitors, and more.

“On August 19th I reported a non-password protected database that contained a massive 413GB of data and a total of 198 million records. The most shocking part was that I had seen this dataset several times in the previous weeks, but was unable to identify the owner.” reports Security Discovery. “I spent several days trying to identify the owner of the database and there was no clear indication in the millions of records.”

Dealer Leads provides content relevant and related to the auto industry for franchise and independent car dealerships, the website of the company describes itself with the following statement.

“dominates the automotive digital marketing industry with highly used automobile search strings turned into online inventory advertising classified sites, service sites, finance sites etc. Car shoppers have needs, and DealerLeads matches those needs in live searches.”

The Elastic database was accessible to anyone with any browser, its records included name, email, phone, address, IP, and other sensitive or identifiable information, in plain text.

The archive also included IP addresses, ports, pathways, and storage info.

The good news is that after the expert reported his discovery to the company, it has secured the database restricting public access to the archive.

At the time of writing it is not clear how long the data remained exposed online and if someone had access to its records.

“Dealer Leads acted fast to restrict public access immediately after the notification. Unfortunately, the data was exposed for an undetermined length of time and it is unclear who else may have had access to the millions of records that were publicly exposed.” Security Discovery concludes.

“It is unclear if Dealer Leads has notified individuals, dealerships, or authorities about the data incident. Because of the size and scope of the network applicants and potential customers may not know if their data was exposed,”

Pierluigi Paganini

(SecurityAffairs – hacking, data leak)

The post Delaler Leads, a car dealer marketing firm exposed 198 Million records online appeared first on Security Affairs.

A bug in Instagram exposed user accounts and phone numbers

Facebook addressed a vulnerability in Instagram that could have allowed attackers to access private user information.

The security researcher @ZHacker13 discovered a flaw in Instagram that allowed an attacker to access account information, including user phone number and real name.

ZHacker13 discovered the vulnerability in August and reported the issue to Facebook that asked for additional time to address the issue. The social network giant has finally fixed the flaw.

“In putting this article together, I had the security researcher run tests on the platform and he successfully retrieved “secure” user data I know to be real. This data included users’ real names, Instagram account numbers and handles, and full phone numbers.” reads a post published by Forbes. “The linking of this data is all an attacker would need to target those users. It would also enable automated scripts and bots to build user databases that could be searched, linking high-profile or highly-vulnerable users with their contact details.”

The expert also warns that attackers could use automated scripts and bots to collect user data from the platform, linking users with their contact details.

Just a week before ZHacker13 disclosed the bug, phone numbers associated with 419 million accounts of the social network giant were exposed online.

It is not clear if the two incidents could have the same root cause.

“I found a high vulnerability on Instagram that can cause a serious data leak,” @ZHacker13 told to Forbes. “The vulnerability is still active—and it looks like Facebook are not very serious about pathing it.” Exploiting this vulnerability would enable an attacker using an army of bots and processors to build a searchable/ attackable database of users, bypassing protections protecting that data.”

The expert explained that he discovered by flaw by using the platform’s contact importer in combo with a brute-force attack on its login form.

The attack scenarios is composed of two steps:

  • The attacker carries out a brute force attack on Instagram’s login form, checking one phone number at a time for those linked to a live Instagram account.
  • The attacker finds the account name and number linked to the phone number by exploiting Instagram’s Sync Contacts feature.

A Facebook spokesman explained that his company modified the contact importer in Instagram to address the flaw.

we have changed the contact importer on Instagram to help prevent potential abuse. We are grateful to the researcher who raised this issue, and to the entire research community for their efforts.” said the spokesman.

Facebook, after initial resistance, confirmed it is evaluating to reward @ZHacker13 for reporting the bug as part of its bug bounty program.

“Facebook had also told @ZHacker13 that although the vulnerability was serious, there was internal awareness of the issue and so it was not eligible for a reward under the bounty scheme.” continues the post. “This would have set a terrible precedent and disincentivized researchers from coming forwards with similar vulnerabilities. I questioned Facebook on its decision, and the company reconsidered and told me it has “reassessed” the discovery of the bug and would reward the researcher after all. “

Facebook pointed out that there is no evidence that any user data has been abused by threat actors.  

Pierluigi Paganini

(SecurityAffairs – Instagram, hacking)

The post A bug in Instagram exposed user accounts and phone numbers appeared first on Security Affairs.

Expert disclosed passcode bypass bug in iOS 13 a week before its release

A security researcher disclosed a passcode bypass just a week before Apple has planned to release the new iOS 13 operating system, on September 19.

Apple users are thrilled for the release of the iOS 13 mobile operating system planned for September 19, but a security expert could mess up the party.

The security researcher Jose Rodriguez discovered a passcode bypass issue that could be exploited by attackers to gain access to iPhones contacts and other information even on locked devices.

Below the step by step procedure to exploit the passcode bypass:

  1. Reply to an incoming call with a custom message.
  2. Enable the VoiceOver feature.
  3. Disable the VoiceOver feature
  4. Add a new contact to the custom message
  5. Click on the contacts image to open options menu and select “Add to existing contact”. 
  6. When the list of contacts appears, tap on the other contact to view its info.

Below the video PoC published by Rodriguez that shows how to see a device’s contact information.

Rodriguez reported the flaw to Apple on July 17th, 2019, at the time the new iOS version was still in beta. The expert disclosed the issue on September 11th and at the time Apple had still not addressed the flaw.

Experts hope that Apple will be able to fix the bug withing September 19th.

Rodriguez discovered many other passcode bypass issues in the past, in October 2018, a few hours after Apple released iOS 12.1 the iPhone bug hunter Jose Rodriguez found a new passcode bypass issue that could have been exploited to see all contacts’ private information on a locked iPhone.

A few weeks before, he discovered another passcode bypass vulnerability in Apple’s iOS version 12 that could have been exploited to access photos, contacts on a locked iPhone XS.

The researcher also disclosed a new passcode bypass flaw that could have been exploited to access photos and contacts on a locked iPhone XS.

Pierluigi Paganini

(SecurityAffairs – iOS 13, passcode bypass)

The post Expert disclosed passcode bypass bug in iOS 13 a week before its release appeared first on Security Affairs.

InnfiRAT Trojan steals funds from Bitcoin and Litecoin wallets

Researchers at Zscaler have spotted a new malware dubbed InnfiRAT that infects victims’ systems to steal cryptocurrency wallet data. 

Researchers at Zscaler have discovered a new Trojan dubbed InnfiRAT that implements many standard Trojan capabilities along with the ability to steal cryptocurrency wallet data. 

“As with just about every piece of malware, InnfiRAT is designed to access and steal personal information on a user’s computer.” states a blog post published by Zscaler. “Among other things, InnfiRAT is written to look for cryptocurrency wallet information, such as Bitcoin and Litecoin. InnfiRAT also grabs browser cookies to steal stored usernames and passwords, as well as session data.”

Upon execution, the malware initially checks whether the file is executing from %AppData% directory or not with the name NvidiaDriver.exe. The malware then checks for network connectivity by making a request to “iplogger[.]com/1HEt47,” and records all the running processes in an array to check whether any of them is running with the name NvidiaDriver.exe. If it finds one of the processes running with this name, it kills that process and waits for an exit.

The malicious code will make a copy of itself in the AppData directory before writing a Base64 encoded PE file in memory to execute the main component of the Trojan. 

As the execution of the malware starts, it checks for the presence of virtualized environment that could be used by researchers to analyze the threat. If the malware is not running in a sandbox it will contact the command-and-control (C2) server, transfer the information stolen form the machine, and await further commands.

The InnfiRAT Trojan can also deploy additional payloads to steal files, capture browser cookies to harvest stored credentials for various online services and grab open sessions. The malware is also able to shut down traditional antivirus processes.

InnfiRAT scans the machine for files associated with Bitcoin (BTC) and Litecoin (LTC) wallets (Litecoin: %AppData%\Litecoin\wallet.dat,
Bitcoin%AppData%\Bitcoin\wallet.dat), if they are present, the malicious code siphons existing data in the attempt of stealing the victims’ funds.


“Because RATs are usually downloaded as a result of a user opening an email attachment or downloading an application that has been infected, the first line of defense is often the users who must, as always, refrain from downloading programs or opening attachments that aren’t from a trusted source.” concludes the researchers.

Pierluigi Paganini

(SecurityAffairs – InnfiRAT, hacking)

The post InnfiRAT Trojan steals funds from Bitcoin and Litecoin wallets appeared first on Security Affairs.

The US Treasury placed sanctions on North Korea linked APT Groups

The US Treasury placed sanctions on three North Korea-linked hacking groups, the Lazarus Group, Bluenoroff, and Andarial.

The US Treasury sanctions on three North Korea-linked hacking groups, the Lazarus Group, Bluenoroff, and Andarial.

The groups are behind several hacking operations that resulted in the theft of hundreds of millions of dollars from financial institutions and cryptocurrency exchanges worldwide and destructive cyber-attacks on infrastructure. Lazarus Group is also considered the threat actors behind the 2018 massive WannaCry attack.

According to the Treasury, the three groups “likely” stole $571 million in cryptocurrency from five Asian exchanges in 2017 and 2018.

Intelligence analysts believe the groups are under the control of the Reconnaissance General Bureau, which is North Korea’s primary intelligence bureau.

“Treasury is taking action against North Korean hacking groups that have been perpetrating cyber attacks to support illicit weapon and missile programs,” said Sigal Mandelker, Treasury Under Secretary for Terrorism and Financial Intelligence.

“We will continue to enforce existing US and UN sanctions against North Korea and work with the international community to improve cybersecurity of financial networks.”

The activity of the Lazarus Group surged in 2014 and 2015, its members used mostly custom-tailored malware in their attacks and experts that investigated on the crew consider it highly sophisticated.

This threat actor has been active since at least 2009, possibly as early as 2007, and it was involved in both cyber espionage campaigns and sabotage activities aimed to destroy data and disrupt systems.

The group is considered responsible for the massive WannaCry ransomware attack, a string of SWIFTattacks in 2016, and the Sony Pictures hack.

Bluenoroff is considered a sub-group of the Lazarus APT that was formed by the North Korean government to earn revenue from hacking campaigns in response to increased global sanctions.  

“According to industry and press reporting, by 2018, Bluenoroff had attempted to steal over $1.1 billion dollars from financial institutions and, according to press reports, had successfully carried out such operations against banks in Bangladesh, India, Mexico, Pakistan, Philippines, South Korea, Taiwan, Turkey, Chile, and Vietnam.” continues the US Treasury.

Andariel, is another Lazarus subgroup that focuses in targeting businesses, government agencies, and individuals. In conducted multiple attacks aimed at stealing bank card information and on ATMs.

Andariel carried out cyber attacks against online gambling and poker sites.

The sanctions placed by the US Treasury aim to lock the access to the global financial system and to freeze any assets held under US jurisdiction.

“As a result of today’s action, all property and interests in property of these entities, and of any entities that are owned, directly or indirectly, 50 percent or more by the designated entities, that are in the United States or in the possession or control of U.S. persons are blocked and must be reported to OFAC.” states the US Treasury. “OFAC’s regulations generally prohibit all dealings by U.S. persons or within (or transiting) the United States that involve any property or interests in property of blocked or designated persons. “

Pierluigi Paganini

(SecurityAffairs – North Korea, hacking)

The post The US Treasury placed sanctions on North Korea linked APT Groups appeared first on Security Affairs.

WatchBog cryptomining botnet now uses Pastebin for C2

A new cryptocurrency-mining botnet tracked as WatchBog is heavily using the Pastebin service for command and control (C&C) operations.

Cisco Talos researchers discovered a new cryptocurrency-mining botnet tracked as WatchBog is heavily using the Pastebin service for command and control.

The WatchBog bot is a Linux-based malware that is active since last year, it targets systems to mine for the Monero virtual currency.

“Cisco Incident Response (CSIRS) recently responded to an incident involving the Watchbog cryptomining botnet. The attackers were able to exploit CVE-2018-1000861 to gain a foothold and install the Watchbog malware on the affected systems.” states the analysis published by Cisco Talos.

“This Linux-based malware relied heavily on Pastebin for command and control (C2) and operated openly. CSIRS gained an accurate understanding of the attacker’s intentions and abilities on a customer’s network by analyzing the various Pastebins.”

Recently, experts at Intezer researchers have spotted a strain of the Linux mining that also scans the Internet for Windows RDP servers vulnerable to the Bluekeep.


The new WatchBog variant includes a new spreader module along with exploits for the following recently patched vulnerabilities in Linux applications:

The malware also includes scanners for Jira and Solr flaws along with Brute-forcing module for CouchDB and Redis installs.

The operators behind the WatchBog botnet claim to be able to identify vulnerabilities in enterprise systems “before any ‘real’ hackers could do so,” and offer their protection services. However, every time the operators identify vulnerable hosts, the systems are recruited in the crypto-mining botnet,

“During the investigation, Cisco IR found signs of hosts becoming a part of a separate botnet around the time of the Watchbog activity. This raises serious doubts about the “positive” intentions of this adversary.” continues Talos.

During the installation phase, the bot checks for running processes associated with other cryptocurrency miners, then it will use a script to terminate them.

Then determines whether it can write to various directories, checks the system architecture, and then makes three attempts to download and install a ‘kerberods’ dropper using wget or curl. .

The installation script also retrieves the contents of a Pastebin URL containing a Monero wallet ID and mining information, then it downloads the miner. The script also checks if the ‘watchbog‘ process is running, if it is not founb, the ‘testa‘ or ‘download’ functions are called to install the version of the miner that match the target architecture.

The ‘testa‘ function is used to facilitate the infection process, is responsible for writing the various configuration data used by the miner.

The script downloads encoded Pastebins as a text file and gives it execution permissions. The script finally starts the Watchbog process and deletes the text file.

The ‘download’ function performs similar operations by writing the contents retrieved from various file locations, once determined the target architecture it installs the appropriate miner.

The WatchBog uses SSH for lateral movements, a specific script also checks for the existence of SSH keys into the target systems in the attempt to use it while targeting other systems.

Talos researchers also noticed that threat actors leverage a Python script that scans for open Jenkins and Redis ports on the host’s subnet for lateral movement. Attackers also rely on cron jobs to achieve persistence and attempt to cover their tracks by erasing or overwriting files and logs.

Unpatched web applications vulnerable to known CVEs are a major target for attackers. Adversaries can leverage the vulnerability to gain a foothold into the web server and network environment in which the web server is deployed.” concludes the report. “The best way to prevent such activity would be to ensure that all enterprise web applications are up to date,” Talos notes.

Pierluigi Paganini

(SecurityAffairs – WatchBog, malware)

The post WatchBog cryptomining botnet now uses Pastebin for C2 appeared first on Security Affairs.

Poland to establish Cyberspace Defence Force by 2024

Poland announced it will launch a cyberspace defense force by 2024 composed of around 2,000 soldiers with a deep knowledge in cybersecurity.

The Polish Defence Ministry Mariusz Blaszczak has approved the creation of a cyberspace defence force by 2024, it will be composed of around 2,000 soldiers with deep expertise in cybersecurity.

The news was reported by AFP, Blaszczak announced that the cyber command unit would start its operations in 2022.

“We’re well aware that in today’s world it’s possible to influence the situation in states by using these methods (cyberwar),” Mariusz Blaszczak told to local media at a military cyber training centre in Zegrze.

Poland Cyberspace Defence Force

The defence ministry is already looking for talent with the help of the HackYeah hackathon, it is already offering cash prizes to most skilled hackers. The HackYeah hackathon is one of the most important hacking events in Europe and according to the Polish government, it will attract the many talents and will incentive youngsters in a new profession.

The Ministry also added that Poland would have enough IT graduates by 2024 to provide the force with 2,000 personnel qualified in cyberdefense.

“Poland’s defense ministry is already looking for talent by partnering with the HackYeah hackathon to offer a total of 30,000 zlotys (6,900 euros, $7,650) in cash prizes for top hackers, according to a post the ministry’s website.” states the AFP agency.

Pierluigi Paganini

(SecurityAffairs – Poland, Cyberspace Defense Force)

The post Poland to establish Cyberspace Defence Force by 2024 appeared first on Security Affairs.