Connor Jones reports via The Register: A Ukrainian cybercrime kingpin who ran some of the most pervasive malware operations faces 40 years in prison after spending nearly a decade on the FBI's Cyber Most Wanted List. Vyacheslav Igorevich Penchukov, 37, pleaded guilty this week in the US to two charges related to his leadership role in both the Zeus and IcedID malware operations that netted millions of dollars in the process. Penchukov's plea will be seen as the latest big win for US law enforcement in its continued fight against cybercrime and those that enable it. However, authorities took their time getting him in 'cuffs. [...]

"Malware like IcedID bleeds billions from the American economy and puts our critical infrastructure and national security at risk," said US attorney Michael Easley for the eastern district of North Carolina. "The Justice Department and FBI Cyber Squad won't stand by and watch it happen, and won't quit coming for the world's most wanted cybercriminals, no matter where they are in the world. This operation removed a key player from one of the world's most notorious cybercriminal rings. Extradition is real. Anyone who infects American computers had better be prepared to answer to an American judge."

This week, he admitted one count of conspiracy to commit a racketeer influenced and corrupt organizations (RICO) act offense relating to Zeus, and one count of conspiracy to commit wire fraud in relation to IcedID. Each count carries a maximum sentence of 20 years. His sentencing date is set for May 9, 2024. Zeus malware, a banking trojan that formed a botnet for financial theft, caused over $100 million in losses before its 2014 dismantlement. Its successor, SpyEye, incorporated enhanced features for financial fraud. Despite the 2014 takedown of Zeus, Penchukov moved on to lead IcedID, a similar malware first found in 2017. IcedID evolved from banking fraud to ransomware, severely affecting the University of Vermont Medical Center in 2020 with over $30 million in damages.

An anonymous reader quotes a report from BleepingComputer: A new iOS and Android trojan named 'GoldPickaxe' employs a social engineering scheme to trick victims into scanning their faces and ID documents, which are believed to be used to generate deepfakes for unauthorized banking access. The new malware, spotted by Group-IB, is part of a malware suite developed by the Chinese threat group known as 'GoldFactory,' which is responsible for other malware strains such as 'GoldDigger', 'GoldDiggerPlus,' and 'GoldKefu.' Group-IB says its analysts observed attacks primarily targeting the Asia-Pacific region, mainly Thailand and Vietnam. However, the techniques employed could be effective globally, and there's a danger of them getting adopted by other malware strains. [...]

For iOS (iPhone) users, the threat actors initially directed targets to a TestFlight URL to install the malicious app, allowing them to bypass the normal security review process. When Apple remove the TestFlight app, the attackers switched to luring targets into downloading a malicious Mobile Device Management (MDM) profile that allows the threat actors to take control over devices. Once the trojan has been installed onto a mobile device in the form of a fake government app, it operates semi-autonomously, manipulating functions in the background, capturing the victim's face, intercepting incoming SMS, requesting ID documents, and proxying network traffic through the infected device using 'MicroSocks.'

Group-IB says the Android version of the trojan performs more malicious activities than in iOS due to Apple's higher security restrictions. Also, on Android, the trojan uses over 20 different bogus apps as cover. For example, GoldPickaxe can also run commands on Android to access SMS, navigate the filesystem, perform clicks on the screen, upload the 100 most recent photos from the victim's album, download and install additional packages, and serve fake notifications. The use of the victims' faces for bank fraud is an assumption by Group-IB, also corroborated by the Thai police, based on the fact that many financial institutes added biometric checks last year for transactions above a certain amount.

An anonymous reader shares a report: More than 1,000 Ubiquiti routers in homes and small businesses were infected with malware used by Russian-backed agents to coordinate them into a botnet for crime and spy operations, according to the Justice Department. That malware, which worked as a botnet for the Russian hacking group Fancy Bear, was removed in January 2024 under a secret court order as part of "Operation Dying Ember," according to the FBI's director. It affected routers running Ubiquiti's EdgeOS, but only those that had not changed their default administrative password. Access to the routers allowed the hacking group to "conceal and otherwise enable a variety of crimes," the DOJ claims, including spearphishing and credential harvesting in the US and abroad.

Unlike previous attacks by Fancy Bear -- that the DOJ ties to GRU Military Unit 26165, which is also known as APT 28, Sofacy Group, and Sednit, among other monikers -- the Ubiquiti intrusion relied on a known malware, Moobot. Once infected by "Non-GRU cybercriminals," GRU agents installed "bespoke scripts and files" to connect and repurpose the devices, according to the DOJ. The DOJ also used the Moobot malware to copy and delete the botnet files and data, according to the DOJ, and then changed the routers' firewall rules to block remote management access. During the court-sanctioned intrusion, the DOJ "enabled temporary collection of non-content routing information" that would "expose GRU attempts to thwart the operation." This did not "impact the routers' normal functionality or collect legitimate user content information," the DOJ claims. "For the second time in two months, we've disrupted state-sponsored hackers from launching cyber-attacks behind the cover of compromised US routers," said Deputy Attorney General Lisa Monaco in a press release.

On Tuesday, The Independent, Tom's Hardware, and many other tech outlets reported on a story about how three million smart toothbrushes were used in a DDoS attack. The only problem? It "didn't actually happen," writes Jason Koebler via 404 Media. "There are no additional details about this apparent attack, and most of the article cites general research by a publicly traded cybersecurity company called Fortinet which has detected malicious, hijacked internet of things devices over the years. A search on Fortinet's website shows no recent published research about hacked smart toothbrushes." From the report: The original article, called "The toothbrushes are attacking," starts with the following passage: "She's at home in the bathroom, but she's part of a large-scale cyber attack. The electric toothbrush is programmed with Java, and criminals have unnoticed installed malware on it - like on 3 million other toothbrushes. One command is enough and the remote-controlled toothbrushes simultaneously access the website of a Swiss company. The site collapses and is paralyzed for four hours. Millions of dollars in damage is caused. This example, which seems like a Hollywood scenario, actually happened. It shows how versatile digital attacks have become." [...]

The "3 million hacked smart toothbrushes" story has now been viral for more than 24 hours and literally no new information about it has emerged despite widespread skepticism from people in the security industry and its virality. The two Fortinet executives cited in the original report did not respond to an email and LinkedIn message seeking clarification, and neither did Fortinet's PR team. The author of the Aargauer Zeitung story also did not respond to a request for more information. I called Fortinet's headquarters, asked to speak to the PR contact listed on the press release about its earnings, which was published after the toothbrush news began to go viral, and was promptly disconnected. The company has continued to tweet about other, unrelated things. They have not responded to BleepingComputer either, nor the many security researchers who are asking for further proof that this actually happened. While we don't know how this happened, Fortinet has been talking specifically about the dangers of internet-connected toothbrushes for years, and has been using it as an example in researcher talks. In a statement to 404 Media, Fortinet said "To clarify, the topic of toothbrushes being used for DDoS attacks was presented during an interview as an illustration of a given type of attack, and it is not based on research from Fortinet or FortiGuard Labs. It appears that due to translations the narrative on this topic has been stretched to the point where hypothetical and actual scenarios are blurred."

The Chinese state-sponsored hacking group known as Volt Typhoon has been living in the networks of some critical industries for "at least five years," (non-paywalled link) according to a joint cybersecurity advisory issued by the US and its allies on Wednesday. From a report: The compromised environments are in the continental US and elsewhere, including Guam, the advisory said. It was published by US agencies and their security counterparts in Australia, Canada, the UK and New Zealand. The report comes a week after US officials announced an operation to disrupt Volt Typhoon by deleting malware from thousands of internet-connected devices the group had hijacked to gain access to the networks in critical parts of the economy. Among the sectors targeted were communications, energy, transportation and water systems.

Linux developers are in the process of patching a high-severity vulnerability that, in certain cases, allows the installation of malware that runs at the firmware level, giving infections access to the deepest parts of a device where they're hard to detect or remove. ArsTechnica: The vulnerability resides in shim, which in the context of Linux is a small component that runs in the firmware early in the boot process before the operating system has started. More specifically, the shim accompanying virtually all Linux distributions plays a crucial role in secure boot, a protection built into most modern computing devices to ensure every link in the boot process comes from a verified, trusted supplier. Successful exploitation of the vulnerability allows attackers to neutralize this mechanism by executing malicious firmware at the earliest stages of the boot process before the Unified Extensible Firmware Interface firmware has loaded and handed off control to the operating system.

The vulnerability, tracked as CVE-2023-40547, is what's known as a buffer overflow, a coding bug that allows attackers to execute code of their choice. It resides in a part of the shim that processes booting up from a central server on a network using the same HTTP that the the web is based on. Attackers can exploit the code-execution vulnerability in various scenarios, virtually all following some form of successful compromise of either the targeted device or the server or network the device boots from. "An attacker would need to be able to coerce a system into booting from HTTP if it's not already doing so, and either be in a position to run the HTTP server in question or MITM traffic to it," Matthew Garrett, a security developer and one of the original shim authors, wrote in an online interview. "An attacker (physically present or who has already compromised root on the system) could use this to subvert secure boot (add a new boot entry to a server they control, compromise shim, execute arbitrary code)."

New submitter Dustin Destree shares a report: Android users in Singapore will be blocked from installing apps from unverified sources, a process called sideloading, as part of a new trial by Google to crack down on malware scams. The security tool will work in the background to detect apps that demand suspicious permissions, like those that grant the ability to spy on screen content or read SMS messages, which scammers have been known to abuse to intercept one-time passwords. Singapore is the first country to begin the gradual roll-out of the security feature over the next few weeks, done in collaboration with the Cyber Security Agency of Singapore, according to a statement on Feb 7 by Google, which develops the Android software.

An anonymous reader quotes a report from Tom's Hardware: According to a recent report published by the Aargauer Zeitung (h/t Golem.de), around three million smart toothbrushes have been infected by hackers and enslaved into botnets. The source report says this sizable army of connected dental cleansing tools was used in a DDoS attack on a Swiss company's website. The firm's site collapsed under the strain of the attack, reportedly resulting in the loss of millions of Euros of business. In this particular case, the toothbrush botnet was thought to have been vulnerable due to its Java-based OS. No particular toothbrush brand was mentioned in the source report. Normally, the toothbrushes would have used their connectivity for tracking and improving user oral hygiene habits, but after a malware infection, these toothbrushes were press-ganged into a botnet.

Stefan Zuger from the Swiss branch of the global cybersecurity firm Fortinet provided the publication with a few tips on what people could do to protect their own toothbrushes -- or other connected gadgetry like routers, set-top boxes, surveillance cameras, doorbells, baby monitors, washing machines, and so on. "Every device that is connected to the Internet is a potential target -- or can be misused for an attack," Zuger told the Swiss newspaper. The security expert also explained that every connected device was being continually probed for vulnerabilities by hackers, so there is a real arms race between device software/firmware makers and cyber criminals. Fortinet recently connected an 'unprotected' PC to the internet and found it took only 20 minutes before it became malware-ridden. UPDATE 1/7/24: This attack "didn't actually happen," writes Jason Koebler via 404 Media. "There are no additional details about this apparent attack, and most of the article cites general research by a publicly traded cybersecurity company called Fortinet which has detected malicious, hijacked internet of things devices over the years. A search on Fortinet's website shows no recent published research about hacked smart toothbrushes."

The cybersecurity firm Fortinet said in a statement: "To clarify, the topic of toothbrushes being used for DDoS attacks was presented during an interview as an illustration of a given type of attack, and it is not based on research from Fortinet or FortiGuard Labs. It appears that due to translations the narrative on this topic has been stretched to the point where hypothetical and actual scenarios are blurred. FortiGuard Labs has not observed Mirai or other IoT botnets target toothbrushes or similar embedded devices."

Government hackers last year exploited three unknown vulnerabilities in Apple's iPhone operating system to target victims with spyware developed by a European startup, according to Google. TechCrunch: On Tuesday, Google's Threat Analysis Group, the company's team that investigates nation-backed hacking, published a report analyzing several government campaigns conducted with hacking tools developed by several spyware and exploit sellers, including Barcelona-based startup Variston. In one of the campaigns, according to Google, government hackers took advantage of three iPhone "zero-days," which are vulnerabilities not known to Apple at the time they were exploited. In this case, the hacking tools were developed by Variston, a surveillance and hacking technology startup whose malware has already been analyzed twice by Google in 2022 and 2023.

Google said it discovered the unknown Variston customer using these zero-days in March 2023 to target iPhones in Indonesia. The hackers delivered an SMS text message containing a malicious link that infected the target's phone with spyware, and then redirected the victim to a news article by the Indonesian newspaper Pikiran Rakyat. Google did not say who was Variston's government customer in this case.

"China's hackers are positioning on American infrastructure in preparation to wreak havoc and cause real-world harm to American citizens and communities, if or when China decides the time has come to strike," said FBI Director Christopher Wray in a prepared testimony before the House Select Committee on the Chinese Communist Party. NBC News reports: Wray also argued that "there has been far too little public focus" that Chinese hackers are targeting critical infrastructure in the U.S. such as water treatment plants, electrical grids, oil and natural gas pipelines, and transportation systems, according to the prepared remarks. "And the risk that poses to every American requires our attention -- now," his prepared testimony said.

As Wray testified, the Justice Department and FBI announced they had disabled a Chinese hacking operation that had infected hundreds of small office and home routers with botnet malware that targeted critical infrastructure. The DOJ said the hackers, known to the private sector as "Volt Typhoon," used privately owned small routers that were infected with "KV botnet" malware to conceal further Chinese hacking activities against U.S. and foreign victims. Wray addressed the malware in his testimony, emphasizing that it targets critical infrastructure in the U.S. [...]

At Wednesday's hearing, the director of the federal Cybersecurity and Infrastructure Security Agency, Jen Easterly, testified that Americans should expect efforts by China to wage influence campaigns online relating to the 2024 election. However, Easterly added that she was confident that voting systems and other election infrastructure are well-defended. "To be very clear, Americans should have confidence in the integrity of our election infrastructure because of the enormous amount of work that's been done by state and local election officials, by the federal government, by vendors, by the private sector since 2016," Easterly said in her testimony.

Wray emphasized in the remarks that the "cyber onslaught" of Chinese hackers "goes way beyond prepositioning for future conflict," saying in the prepared remarks that every day the hackers are "actively attacking" U.S. economic security, engaging in "wholesale theft of our innovation, and our personal and corporate data." "And they don't just hit our security and economy. They target our freedoms, reaching inside our borders, across America, to silence, coerce, and threaten our citizens and residents," the excerpts said.

The iPhone's app ecosystem is about to go through its biggest shake-up since the App Store launched in 2008. Today, Apple announced how it plans to change the rules for developers releasing iOS software in the European Union in response to the bloc's Digital Markets Act (DMA) coming into force in March. The big news is that third-party app stores will be allowed on iOS for the first time, breaking the Apple App Store's position as the sole distributor of iPhone apps. The changes will arrive with iOS 17.4 in March. From a report: Here's how the new "alternative app marketplaces," as Apple called them, will work. Users in the EU and on iOS 17.4 will be able to download a marketplace from that marketplace's website. In order to be used on an iPhone, those marketplaces have to go through Apple's approval process, and once you download one, you have to explicitly give it permission to download apps to your device. But once the marketplace is approved and on your device, you can download anything you want -- including apps that violate App Store guidelines. You can even set a non-App Store marketplace as the default on your device.

Developers, meanwhile, can choose whether to use Apple's payment services and in-app purchases or integrate a third-party system for payments without paying an additional fee to Apple. If the developer wants to stick with Apple's existing in-app payment system, there's an additional 3 percent processing fee. Apple still plans to keep a close eye on the app distribution process. All apps must be "notarized" by Apple, and distribution through third-party marketplaces is still managed by Apple's systems. Developers will only be allowed to distribute a single version of their app across different app stores, and they'll still have to abide by some basic platform requirements, like getting scanned for malware. Apple says that anyone looking to develop an alternative app marketplace will have to provide evidence that it can financially "guarantee support for developers and customers." Apple wants "a stand-by letter of credit from an A-rated (or equivalent by S&P, Fitch, or Moody's) financial Institution of 1 million Euro prior to receiving the entitlement. It will need to be auto-renewed on a yearly basis."

The Seattle Times reports: Concerns have grown in recent weeks about data privacy and the ongoing impacts of a recent Fred Hutchinson Cancer Center cyberattack that leaked personal information of about 1 million patients last November. Since the breach, which hit the South Lake Union cancer research center's clinical network and has led to a host of email threats from hackers and lawsuits against Fred Hutch, menacing messages from perpetrators have escalated.

Some patients have started to receive "swatting" threats, in addition to spam emails warning people that unless they pay a fee, their names, Social Security and phone numbers, medical history, lab results and insurance history will be sold to data brokers and on black markets. Steve Bernd, a spokesperson for FBI Seattle, said last week there's been no indication of any criminal swatting events... Other patients have been inundated with spam emails since the breach...

According to The New York Times, large data breaches like this are becoming more common. In the first 10 months of 2023, more than 88 million individuals had their medical data exposed, according to the Department of Health and Human Services. Meanwhile, the number of reported ransomware incidents, when a specific malware blocks a victim's personal data until a ransom is paid, has decreased in recent years — from 516 in 2021 to 423 in 2023, according to Bernd of FBI Seattle. In Washington, the number dropped from 84 to 54 in the past three years, according to FBI data.
Fred Hutchinson Cancer Center believes their breach was perpetrated outside the U.S. by exploiting the "Citrix Bleed" vulnerability (which federal cybersecurity officials warn can allow the bypassing of passwords and mutifactor authentication measures).

The article adds that in late November, the Department of Health and Human Services' Health Sector Cybersecurity Coordination Center "urged hospitals and other organizations that used Citrix to take immediate action to patch network systems in order to protect against potentially significant ransomware threats."

Google researchers say they have evidence that a notorious Russian-linked hacking group -- tracked as "Cold River" -- is evolving its tactics beyond phishing to target victims with data-stealing malware. From a report: Cold River, also known as "Callisto Group" and "Star Blizzard," is known for conducting long-running espionage campaigns against NATO countries, particularly the United States and the United Kingdom. Researchers believe the group's activities, which typically target high-profile individuals and organizations involved in international affairs and defense, suggest close ties to the Russian state. U.S. prosecutors in December indicted two Russian nationals linked to the group.

Google's Threat Analysis Group (TAG) said in new research this week that it has observed Cold River ramping up its activity in recent months and using new tactics capable of causing more disruption to its victims, predominantly targets in Ukraine and its NATO allies, academic institutions and non-government organizations. These latest findings come soon after Microsoft researchers reported that the Russia-aligned hacking group had improved its ability to evade detection. In research shared with TechCrunch ahead of its publication on Thursday, TAG researchers say that Cold River has continued to shift beyond its usual tactic of phishing for credentials to delivering malware via campaigns using PDF documents as lures.

An anonymous reader quotes a report from BleepingComputer: Have I Been Pwned has added almost 71 million email addresses associated with stolen accounts in the Naz.API dataset to its data breach notification service. The Naz.API dataset is a massive collection of 1 billion credentials compiled using credential stuffing lists and data stolen by information-stealing malware. Credential stuffing lists are collections of login name and password pairs stolen from previous data breaches that are used to breach accounts on other sites.

Information-stealing malware attempts to steal a wide variety of data from an infected computer, including credentials saved in browsers, VPN clients, and FTP clients. This type of malware also attempts to steal SSH keys, credit cards, cookies, browsing history, and cryptocurrency wallets. The stolen data is collected in text files and images, which are stored in archives called "logs." These logs are then uploaded to a remote server to be collected later by the attacker. Regardless of how the credentials are stolen, they are then used to breach accounts owned by the victim, sold to other threat actors on cybercrime marketplaces, or released for free on hacker forums to gain reputation amongst the hacking community.

The Naz.API is a dataset allegedly containing over 1 billion lines of stolen credentials compiled from credential stuffing lists and from information-stealing malware logs. It should be noted that while the Naz.API dataset name includes the word "Naz," it is not related to network attached storage (NAS) devices. This dataset has been floating around the data breach community for quite a while but rose to notoriety after it was used to fuel an open-source intelligence (OSINT) platform called illicit.services. This service allows visitors to search a database of stolen information, including names, phone numbers, email addresses, and other personal data. The service shut down in July 2023 out of concerns it was being used for Doxxing and SIM-swapping attacks. However, the operator enabled the service again in September. Illicit.services use data from various sources, but one of its largest sources of data came from the Naz.API dataset, which was shared privately among a small number of people. Each line in the Naz.API data consists of a login URL, its login name, and an associated password stolen from a person's device, as shown [here]. "Here's the back story: this week I was contacted by a well-known tech company that had received a bug bounty submission based on a credential stuffing list posted to a popular hacking forum," explained Troy Hunt, the creator of Have I Been Pwned, in blog post. "Whilst this post dates back almost 4 months, it hadn't come across my radar until now and inevitably, also hadn't been sent to the aforementioned tech company."

"They took it seriously enough to take appropriate action against their (very sizeable) user base which gave me enough cause to investigate it further than your average cred stuffing list."

To check if your credentials are in the Naz.API dataset, you can visit Have I Been Pwned.

An increase in cyber attacks on the healthcare sector is jeopardising patient safety, and prompting some governments to publish new cyber security standards. From a report: Publicly disclosed global cyber security breaches between January and September last year showed that the healthcare sector suffered more attacks (241) than any other sector, ahead of government (147), and information technology including software, hardware and IT services (91), according to research by Omdia, a technology research provider. The most common type of cyber breach in healthcare was hacking, followed by supply chain attacks, "phishing" (where cyber criminals pose as legitimate organisations to trick people into disclosing passwords and payment details), and "ransomware," in which hackers use malicious software -- "malware" -- to encrypt data until the victim pays a ransom to unlock it.

"The healthcare sector is such a tempting target [for cyber security criminals] because ... you can put lives at risk," says James Lewis, a cyber security expert at the Center for Strategic and International Studies, a US think-tank. The UK's National Health Service has been hit by significant ransomware attacks. In 2017, the "WannaCry" attack is estimated to have cost the NHS $116.3mn and caused the cancellation of 19,000 patient appointments. Another hacking, in 2022, took down the non-emergency 111 service, and disrupted management systems for mental health services and emergency prescriptions.

An anonymous reader quotes a report from SecurityWeek.com: A Dutch engineer recruited by the country's intelligence services used a water pump to deploy the now-infamous Stuxnet malware in an Iranian nuclear facility, according to a two-year investigation conducted by Dutch newspaper De Volkskrant. Stuxnet, whose existence came to light in 2010, is widely believed to be the work of the United States and Israel, its goal being to sabotage Iran's nuclear program by compromising industrial control systems (ICS) associated with nuclear centrifuges. The malware, which had worm capabilities, is said to have infected hundreds of thousands of devices and caused physical damage to hundreds of machines.

De Volkskrant's investigation, which involved interviews with dozens of people, found that the AIVD, the general intelligence and security service of the Netherlands, the Dutch equivalent of the CIA, recruited Erik van Sabben, a then 36-year-old Dutch national working at a heavy transport company in Dubai. Van Sabben was allegedly recruited in 2005 -- a couple of years before the Stuxnet malware was triggered -- after American and Israeli intelligence agencies asked their Dutch counterpart for help. However, the Dutch agency reportedly did not inform its country's government and it was not aware of the full extent of the operation. Van Sabben was described as perfect for the job as he had a technical background, he was doing business in Iran and was married to an Iranian woman.

It's believed that the Stuxnet malware was planted on a water pump that the Dutch national installed in the nuclear complex in Natanz, which he had infiltrated. It's unclear if Van Sabben knew exactly what he was doing, but his family said he appeared to have panicked at around the time of the Stuxnet attack. [...] Michael Hayden, who at the time was the chief of the CIA, did agree to talk to De Volkskrant, but could not confirm whether Stuxnet was indeed delivered via water pumps due to it still being classified information. One interesting piece of information that has come to light in De Volkskrant's investigation is that Hayden reportedly told one of the newspaper's sources that it cost between $1 and $2 billion to develop Stuxnet.

Previously unknown self-replicating malware has been infecting Linux devices worldwide, installing cryptomining malware using unusual concealment methods. The worm is a customized version of Mirai botnet malware, which takes control of Linux-based internet-connected devices to infect others. Mirai first emerged in 2016, delivering record-setting distributed denial-of-service attacks by compromising vulnerable devices. Once compromised, the worm self-replicates by scanning for and guessing credentials of additional vulnerable devices. While traditionally used for DDoS attacks, this latest variant focuses on covert cryptomining. ArsTechnica adds: On Wednesday, researchers from network security and reliability firm Akamai revealed that a previously unknown Mirai-based network they dubbed NoaBot has been targeting Linux devices since at least last January. Instead of targeting weak telnet passwords, the NoaBot targets weak passwords connecting SSH connections. Another twist: Rather than performing DDoSes, the new botnet installs cryptocurrency mining software, which allows the attackers to generate digital coins using victims' computing resources, electricity, and bandwidth. The cryptominer is a modified version of XMRig, another piece of open source malware. More recently, NoaBot has been used to also deliver P2PInfect, a separate worm researchers from Palo Alto Networks revealed last July.

Akamai has been monitoring NoaBot for the past 12 months in a honeypot that mimics real Linux devices to track various attacks circulating in the wild. To date, attacks have originated from 849 distinct IP addresses, almost all of which are likely hosting a device that's already infected. The following figure tracks the number of attacks delivered to the honeypot over the past year.

An anonymous reader quotes a report from Reuters: Russian hackers were inside Ukrainian telecoms giant Kyivstar's system from at least May last year in a cyberattack that should serve as a "big warning" to the West, Ukraine's cyber spy chief told Reuters. The hack, one of the most dramatic since Russia's full-scale invasion nearly two years ago, knocked out services provided by Ukraine's biggest telecoms operator for some 24 million users for days from Dec. 12. In an interview, Illia Vitiuk, head of the Security Service of Ukraine's (SBU) cybersecurity department, disclosed exclusive details about the hack, which he said caused "disastrous" destruction and aimed to land a psychological blow and gather intelligence. "This attack is a big message, a big warning, not only to Ukraine, but for the whole Western world to understand that no one is actually untouchable," he said. He noted Kyivstar was a wealthy, private company that invested a lot in cybersecurity.

The attack wiped "almost everything", including thousands of virtual servers and PCs, he said, describing it as probably the first example of a destructive cyberattack that "completely destroyed the core of a telecoms operator." During its investigation, the SBU found the hackers probably attempted to penetrate Kyivstar in March or earlier, he said in a Zoom interview on Dec. 27. "For now, we can say securely, that they were in the system at least since May 2023," he said. "I cannot say right now, since what time they had ... full access: probably at least since November." The SBU assessed the hackers would have been able to steal personal information, understand the locations of phones, intercept SMS-messages and perhaps steal Telegram accounts with the level of access they gained, he said. A Kyivstar spokesperson said the company was working closely with the SBU to investigate the attack and would take all necessary steps to eliminate future risks, adding: "No facts of leakage of personal and subscriber data have been revealed."

Investigating the attack is harder because of the wiping of Kyivstar's infrastructure. Vitiuk said he was "pretty sure" it was carried out by Sandworm, a Russian military intelligence cyberwarfare unit that has been linked to cyberattacks in Ukraine and elsewhere. A year ago, Sandworm penetrated a Ukrainian telecoms operator, but was detected by Kyiv because the SBU had itself been inside Russian systems, Vitiuk said, declining to identify the company. The earlier hack has not been previously reported. Vitiuk said SBU investigators were still working to establish how Kyivstar was penetrated or what type of trojan horse malware could have been used to break in, adding that it could have been phishing, someone helping on the inside or something else. If it was an inside job, the insider who helped the hackers did not have a high level of clearance in the company, as the hackers made use of malware used to steal hashes of passwords, he said. Samples of that malware have been recovered and are being analysed, he added.

Orange Espana, Spain's second-biggest mobile operator, suffered a major outage on Wednesday after an unknown party obtained a "ridiculously weak" password and used it to access an account for managing the global routing table that controls which networks deliver the company's Internet traffic, researchers said. From a report: The hijacking began around 9:28 Coordinated Universal Time (about 2:28 Pacific time) when the party logged into Orange's RIPE NCC account using the password "ripeadmin" (minus the quotation marks). The RIPE Network Coordination Center is one of five Regional Internet Registries, which are responsible for managing and allocating IP addresses to Internet service providers, telecommunication organizations, and companies that manage their own network infrastructure. RIPE serves 75 countries in Europe, the Middle East, and Central Asia.

The password came to light after the party, using the moniker Snow, posted an image to social media that showed the orange.es email address associated with the RIPE account. RIPE said it's working on ways to beef up account security. Security firm Hudson Rock plugged the email address into a database it maintains to track credentials for sale in online bazaars. In a post, the security firm said the username and "ridiculously weak" password were harvested by information-stealing malware that had been installed on an Orange computer since September. The password was then made available for sale on an infostealer marketplace.

Security researchers say info-stealing malware can still access victims' compromised Google accounts even after passwords have been changed. From a report: A zero-day exploit of Google account security was first teased by a cybercriminal known as "PRISMA" in October 2023, boasting that the technique could be used to log back into a victim's account even after the password is changed. It can also be used to generate new session tokens to regain access to victims' emails, cloud storage, and more as necessary. Since then, developers of infostealer malware -- primarily targeting Windows, it seems -- have steadily implemented the exploit in their code. The total number of known malware families that abuse the vulnerability stands at six, including Lumma and Rhadamanthys, while Eternity Stealer is also working on an update to release in the near future.

Eggheads at CloudSEK say they found the root of the exploit to be in the undocumented Google OAuth endpoint "MultiLogin." The exploit revolves around stealing victims' session tokens. That is to say, malware first infects a person's PC -- typically via a malicious spam or a dodgy download, etc -- and then scours the machine for, among other things, web browser session cookies that can be used to log into accounts.