Torrance, United States / California, 9th January 2025, CyberNewsWire

**Torrance, United States / California, January 9th, 2025, CyberNewsWire**

Criminal IP, a globally recognized Cyber Threat Intelligence (CTI) solution by AI SPERA, has launched its **Criminal IP Malicious Link Detector** add-in on the Microsoft Marketplace. This cutting-edge tool provides real-time phishing email detection and URL blocking for Microsoft Outlook, adding an essential layer of email security in the face of increasing cyber threats.

Advances in generative AI have driven a surge in sophisticated phishing attacks that are increasingly difficult to distinguish from legitimate communications. The Criminal IP Malicious Link Detector combats these threats by analyzing email links in real-time, detecting and blocking phishing URLs and malicious domains. Fully integrated with Microsoft Outlook and available for free, it provides robust protection for both individuals and organizations.

**Case Study: Phishing Email Targeting Cryptocurrency Wallet Users**

In one instance, Criminal IP detected a phishing email targeting Trust Wallet users. The email contained links disguised as official pages, aiming to deceive users into downloading malware. The Criminal IP Malicious Link Detector swiftly identified and blocked these malicious URLs in real-time, averting potential harm.

**Getting Started with the Criminal IP Malicious Link Detector**

Using the tool is straightforward:

1.     **Signing Up:** Creating an account on the Criminal IP platform.

2.    **Installing the Add-In:** Downloading and integrating the add-in from Microsoft Marketplace.

3.    **Start Scanning:** Email links are automatically scanned upon login, with results displayed instantly.

As cyber threats evolve rapidly, the **Criminal IP Malicious Link Detector** ensures the users’ emails are protected against phishing links and malicious URLs. Download it today to stay ahead of emerging cyber risks and strengthen email security.

**About AI SPERA**

AI SPERA, renowned for its advanced solutions, has expanded internationally, with ‘Criminal IP’ as its flagship offering. Operating in more than 150 countries, ‘Criminal IP’ is backed by enterprise-grade security solutions like ‘Criminal IP ASM’ and ‘Criminal IP FDS’. Strategic partnerships with global leaders such as Cisco, VirusTotal, and Quad9 have significantly enhanced ‘Criminal IP’s capabilities. AI SPERA’s ‘Criminal IP’ has recently entered the marketplace of major US data warehousing platforms, including Amazon Web Services (AWS), Microsoft Azure, and Snowflake, expanding its global reach for threat data.

**Contact**

**Michael Sena**  
**\[email protected\]**

Criminal IP Launches Real-Time Phishing Detection Tool on Microsoft Marketplace

Attackers are abusing a Microsoft 365 feature to send payment requests to users, tricking them into logging in to their accounts so attackers can seize control over them.

Source: Robert Wilkinson via Alamy Stock Photo

An unconventional phishing campaign convincingly impersonates online payments service PayPal to try to trick users into logging in to their accounts to make a payment; in reality, the login allows attackers to take over an account. The novel part of the attack is the abuse of a legitimate feature within Microsoft 365 to create a test domain, which then allows the attackers to create an email distribution list that makes the payment-request messages appear to be legitimately sent from PayPal.

Carl Windsor, CISO for Fortinet Labs, discovered the campaign when he himself was targeted by it, he revealed in a blog post published today.

Windsor received a request in his inbox from a sender with a nonspoofed PayPal email address seeking a payment of $2,185.96. The person requesting the money was someone called Brian Oistad, and aside from the "to" address not being Windsor's email address —  it was addressed to Billingdepartments1\[@\]gkjyryfjy876.onmicrosoft.com —  there were few obvious signs it was not a genuine email, he said.

"What's interesting about this attack is that it doesn’t use traditional phishing methods," Windsor wrote. "The email, the URLs, and everything else are perfectly valid."

That validity might persuade an average email user to click on the link in the email, which redirects them to a PayPal login page showing a request for payment.

Related:PhishWP Plug-in Hijacks WordPress E-Commerce Checkouts

At this point, "some folks might be tempted to log in with their account details, however, this would be extremely dangerous," he wrote. That's because the login page links the target's PayPal account address with the address it was sent to — Billingdepartments1\[@\]gkjyryfjy876.onmicrosoft.com, controlled by the attacker — not their own email address.

**Abusing Microsoft 365 Test Domains for Cybercrime**

The campaign works because the scammer appears to have registered a Microsoft 365 test domain — which is free for three months — and then created a distribution list containing target emails. This allows any messages sent from the domain to bypass standard email security checks, Windsor explained in the post.

Then, "on the PayPal Web portal, they simply request the money and add the distribution list as the address," he wrote.

This money request is then distributed to the targeted victims, and the Microsoft 365 Sender Rewrite Scheme (SRS) rewrites the sender to, for example, "bounces+SRS=onDJv=S6\[@\]5ln7g7.onmicrosoft.com, which will pass the SPF/DKIM/DMARC check," Windsor added.

"Once the panicking victim logs in to see what is going on, the scammer’s account (Billingdepartments1\[@\]gkjyryfjy876.onmicrosoft.com) gets linked to the victim’s account," he wrote. "The scammer can then take control of the victim's PayPal account — a neat trick … \[that\] would sneak past even PayPal’s own phishing check instructions."

Related:Thousands of BeyondTrust Systems Remain Exposed

Indeed, abusing a vendor feature to deliver the phishing message does give the attackers a stealthy advantage when it comes to bypassing typical email security, a security expert notes.

"The emails are sent from a verified source and follow an identical template to legitimate messages, such as a standard PayPal payment request," says Elad Luz, head of research at Oasis Security, a provider of non-human identity management. "This makes them difficult for mailbox providers to distinguish from genuine communications."

**Cyber Defense: Create a "Human Firewall" Against Phishing**

Because the attack appears to be a genuine email, the best solution to avoid falling prey to it is what Windsor calls the "human firewall," or "someone who has been trained to be aware and cautious of any unsolicited email, regardless of how genuine it may look," he wrote in the post.

"This, of course, highlights the need to ensure your workforce is receiving the training they need to spot threats like this to keep themselves — and your organization — safe," Windsor noted.

Related:Recorded Future: Russia's 'Undesirable' Designation Is a Compliment

It is also possible to create a rule within email security scanners to "look for multiple conditions that indicate that this email is being sent via a distribution list," to help detect a campaign that uses this vector, he added.

Another potential mitigation is to use artificial intelligence (AI)-based security tools that use neural networks to analyze social graph patterns, among other techniques, "to help spot these hidden interactions by analyzing user behaviors more deeply than static filters," Stephen Kowski, field chief technology officer (CTO) at SlashNext Email Security+, tells Dark Reading.

"That kind of proactive detection engine recognizes unusual group messaging patterns or requests that slip through basic checks," he says. "A thorough inspection of user interaction metadata will catch even this sneaky approach."

**About the Author**

Elizabeth Montalbano is a freelance writer, journalist, and therapeutic writing mentor with more than 25 years of professional experience. Her areas of expertise include technology, business, and culture. Elizabeth previously lived and worked as a full-time journalist in Phoenix, San Francisco, and New York City; she currently resides in a village on the southwest coast of Portugal. In her free time, she enjoys surfing, hiking with her dogs, traveling, playing music, yoga, and cooking.

Unconventional Cyberattacks Aim to Take Over PayPal Accounts

The deal will enhance 1Password Extended Access Management offering with capabilities to address challenges around software-as-a-service sprawl and shadow IT.

Source: blickwinkel via Alamy Stock Photo

NEWS BRIEF

1Password on Monday announced that it has acquired software-as-a-service (SaaS) access management provider Trelica. Although terms of the transaction were not disclosed, 1Password said it is the largest acquisition by company revenue in its 18-year history.

1Password provides password management and other online identity-based services. This acquisition will build on 1Password's effort to expand its Extended Access Management offering, a platform that secures, identities, and manages access and permissions applications and devices, the company said. Launched last year, the platform is designed to ensure that employee devices, identities, and apps are trusted before granting access to enterprise resources.

Founded in 2018, UK-based Trelica offers a suite of tools for managing and securing SaaS applications, such as tools for employee onboarding and offboarding, discovering shadow IT deployments, SaaS operations, spend optimization, and access management. With shadow IT and SaaS sprawl increasing the risk of security breaches, security teams rely on automated application discovery tools to identify unmanaged apps, streamline user provisioning and access governance, and enforce security policies.

"Trelica addresses critical challenges that haven't been solved by traditional solutions like single sign-on (SSO), mobile device management (MDM) and SaaS security posture management (SSPM)," wrote 1Password CEO Jeff Shiner in a blog post announcing the deal. "These include provisioning and de-provisioning users, reclaiming unused licenses, monitoring permission drift, and adjusting access during role changes. Trelica prioritizes IT administrators' most time-consuming tasks while maintaining a secure environment."

With Shadow IT discovery capabilities from Trelica, the 1Password Extended Access Management platform will provide organizations with a repeatable framework for bringing unmanaged apps into full compliance under IT and security management, while empowering employees to use the tools that enhance their productivity, 1Password said in a statement.

Besides 1Password, Trelica lists over 300 SaaS integrations with SaaS providers, including Adobe, Atlassian, Cisco, Google, HubSpot, JFrog, LastPass, ManageEngine, Marketo, Microsoft, Okta, Pax8, Salesforce, SAP, ServiceNow, Snyk, Sophos, TeamViewer, Workday, Workspace One, and Zoom.

**About the Author**

Contributing Writer

Jeffrey Schwartz is a journalist who has covered information security and all forms of business and enterprise IT, including client computing, data center and cloud infrastructure, and application development for more than 30 years. Jeff is a regular contributor to Channel Futures. Previously, he was editor-in-chief of Redmond magazine and contributed to its sister titles Redmond Channel Partner, Application Development Trends, and Virtualization Review. Earlier, he held editorial roles with CommunicationsWeek, InternetWeek, and VARBusiness. Jeff is based in the New York City suburb of Long Island.

1Password Acquires SaaS Access Management Provider Trelica

The malware, found on a Russian cybercriminal site, impersonates e-commerce payment-processing services such as Stripe to steal user payment data from legitimate websites.

Source: Primakov via Shutterstock

A malicious plug-in found on a Russian cybercrime forum turns WordPress sites into phishing pages by creating fake online payment processes that convincingly impersonate trusted checkout services. Masquerading as legitimate e-commerce apps such as Stripe, the malware proceeds to steal customer payment data.

Called PhishWP, the WordPress plug-in was designed by Russian cybercriminals to be particularly deceptive, researchers from SlashNext revealed in findings published this week. In addition to mimicking the legitimate payment process that people would be familiar with to complete online transactions, it also has a key feature that make payment processes on transactions appear secure by allowing users to create one-time passwords (OTPs) during the process, they said.

Instead of processing payments, however, the payment gateway steals credit card numbers, expiration dates, CVVs, billing addresses, and more when people enter their personal data, thinking they are using a legitimate payment gateway. As soon as victims of the plug-in press "enter," the data is sent to a Telegram account controlled by the cybercriminals. Threat actors can use the plug-in like any WordPress plug-in, by either installing it on a legitimate but compromised WordPress site or creating a fraudulent site and using it there.

Related:Thousands of BeyondTrust Systems Remain Exposed

"PhishWP’s features make fake checkout pages look real, steal security codes, send your details to attackers right away, and trick you into thinking everything went fine," SlashNext security researcher Daniel Kelley wrote in the post.

This immediate turnaround of data "equips cybercriminals with the necessary credentials to make fraudulent purchases or resell the stolen data — sometimes within minutes of capturing it," notes Jason Soroko, senior fellow at Sectigo, a certificate life-cycle management (CLM) firm, making it a fast return on their investment to use the plug-in for nefarious purposes.

**Other Key PhishWP Malware Features**

OTP hijacking is one of the plug-in's key features, which when combined provide attackers with a turnkey solution for hijacking payment pages. Included in these are the aforementioned customizable checkout pages that simulate common payment processes through "highly convincing" fake interfaces, Kelley wrote.

Another feature of PhishWP, browser profiling, captures data beyond payment info for the replication of user environments for use in potential future fraud. This includes IP addresses, screen resolutions, and user agents.

The plug-in also gives the hijacked checkout process added legitimacy by using auto-response emails to send fake order confirmations to victims, which delays suspicion and thus detection of the attack. And as mentioned before, PhishWP also integrates with Telegram to instantly transmit stolen data to attackers for potential exploitation in real time.

Related:Recorded Future: Russia's 'Undesirable' Designation Is a Compliment

The plug-in also comes in an obfuscated version for stealth purposes, or users can use its source code for advanced attacker customizations. Finally, PhishWP also offers multilanguage support so attackers can target victims globally.

**Browser-Based Protection From E-Commerce Phishing**

Creating malicious plug-ins for WordPress sites has become a cottage industry for cyberattackers, giving them a broad attack surface due to the popularity of the platform, which as of today is the basis for some 472 million websites, according to Colorlib, which provides WordPress themes.

One of the reasons that PhishWP — or any malicious WordPress plug-in — is so dangerous is that the malicious process is built directly into the browser, which makes it difficult to detect when it appears as a legitimate part of online engagement.

To defend against such threats, SlashNext recommends using phishing protection that also works from directly inside the browser to spot phishing sites before they reach the end user. These solutions, which are available within various browsers, work within browser memory to block malicious URLs before users engage with them. The company said this provides real-time threat detection and blocking capabilities that traditional security measures might miss.

Related:Midnight Blizzard Taps Phishing Emails, Rogue RDP Nets

**About the Author**

Elizabeth Montalbano is a freelance writer, journalist, and therapeutic writing mentor with more than 25 years of professional experience. Her areas of expertise include technology, business, and culture. Elizabeth previously lived and worked as a full-time journalist in Phoenix, San Francisco, and New York City; she currently resides in a village on the southwest coast of Portugal. In her free time, she enjoys surfing, hiking with her dogs, traveling, playing music, yoga, and cooking.

PhishWP Plug-in Hijacks WordPress E-Commerce Checkouts

The Wall Street Journal reports that Charter, Consolidated, and Windstream have been added to the growing list of…

The Wall Street Journal reports that Charter, Consolidated, and Windstream have been added to the growing list of US telecom companies breached by Chinese state-sponsored hackers in the Salt Typhoon campaign.

The list of telecommunications companies compromised in the **Salt Typhoon cyberattack** continues to grow, with recent reports naming Charter Communications, Consolidated Communications, and Windstream as the latest victims of Chinese government espionage. 

This follows previous confirmations from **AT&T, Verizon, T-Mobile**, and Lumen Technologies, as earlier reported by Hackread.com, that their networks had been breached. According to Anne Neuberger, White House deputy national security adviser for cyber and emerging technologies, Chinese hackers have targeted nine US telecoms, with the latest three remaining unclear.

The Wall Street Journal **reported** that Chinese spies exploited vulnerabilities in network devices from Fortinet and Cisco to gain unauthorized access to these telecom networks. In some cases, attackers gained control of high-level network management accounts lacking multi-factor authentication, granting them access to several routers. This access allowed them to potentially monitor network traffic and cover their tracks.

This incident has prompted several government-level security developments. The US Department of Treasury **recently sanctioned** a Chinese cybersecurity company for its role in another cyberattack, and the US government is taking steps to strengthen the security of American telecom infrastructure.

These measures include increased scrutiny by the FCC, legislative efforts to enhance security, and recommendations for individuals and organizations to improve their cybersecurity practices.

Moreover, given the ongoing wave of Salt Typhoon’s breaches, the US Cybersecurity and Infrastructure Security Agency (CISA) is advising government officials to switch to end-to-end encrypted messaging apps like Signal. 

The latest revelation highlights the growing threat of Chinese cyberattacks on US infrastructure, with the Salt Typhoon campaign indicating a shift from traditional espionage to more disruptive activities. Experts urge organizations in international business or critical infrastructure to enhance their cybersecurity defences.

**Chris Hauk**, Consumer Privacy Champion at Pixel Privacy commented on the latest development stating, _“_Possible targets of these Chinese attackers need to immediately follow the steps outlined by the FBI and NSA to help harden their systems against attack. Actually, any organization would be advised to follow the steps._“_

_“_Patching and upgrading apps and devices, limiting the types of connections and privileged accounts, and only using strong encryption, are just some of the steps organizations can take to harden their systems against attack_,”_ Chris added.

1.  **FBI Disrupts Chinese State-Backed Volt Typhoon’s KV Botnet**
2.  **CISA – FBI: Chinese Hackers Compromised US Telecom Networks**
3.  **US Charges 5 Suspected MGM Hackers from Scattered Spider Gang**
4.  **Microsoft: Chinese Flax Typhoon uses legit tools for cyber espionage**
5.  **Chinese Hackers Breach US Firm, Maintain Network Access for Months**

US Telecom Breaches Widen as 9 Firms Hit by Chinese Salt Typhoon Hackers

Cybersecurity industry visionary and renowned executive Amit Yoran has passed away after an almost one-year battle with cancer.

Amit Yoran, Source: Tenable

The cybersecurity industry reacted with shock at the loss of Amit Yoran, the renowned cybersecurity executive who helmed several of the biggest cybersecurity companies, including Tenable, RSA Security, and NetWitness. Yoran was also the founding director of the US Department of Homeland Security's US Computer Emergency Readiness Team (US-CERT) program.

Yoran, 54, died on Jan. 3. He had been in treatment for cancer since March 2024 and took a medical leave of absence on Dec. 5 to pursue additional treatment.

Yoran became the chairman and CEO of Tenable Holdings in 2016 following the retirement of co-founder Ron Gula; he also became the company's president in 2018. Yoran led the company's growth and successful $250 million Nasdaq initial public offering (IPO) in 2018. The exposure management company was valued at $2.1 billion at IPO; it is now worth $4.69 billion. In 2022, Tenable launched Tenable One, which combined vulnerability management, external attack surface management, identity management, and cloud security.

"Amit leaves behind an incredible legacy as a visionary, leader, colleague, mentor, brother, father, and friend. He touched the lives of so many within and beyond our company and he will be missed," Tenable said in a statement. "We understand that this news may come as a shock, and we encourage you to take the time to process this difficult loss." 

Prior to Tenable, Yoran served as president of RSA Security from 2014 to 2016. He founded threat detection and response platform NetWitness in 2006 and led the company until 2011, when it was acquired by RSA Security. In 1998, Yoran co-founded RIPtech, a managed security services provider that used sensor networks to protect government and corporate computers. RIPtech was acquired by Symantec for $145 million in 2002. Yoran, who graduated from the United States Military Academy at West Point in 1993, served in Homeland Security's National Cyber Security Division from 2003 to 2004 where he focused on critical infrastructure security and preparedness.

**True Leader in Cybersecurity**

Yoran helped shape the cybersecurity industry with his expertise, empathy, and leadership. His goal was to make the digital world safer for everyone, and toward that end, he acted as a mentor to many, shared his expertise with industry peers, and sat on a number of boards, including BlackLine and the Center for Internet Security. In a memo to employees, Tenable chief people and culture officer Bidgett Paradise called Yoran "a visionary leader and a guiding force who profoundly impacted our industry, company, culture, and community." Former colleagues and peers filled social media with acknowledgements of Yoran's contributions to the cybersecurity field and their personal stories of how Yoran had guided them.

"Amit was one of the true OGs in cybersecurity, and we grew up together in this space," George Kurtz, founder and CEO of competitor CrowdStrike, wrote on LinkedIn. "He was a brilliant leader who understood the mission of protecting organizations and people at a fundamental level. Beyond his work in the private sector, Amit's public service with the federal government underscored his dedication to securing the nation at large."

Yoran's "open letter to Okta" after the company disclosed a third-party breach had compromised customers in 2022 is a good example of how he called out the industry for its mistakes in a thoughtful and constructive way, while advocating for best practices in a straightforward manner. He wrote a similar note in 2023 after multiple reports of vulnerabilities in Microsoft Azure.

Yoran's two brothers, Dov and Elad, are both in cybersecurity. "Late last night, we lost a brother, a father, a son, a husband, a veteran, an industry titan and a drinking buddy," Dov Yoran, former Cisco executive now leading cyber investigation startup Command Zero, wrote on LinkedIn. "Amit Yoran was a force of nature. He was a true hero in how he touched and helped so many people in so many unthinkable ways."

Editor's Note: Amit was a leader in the industry who generously shared his time, expertise, and insight with Dark Reading over the years. He was a friend to many of us here at Dark Reading — we will miss his big heart and smile.

In Appreciation: Amit Yoran, Tenable CEO, Passes Away

The malware, operated by China-backed cyberattackers, has been significantly fortified with new evasive and post-infection capabilities.

Source: Antony Cooper via Alamy Stock Photo

An unknown attacker is wielding an updated version of a backdoor malware that was previously deployed against high-profile Southeast Asian organizations in targeted attacks, this time against ISPs and governmental entities in the Middle East.

Researchers at Kaspersky have detected a new variant of the EagerBee backdoor outfitted with various new components in attacks that demonstrate a significant evolution of the malware framework, they revealed in a blog post published today.

EagerBee is primarily designed to operate in memory to enhance its stealth capabilities and help it evade detection by traditional endpoint security solutions, according to Kaspersky. It's also unique in that it obscures its command shell activities by injecting malicious code into legitimate processes that are executed within the context of explorer.exe or the targeted user's session.

"These tactics allow the malware to seamlessly integrate with normal system operations, making it significantly more challenging to identify and analyze," Kaspersky senior security researcher Saurabh Sharma wrote in the post.

A previous variant of the malware was seen in attacks by a a trio of Chinese state-aligned threat clusters, which previously collaborated in Operation Crimson Palace to steal sensitive military and political secrets from a high-profile government organization in Southeast Asia.

Related:Deepfakes, Quantum Attacks Loom Over APAC in 2025

The latest version of EagerBee that was used in the Middle East attacks features several new advanced features, including a novel service injector designed to inject the backdoor into a running service, and a slew of previously undocumented plug-ins that can be deployed after the backdoor's installation.

"These enabled a range of malicious activities such as deploying additional payloads, exploring file systems, executing command shells, and more," Sharma wrote.

**Who Are the Cyberattackers Behind EagerBee?**

Previous researchers had attributed EagerBee to Chinese threat group Iron Tiger (aka Emissary Panda or APT27), one of numerous groups that often collaborate with other China-backed state-sponsored actors; that tends to make specific attribution of both attacks and malware murky.

Case in point: Kaspersky's latest analysis of the backdoor deployed in the Middle East attributes EagerBee to a different Chinese actor, CoughingDown. That's because there was a creation of services on the same day via the same Web shell to execute EagerBee and the CoughingDown Core Module in one of the attacks researchers analyzed, according to Sharma. Moreover, the researchers observed overlap in the command-and-control (C2) domain used both by EagerBee and the CoughingDown Core Module in the attack.

Related:Middle East Cyberwar Rages On, With No End in Sight

Further evidence discovered in the Middle East attacks linking EagerBee to CoughingDown includes code overlap in a malicious DLL file used in the attack with a multiplug-in malware developed by CoughingDown in late September 2020, according to Sharma. "We assess with medium confidence that the EagerBee backdoor is related to the CoughingDown threat group," he wrote.

**EagerBee Backdoor Malware's Advanced Features**

The Kaspersky team identified key new plug-in features of EagerBee that are all run by a plug-in orchestrator module to execute commands that perform various malicious activities.

The orchestrator exports a single method responsible for injecting the module into memory and subsequently calling its entry point. In addition to victim-specific data collected by the malware, this plug-in gathers and reports various other information — such as current usage of physical and virtual memory, system locale and time-zone settings, and Windows character encoding — about the infected system to the C2 server.

After transmitting this information, the plug-in orchestrator also reports whether the current process has elevated privileges and then collects details about all running processes on the system. Once the information is sent, the plug-in orchestrator waits for commands to execute, which are carried out by the various backdoor plug-ins.

Related:'Dubai Police' Lures Anchor Wave of UAE Mobile Attacks

These include a file manager plug-in that is responsible for, among other things, renaming, moving, copying, and deleting files; reading and writing files to and from the system; and injecting additional payloads into memory. Another process manager plug-in lists running processes in the system; launches new modules and executes command lines; and terminates existing processes.

Two other plug-ins found in the novel variant include a remote access manager that facilitates and maintains remote connections while also providing command shell access, and a service manager that manages system services, including installing, starting, stopping, deleting, and listing them.

**Malware Sophistication Demands Cyber Defender Vigilance**

Despite links to CoughingDown, Kaspersky researchers could not determine the initial infection vector for the deployment of EagerBee.

In the previous attacks using the backdoor in Asia, attackers leveraged the now infamous Exchange ProxyLogon flaw as the initial entry point; however, there is no evidence of this in the attacks here, according to Kaspersky. However, the researchers still recommend that defenders promptly patch ProxyLogon to secure their network perimeter, as it "remains a popular exploit method among attackers to gain unauthorized access to Exchange servers," Sharma noted.

Overall, the emergence of a fortified variant of EagerBee in attacks in the Middle East demonstrates how attackers continue to advance malware frameworks in terms of both ability to evade detection and the sheer breadth of malicious functionality they can achieve, demanding that organizations also up their security game, he said.

**About the Author**

Elizabeth Montalbano is a freelance writer, journalist, and therapeutic writing mentor with more than 25 years of professional experience. Her areas of expertise include technology, business, and culture. Elizabeth previously lived and worked as a full-time journalist in Phoenix, San Francisco, and New York City; she currently resides in a village on the southwest coast of Portugal. In her free time, she enjoys surfing, hiking with her dogs, traveling, playing music, yoga, and cooking.

EagerBee Backdoor Takes Flight Against Mideast ISPs, Government Targets

A novel technique to stump artificial intelligence (AI) text-based systems increases the likelihood of a successful cyberattack by 60%.

Source: Krot Studio via Alamy Stock Photo

A new jailbreak technique for OpenAI and other large language models (LLMs) increases the chance that attackers can circumvent cybersecurity guardrails and abuse the system to deliver malicious content.

Discovered by researchers at Palo Alto Networks' Unit 42, the so-called Bad Likert Judge attack asks the LLM to act as a judge scoring the harmfulness of a given response using the Likert scale. The psychometric scale, named after its inventor and commonly used in questionnaires, is a rating scale measuring a respondent's agreement or disagreement with a statement.

The jailbreak then asks the LLM to generate responses that contain examples that align with the scales, with the ultimate result being that "the example that has the highest Likert scale can potentially contain the harmful content," Unit 42's Yongzhe Huang, Yang Ji, Wenjun Hu, Jay Chen, Akshata Rao, and Danny Tsechansky wrote in a post describing their findings.

Tests conducted across a range of categories against six state-of-the-art text-generation LLMs from OpenAI, Azure, Google, Amazon Web Services, Meta, and Nvidia revealed that the technique can increase the attack success rate (ASR) by more than 60% compared with plain attack prompts on average, according to the researchers.

The categories of attacks evaluated in the research involved prompting various inappropriate responses from the system, including: ones promoting bigotry, hate, or prejudice; ones engaging in behavior that harasses an individual or group; ones that encourage suicide or other acts of self-harm; ones that generate inappropriate explicitly sexual material and pornography; ones providing info on how to manufacture, acquire, or use illegal weapons; or ones that promote illegal activities.

Other categories explored and for which the jailbreak increases the likelihood of attack success include: malware generation or the creation and distribution of malicious software; and system prompt leakage, which could reveal the confidential set of instructions used to guide the LLM.

**How Bad Likert Judge Works**

The first step in the Bad Likert Judge attack involves asking the target LLM to act as a judge to evaluate responses generated by other LLMs, the researchers explained.

"To confirm that the LLM can produce harmful content, we provide specific guidelines for the scoring task," they wrote. "For example, one could provide guidelines asking the LLM to evaluate content that may contain information on generating malware."

Once the first step is properly completed, the LLM should understand the task and the different scales of harmful content, which makes the second step "straightforward," they said. "Simply ask the LLM to provide different responses corresponding to the various scales," the researchers wrote.

"After completing step two, the LLM typically generates content that is considered harmful," they wrote, adding that in some cases, "the generated content may not be sufficient to reach the intended harmfulness score for the experiment."

To address the latter issue, an attacker can ask the LLM to refine the response with the highest score by extending it or adding more details. "Based on our observations, an additional one or two rounds of follow-up prompts requesting refinement often lead the LLM to produce content containing more harmful information," the researchers wrote.

**Rise of LLM Jailbreaks**

The exploding use of LLMs for personal, research, and business purposes has led researchers to test their susceptibility to generate harmful and biased content when prompted in specific ways. Jailbreaks are the term for methods that allow researchers to bypass guardrails put in place by LLM creators to avoid the generation of bad content.

Security researchers have already identified several types of jailbreaks, according to Unit 42. They include one called persona persuasion; a role-playing jailbreak dubbed Do Anything Now; and token smuggling, which uses encoded words in an attacker's input.

Researchers at Robust Intelligence and Yale University also recently discovered a jailbreak called Tree of Attacks with Pruning (TAP), which involves using an unaligned LLM to "jailbreak" another aligned LLM, or to get it to breach its guardrails, quickly and with a high success rate.

Unit 42 researchers stressed that their jailbreak technique "targets edge cases and does not necessarily reflect typical LLM use cases." This means that "most AI models are safe and secure when operated responsibly and with caution," they wrote.

**How to Mitigate LLM Jailbreaks**

However, no LLM matter is completely secure from jailbreaks, the researchers cautioned. The reason that they can undermine the security that OpenAI, Microsoft, Google, and others are building into their LLMs is mainly due to the computational limits of language models, they said.

"Some prompts require the model to perform computationally intensive tasks, such as generating long-form content or engaging in complex reasoning," they wrote. "These tasks can strain the model's resources, potentially causing it to overlook or bypass certain safety guardrails."

Attackers also can manipulate the model's understanding of the conversation's context by "strategically crafting a series of prompts" that "gradually steer it toward generating unsafe or inappropriate responses that the model's safety guardrails would otherwise prevent," they wrote.

To mitigate the risks from jailbreaks, the researchers recommend applying content-filtering systems alongside LLMs for jailbreak mitigation. These systems run classification models on both the prompt and the output of the models to detect potentially harmful content.

"The results show that content filters can reduce the ASR by an average of 89.2 percentage points across all tested models," the researchers wrote. "This indicates the critical role of implementing comprehensive content filtering as a best practice when deploying LLMs in real-world applications."

**About the Author**

Elizabeth Montalbano is a freelance writer, journalist, and therapeutic writing mentor with more than 25 years of professional experience. Her areas of expertise include technology, business, and culture. Elizabeth previously lived and worked as a full-time journalist in Phoenix, San Francisco, and New York City; she currently resides in a village on the southwest coast of Portugal. In her free time, she enjoys surfing, hiking with her dogs, traveling, playing music, yoga, and cooking.

'Bad Likert Judge' Jailbreak Bypasses Guardrails of OpenAI, Other Top LLMs

IN THIS ARTICLE: Hackers have released what they claim to be the second batch of data stolen in…

****IN THIS ARTICLE:****

*   **Hackers’ Claims:** IntelBroker released a second batch of extracted Cisco data, amounting to 4.84 GB, from the October 2024 breach, claiming it is part of a 4.5 TB trove.

*   **Leaked Data Contents:** The data includes sensitive files such as software artifacts, network configurations, testing logs, cloud server images, and cryptographic signatures, exposing intellectual property and operational insights.

*   **Misconfigured Resource Exploitation:** The data originated from a misconfigured, public-facing DevHub resource left exposed without password protection, allowing hackers to download it.

*   **Cisco’s Response:** Cisco acknowledged the incident, stated public access was disabled, and confirmed no servers were breached or sensitive data compromised, though hackers contest this claim.

*   **IntelBroker’s Track Record:** The hacker, known for breaching Apple, AMD, Europol, and others, highlights ongoing exploitation of misconfigured systems, a persistent issue in cybersecurity.

Hackers have released what they claim to be the second batch of data stolen in the alleged Cisco data incident from October 2024. According to **IntelBroker**, the hacker behind the breach, the latest leak, published on Christmas Eve on Breach Forums, contains 4.84 GB of data, part of an allegedly stolen 4.5 TB.

IntelBroker on Breach Forums (Screenshot credit: Hackread.com)

As seen by Hackread.com, the leaked data includes a trove of sensitive files, such as proprietary software development artifacts like Java binaries, source code, and application archives; network-related files including Cisco XRv9K virtual router images and configurations; testing logs and scripts; operational data such as Zero Touch Provisioning (ZTP) logs and packages; cloud server disk images; and cryptographic signatures for payment SDKs like Weixin Pay.

Additionally, the leak contains configuration files, internal project archives, and other miscellaneous documents, potentially exposing intellectual property, network configurations, and operational insights.

File tree shared by IntelBroker on Breach Forums (Screenshot credit: Hackread.com)

****Background****

Notably, the leaked data originates from a misconfigured, public-facing DevHub resource that Cisco reportedly left exposed without password protection or security authentication, enabling the hackers to download the entire dataset **in October 2024.**

IntelBroker who accessed the misconfigured server claims they managed to extract 4.5TB of information. The first part of the data leak, which included 2.9 GB of files, was **published on December 17, 2024**.

****Cisco’s Response****

Cisco **acknowledged** (PDF) the October 2024 incident and stated that public access was disabled. The company also confirmed that none of its servers were breached and no sensitive data was compromised. However, the hackers claim otherwise, particularly regarding the extracted data.

Regarding the latest leak, Cisco noted on its incident response page that it is aware of the claims made by IntelBroker, asserting that the data published this time also stems from the October 14, 2024, incident.

> _“On Wednesday, December 25, 2024, at 17:07 EST, the threat actor IntelBroker posted on X about releasing more data. At 17:40 EST, IntelBroker released 4.45 GB of data for free on BreachForums. We have analyzed the post data, and it aligns with the known data set from October 14, 2024.”_  
> 
> Cisco

****Intel Broker and Previous Breaches****

Intel Broker is known for high-profile data breaches. **In June 2024**, the hacker claimed to have breached Apple Inc., stealing source code for internal tools. The same hacker boasted about **breaching AMD** (Advanced Micro Devices, Inc.), and stealing employee and product information.

**In May 2024**, Intel Broker hacked Europol, a breach that the agency later confirmed. Some of the hacker’s previous data breaches are listed below:

*   **Tech in Asia**
*   **Space-Eyes**
*   **Home Depot**
*   **Facebook Marketplace**
*   **Staffing giant Robert Half**
*   **U.S. contractor Acuity Inc.**
*   **Los Angeles International Airport**
*   **Alleged breaches of HSBC and Barclays Bank**

Nevertheless, the partial leak goes on to show ongoing exploitation of misconfigured systems and exposed data. The scale of exploitation is evident, as even high-profile hackers like ShinyHunters and Nemesis **have targeted** misconfigured servers and S3 buckets.

1.  **IntelBroker Claim Access to Nokia Internal Data, Selling for $20K**
2.  **Europol Hacked: IntelBroker Claims Major Law Enforcement Breach**
3.  **IntelBroker Space-Eyes Breach, Targeting US National Security Data**
4.  **IntelBroker Claims Breach of Top Cybersecurity Firm, Selling Access**
5.  **AMD Data Breach: IntelBroker Claims Theft of Employee, Product Info**

Hackers Release Second Batch of Stolen Cisco Data

While a number of threat groups have used TP-Link bugs to infiltrate networks, a proposed ban of the company's popular routers is more about geopolitics than actual cybersecurity — and that may not be a bad thing.

Source: metamorworks via Shutterstock

With US government agencies and lawmakers reportedly considering a ban on TP-Link's products in the United States, one might think the company would rank high on the list of networking vendors with the most vulnerabilities currently being exploited by cyberattackers.

Not by a long shot.

The Chinese firm, whose products are popular among consumers and small businesses, currently has two security issues gracing the Known Exploited Vulnerabilities (KEV) list curated by the Cybersecurity and Infrastructure Security Agency (CISA), compared with 74 for Cisco Systems, 23 for Ivanti, and 20 for D-Link.

Yet US government officials' concern is less about known vulnerabilities, and more about unknown risks, including its routers' popularity in the United States — where it accounts for about two-thirds of the market — and the degree to which the company is beholden to China's government.

While no researcher has called out a specific backdoor or zero-day vulnerability in TP-Link routers, restricting products from a country that is a political and economic rival is not unreasonable, says Thomas Pace, CEO of extended Internet of Things (IoT) security firm NetRise and a former head of cybersecurity for the US Department of Energy.

"The value to me \[of a ban\] is almost more around economic policy value than pure technical cybersecurity value," he says. "To me, there is value in saying you shouldn't buy these things because of X, Y, and Z reasons \[and to make it\] more difficult for small businesses, or whoever, to get their hands on devices from these companies."

Related:BlackBerry to Sell Cylance to Arctic Wolf

**TP-Link — Not a Vulnerability Stand-Out**

In April 2024, one of two TP-Link vulnerabilities attracted the most vulnerability scanning by threat actors, according to an analysis by cloud and application-security firm F5. The issue, a command injection vulnerability for TP-Link's Archer AX21 router (CVE-2023-1389), allows an unauthenticated attacker to easily compromise a device via a simple POST request.

TP-Link ranks low on the list of networking vendors with known exploited vulnerabilities. Source: Author from CISA data

In another incident, security firm Check Point Software Technologies discovered that TP-Link devices were also compromised with an implant known as Camaro Dragon. The implanted components were discovered in modified TP-Link firmware images, and not the original software shipped by the company, says Itay Cohen, research lead at Check Point Research.

Yet Cohen stresses that the implants were written in a firmware-agnostic manner and not specific to any particular product or vendor.

"It is worth noting that this kind of attack is not aimed specifically at sensitive networks, but rather at regular residential and home networks," he says. "Therefore, infecting a home router does not necessarily mean that the homeowner was a specific target, but rather that their device was merely a means to an end for the attackers."

Related:Versa Introduces Integrated Endpoint Data Loss Prevention in SASE Solution

The threat posed by such vulnerabilities and implants are real, but the data from the KEV catalog shows that other manufacturers are just as likely to have their vulnerabilities exploited — and there are more of them. The lesson is that vulnerabilities in embedded devices are not unique to any one manufacturer or country of origin, says Sonu Shankar, chief product officer at Phosphorus Cybersecurity, an extended IoT cybersecurity provider.

"Nation-state actors frequently exploit weaknesses in devices from companies worldwide, including those sold by American manufacturers," he says. "Devices lacking basic security hygiene — such as the use of strong passwords, timely firmware patching, or proper configurations — can become easy targets for cyberattacks."

TP-Link stressed this fact in a statement sent to Dark Reading.

"Many brands of consumer electronics are targeted by hackers, and we support government efforts to hold all producers to the same standard," a company spokesperson said. "We welcome opportunities to engage with the federal government to demonstrate that our security practices are fully in line with industry security standards, and to demonstrate our ongoing commitment to the American market, American consumers, and addressing US national security risks."

Related:Test Your Cyber Skills With the SANS Holiday Hack Challenge

**China's Government Oversight Is Pervasive**

But those assertions may be minimizing the influence of the Chinese government on the company's operations: Most Western companies do not understand the degree to which Chinese officials monitor China's business sectors — and cybersecurity firms — as a component of government policy and national strategy, NetRise's Pace says.

"It's a totally different business culture," he says. "There is a member of the PRC in every company — that's not even like an opinion, it's just how it is. And if you think they're not there to exert their influence, then you're just an unbelievably naive person, because that's exactly what they do, \[including\] for the purposes of intelligence gathering."

Threat intelligence analysts have flagged the Chinese government national strategy documents and evidence showing their increasing efforts to compromise rival nations' infrastructure — such as the attacks by Volt Typhoon and Salt Typhoon.

"In recent years we see Chinese threat actors’ increasing interest in compromising edge devices, aiming to both build resilient and more anonymous C2 infrastructures, and to gain a foothold in certain targeted networks," Check Point stated in its analysis, but added that the "discovery of the firmware-agnostic nature of the implanted components indicates that a wide range of devices and vendors may be at risk."

China's networking products are not alone in being targeted by the US government, which also banned the products of antivirus firm Kaspersky because of national security concerns, given that it's a Russian company.

**The Global Cyber Reality of Home Routers: Buyer Beware**

Companies and consumers should do their due diligence, keep their devices up to date with the latest security patches, and consider whether the manufacturer of their critical hardware may have secondary motives, says Phosphorus Cybersecurity's Shankar.

"The vast majority of successful attacks on IoT are enabled by preventable issues like static, unchanged default passwords, or unpatched firmware, leaving systems exposed," he says. "For business operators and consumer end-users, the key takeaway is clear: adopting basic security hygiene is a critical defense against both opportunistic and sophisticated attacks. Don’t leave the front door open."

For companies worried about the origin of their networking devices or the security their supply chain, finding a trusted third party to manage the devices is a reasonable option. In reality, though, almost every device should be monitored and not trusted, says NetRise's Pace.

"It's a crazy world that exists when it comes to device security," he says. "You're accepting this device that you know nothing about — and that you really can't know anything about — unlike Windows \[or another operating system\] ... where you can also install three agents and a firewall in front of it to mitigate the risk of the software."

**About the Author**

Veteran technology journalist of more than 20 years. Former research engineer. Written for more than two dozen publications, including CNET News.com, Dark Reading, MIT's Technology Review, Popular Science, and Wired News. Five awards for journalism, including Best Deadline Journalism (Online) in 2003 for coverage of the Blaster worm. Crunches numbers on various trends using Python and R. Recent reports include analyses of the shortage in cybersecurity workers and annual vulnerability trends.

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