Overview: Check Point researchers have identified a new phishing campaign that exploits Microsoft’s “Dynamics 365 Customer Voice,” a customer relationship
Overview:
Check Point researchers have identified a new phishing campaign that exploits Microsoft’s “Dynamics 365 Customer Voice,” a customer relationship management software product. It’s often used to record customer calls, monitor customer reviews, share surveys and track feedback.
Microsoft 365 is used by over 2 million organizations worldwide. At least 500,000 organizations use Dynamics 365 Customer Voice, including 97% of Fortune 500 companies.
In this campaign, cyber criminals send business files and invoices from compromised accounts, and include fake Dynamics 365 Customer Voice links. The email configuration looks legitimate and easily tricks email recipients into taking the bait.
As part of this campaign, cyber criminals have deployed over 3,370 emails, with content reaching employees of over 350 organizations, the majority of which are American. More than a million different mailboxes were targeted.
Affected entities include well-established community betterment groups, colleges and universities, news outlets, a prominent health information group, and organizations that promote arts and culture, among others.
Today it was discovered that an unknown actor had managed to exploit a vulnerability in Lockbit’s PHPMyAdmin instance (on their console onion site). Apparently they were running PHP 8.1.2 which is vulnerable to an RCE CVE-2024-4577. Which uhh… lol? It probably would have been prudent to do a post-paid penetration test on their own infrastructure at some point.
Further compounding the unfortunate situation, the actor was able to dump their database. This contained, as stated by Bleeping Computer, a number of tables such as bitcoin addresses, data about their build system such as bespoke builds for affiliates, A ‘chats’ table containing negotiation messages, which we’ll go through in a later post. And finally, of interest today, the usernames and passwords of LockBit agents using the console.
Of special importance, making our work markedly easier, these passwords were not hashed. Which sure is a choice, as an organization that performs ransomware attacks.
The vast majority of the passwords in this table as reasonably secure; it’s not solely hilariously weak credentials, but there still are a number that display poor security hygiene.
The weak passwords
Before going into my standard analysis, I’ll list off all of the weak passwords in question, and then we’ll go through the statistics of the whole set. The fun to highlight passwords:
DragonForce ransomware group is targeting major UK retailers. Learn about this evolving threat and what steps can be taken to mitigate risk.
In recent weeks, the DragonForce ransomware group has been targeting UK retailers in a series of coordinated attacks causing major service disruptions. Prominent retailers such as Harrods, Marks and Spencer, and the Co-Op have all reported ongoing incidents affecting payment systems, inventory, payroll and other critical business functions.
DragonForce has previously been attributed for a number of notable cyber incidents including attacks on Honolulu OTS (Oahu Transit Services), the Government of Palau, Coca-Cola (Singapore), the Ohio State Lottery, and Yakult Australia.
In this post, we offer a high-level overview of the DragonForce group, discuss its targeting, initial access methods, and payloads. We further provide a comprehensive list of indicators and defensive recommendations to help security teams and threat hunters better protect their organizations.
Background
DragonForce ransomware operations emerged in August 2023, primarily out of Malaysia (DragonForce Malaysia). The group originally positioned itself as a Pro-Palestine hacktivist-style operation; however, over time their goals have shifted and expanded.
The modern-day operation is focused on financial gain and extortion although the operation still targets government entities, making it something of a hybrid actor, both politically aligned and profit-motivated. The group operates a multi-extortion model, with victims threatened with data leakage via the group’s data leak sites, alongside reputational damage.
Recent DragonForce victims have included government institutions, commercial enterprises, and organizations aligned with specific political causes. The group is also known to heavily target law firms and medical practices. Notably, the group has targeted numerous entities in Israel, India, Saudi Arabia, and more recently several retail outlets in the United Kingdom.
Some components of the UK retail attacks have been attributed to an individual affiliated with the loose threat actor collective ‘The Com’, with claims that members are leveraging DragonForce ransomware. Our assessment indicates that the affiliate in question exhibits behavioral and operational characteristics consistent with those previously associated with The Com. However, due to the lack of strong technical evidence and shifting boundaries of The Com, that attribution remains inconclusive and subject to further analysis.
Research into a global phishing-as-a-service operation will take you through:
Hundreds of thousands of victims spanning the globe
A glimpse into the lifestyle of the operators
Technical insight into the phishing toolkit
The backend of a phishing threat actor operating at scale
The scam industry has seen explosive growth over the past several years. The types of scams and methods used are constantly evolving as scammers adapt their techniques to continue their activities. They often capitalise on new technologies and target areas where our societies have yet to build mechanisms to protect themselves.
This story begins in December 2023 when people all over the world – including a large portion of the Norwegian population - started to receive text messages about packages waiting for them at the post office. The messages would come in the form of an SMS, iMessage or RCS message. What we were witnessing was the rise of a scam technique known as smishing or SMS phishing.
Such messages have one thing in common: they impersonate a brand that we trust to create a credible context for soliciting some kind of personal information, thus tricking us into willfully giving away our information.
Some scams are easier to spot than others. Spelling errors, poor translations, strange numbers or links to sketchy domains often give them away. But even tell-tale signs can be easy to miss on a busy day. When a large number of people are targeted, some will be expecting a package. And the tactic is obviously working. If it wasn’t worth their while, the scammers wouldn’t have invested so much time, money and effort.
StealC V2 enhances information stealing, introduces RC4 encryption, and provides a new control panel for more targeted payloads.
StealC is a popular information stealer and malware downloader that has been sold since January 2023. In March 2025, StealC version 2 (V2) was introduced with key updates, including a streamlined command-and-control (C2) communication protocol and the addition of RC4 encryption (in the latest variants). The malware’s payload delivery options have been expanded to include Microsoft Software Installer (MSI) packages and PowerShell scripts. A redesigned control panel provides an integrated builder that enables threat actors to customize payload delivery rules based on geolocation, hardware IDs (HWID), and installed software. Additional features include multi-monitor screenshot capture, a unified file grabber, and server-side brute-forcing for credentials.
This blog post focuses on the recent changes in StealC V2, describing the improvements in payload delivery, encryption, control panel functionality, and the updated communication protocol.
Key Takeaways
Another day, another edge device being targeted - it’s a typical Thursday!
In today’s blog post, we’re excited to share our previously private analysis of the now exploited in-the-wild N-day vulnerabilities affecting SonicWall’s SMA100 appliance. Over the last few months, our client base has fed us rumours of in-the-wild exploitation of SonicWall systems, and thus, this topic has had our attention for a while.
Specifically, today, we’re going to be analyzing and reproducing:
CVE-2024-38475 - Apache HTTP Pre-Authentication Arbitrary File Read
Discovered by Orange Tsai
Although this is a CVE attached to the Apache HTTP Server, it is important to note that due to how CVEs are now assigned, a seperate CVE will not be assigned for SonicWall's usage of the vulnerable version.
This makes the situation confusing for those responding to CISA's KEV listing - CISA is referring to the two vulnerabilities in combination being used to attack SonicWall devices.
You can see this evidenced in SonicWall's updated PSIRT advisory: https://psirt.global.sonicwall.com/vuln-detail/SNWLID-2024-0018
CVE-2023-44221 - Post-Authentication Command Injection
Discovered by "Wenjie Zhong (H4lo) Webin lab of DBappSecurity Co., Ltd”
As of the day this research was published, CISA had added these vulnerabilities to the Known Exploited Vulnerabilities list.
Do you know the fun things about these posts? We can copy text from previous posts about edge devices:
Malware Analysis Report - LockBit Ransomware v4.0
In this blog post, I’m going over my analysis for the latest variant of LockBit ransomware - version 4.0. Throughout this blog, I’ll walk through all the malicious functionalities discovered, complete with explanations and IDA screenshots to show my reverse engineering process step by step. This new version of LockBit 4.0 implements a hybrid-cryptography approach, combining Curve25519 with XChaCha20 for its file encryption scheme.
This version shares similarities with the older LockBit Green variant that is derived from Conti ransomware. While the multi-threading architecture seems more streamlined than previous versions, it still delivers an encryption speed that outpaces most other ransomware families.
As always, LockBit is still my most favorite malware to look at, and I certainly enjoyed doing a deep dive to understand how this version works.
This Google Threat Intelligence Group report presents an analysis of detected 2024 zero-day exploits.
Google Threat Intelligence Group (GTIG) tracked 75 zero-day vulnerabilities exploited in the wild in 2024, a decrease from the number we identified in 2023 (98 vulnerabilities), but still an increase from 2022 (63 vulnerabilities). We divided the reviewed vulnerabilities into two main categories: end-user platforms and products (e.g., mobile devices, operating systems, and browsers) and enterprise-focused technologies, such as security software and appliances.
Vendors continue to drive improvements that make some zero-day exploitation harder, demonstrated by both dwindling numbers across multiple categories and reduced observed attacks against previously popular targets. At the same time, commercial surveillance vendors (CSVs) appear to be increasing their operational security practices, potentially leading to decreased attribution and detection.
We see zero-day exploitation targeting a greater number and wider variety of enterprise-specific technologies, although these technologies still remain a smaller proportion of overall exploitation when compared to end-user technologies. While the historic focus on the exploitation of popular end-user technologies and their users continues, the shift toward increased targeting of enterprise-focused products will require a wider and more diverse set of vendors to increase proactive security measures in order to reduce future zero-day exploitation attempts.
Cisco Talos discovered a sophisticated attack on critical infrastructure by ToyMaker and Cactus, using the LAGTOY backdoor to orchestrate a relentless double extortion scheme.
In this two-part series, SpiderLabs explores the malicious traffic associated with Proton66, revealing the extent and nature of these attacks.
Mass scanning and exploit campaigns targeting multiple sectors
Starting from January 8, 2025, SpiderLabs observed an increase in mass scanning, credential brute forcing, and exploitation attempts originating from Proton66 ASN targeting organizations worldwide. Although malicious activity was seen in the past, the spike and sudden decline observed later in February 2025 were notable, and offending IP addresses were investigated.
AS198953, belonging to Proton66 OOO, consists of five net blocks, which are currently listed on blocklists such as Spamhaus due to malicious activity. Net blocks 45.135.232.0/24 and 45.140.17.0/24 were particularly active in terms of mass scanning and brute force attempts. Several of the offending IP addresses were not previously seen to be involved in malicious activity or were inactive for over two years. For instance, the last activities reported in AbuseIPDB for the IP addresses 45.134.26.8 and 45.135.232.24 were noted in November and July 2021, respectively.
Learn how a convincing Google spoof used a DKIM replay attack to bypass email security and trick users with a fake subpoena. A real-world phishing example you need to see.
Since October 2024, Microsoft Defender Experts has observed and helped multiple customers address campaigns leveraging Node.js to deliver malware and other payloads that ultimately lead to information theft and data exfiltration.
In March 2025, our team found a suspicious mach-O file named wsus. Read the full analysis on its likely origins, target users, and observed functionality.
After the release of the Secure Annex ‘Monitor’ feature, I wanted to help evaluate a list of extensions an organization I was working with had configured for monitoring. Notifications when new changes occur is great, but in security, baselines are everything!
To cut down a list of 132 extensions in use, I identified a couple extensions that stuck out because they were ‘unlisted’ in the Chrome Web Store. Unlisted extensions are not indexed by search engines and do not show up when searching the Chrome Web Store. The only way to access the extension is by knowing the URL.
In February 2025, the cybersecurity community witnessed an unprecedented leak that exposed the internal operations of Black Basta.
As large language models (LLMs) become more advanced and are granted additional capabilities by developers, security risks increase dramatically. Manipulated LLMs are no longer just a risk of...
Key Takeaways The threat actor gained initial access by a fake Zoom installer that used d3f@ckloader and IDAT loader to drop SectopRAT. After nine days of dwell time, the SectopRAT malware dropped …
Lucid is a sophisticated Phishing-as-a-Service (PhaaS) platform operated by Chinese-speaking threat actors, targeting 169 entities across 88 countries globally. With 129 active instances and 1000+ registered domains, Lucid ranks among prominent PhaaS platforms, alongside Darcula and Lighthouse.
Its scalable, subscription-based model enables cybercriminals to conduct large-scale phishing campaigns to harvest credit card details for financial fraud. The platform employs an automated attack delivery mechanism, deploying customizable phishing websites distributed primarily through SMS-based lures. To enhance effectiveness, Lucid leverages Apple iMessage and Android’s RCS technology, bypassing traditional SMS spam filters and significantly increasing delivery and success rates.
Lucid incorporates advanced anti-detection and evasion techniques, such as IP blocking and user-agent filtering, to prolong the lifespan of its phishing sites. Additionally, it features a built-in card generator, enabling threat actors to validate and exploit stolen payment data efficiently. Given its advanced infrastructure and persistent activity, Lucid poses a significant and ongoing cyber threat. Its operations underscore the growing reliance on PhaaS platforms to facilitate payment fraud and financial cybercrime, necessitating heightened vigilance and proactive mitigation efforts.
Next.js is an open-source web framework built by Vercel that powers React-based apps with features like server-side and static rendering. Recently, a critical vulnerability (CVE) was disclosed that lets attackers bypass middleware-based authorization checks. The issue was originally discovered and analyzed by Rachid Allam (zhero). In this blog, we’ll break down the vulnerability and walk through their research and will create a Nuclei template to help you detect it across your assets.
Discover technical analysis of GorillaBot, a new malware variant based on the original code of the Mirai botnet.
