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Cybercriminals are distributing Lumma Stealer through fake pirated downloads of Christopher Nolan’s The Odyssey, disguising malicious executables as movie files and in some cases giving them VLC-style icons. Bitdefender reported that the files rely in part on Windows hiding .exe extensions by default, increasing the chance that users will mistake them for legitimate video downloads and launch them.
Once executed, Lumma Stealer can harvest browser passwords, cookies, payment card data, cryptocurrency wallet information, autofill records, and remote desktop credentials. Researchers also observed attempted communications with Lumma-linked command-and-control domains including auditva[.]cyou, myroayy[.]cyou, and logmabx[.]click. Lumma is widely tracked as a Russian-developed malware-as-a-service infostealer, enabling multiple criminal operators to reuse the malware in campaigns built around popular lures.
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Bitdefender observed a malware distribution campaign using fake pirated downloads of Christopher Nolan’s film The Odyssey to deliver Lumma Stealer. The malicious files masqueraded as movie releases, sometimes with VLC-style icons, and attempted to contact Lumma-linked command-and-control domains including auditva[.]cyou, myroayy[.]cyou, and logmabx[.]click.
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Scammers rapidly exploited interest in Christopher Nolan’s *The Odyssey* by launching cloned piracy sites that targeted users searching for unauthorized copies of the film. Researchers said the campaign used coordinated pages that copied torrent listings, artwork, and cast details, then displayed fake browser warnings claiming a missing component and urging visitors to click a **“Fix It Now”** prompt. Those prompts redirected victims into malvertising chains that could lead to fake browser extensions, scareware, and other malicious content. A second lure offered what appeared to be a movie download but was actually a Windows executable disguised as a video file, using a movie-style filename, misleading metadata, and a VLC Media Player icon to look legitimate. The activity relied on social engineering rather than software exploits, with likely outcomes including **Trojans**, **infostealers**, **loaders**, and potentially **ransomware** if users ran the file. Researchers warned that a supposed movie ending in `.exe` is a strong sign of malware and advised affected users to scan systems, disconnect compromised devices, and change passwords from a trusted device.
Jul 22, 2026
Threat actors distributed **LummaStealer** through two social-engineering chains that targeted users seeking pirated software or attempting to pass fake verification prompts. One campaign, active since at least December 2024, used GitHub repositories, cracked-software forums, URL shorteners, and posts on platforms including Facebook, Devpost, TikTok, and Chromium issues to push victims toward malicious JavaScript. That script suppressed referrer leakage, captured page-title context, and redirected users through intermediary domains on `.cfd`, `.click`, `.info`, and `.xyz` before serving password-protected archives from **MEGA** that extracted a LummaStealer executable. A separate delivery chain used counterfeit **CAPTCHA** pages to trick users into opening the Windows Run dialog and pasting a PowerShell command that fetched follow-on instructions from a shortened URL, downloaded a ZIP archive from `vultrcdn[.]com`, and launched a disguised `Setup.exe`. The infection sequence relied on legitimate-looking or signed binaries such as a revoked `Mergecap.exe`, a renamed `BtDaemon.exe` as `StrCmp.exe`, `more.com`, and `searchindexer.exe`, indicating DLL sideloading and process injection for evasion. Investigators observed outbound traffic to suspicious domains including `accentypastedw[.]store` and `onefreex.com`, while analysis of the final payload showed infostealer behavior including scheduled task creation, cryptographic API use, timestamp tampering, and file-permission changes.
Jun 29, 2026
Security researchers reported sustained infostealer activity centered on **Lumma Stealer** and **Vidar**, with operators distributing malware through fake CAPTCHA lures, pirated software downloads, phishing emails, and poisoned search results. AhnLab said July 2026 campaigns commonly delivered **Remus, LummaC2, ACRStealer, and Vidar** via cracked software hosted on services including **mega.nz**, **Amazon S3**, and **MediaFire**, while Microsoft and other well-known brands were frequently impersonated. TrendAI separately described fake verification pages that trick victims into pasting malicious commands into the Windows Run dialog, leading to multistage infections that deployed **Lumma Stealer, Rhadamanthys, AsyncRAT, XWorm,** and **Emmenhtal**. The campaigns relied on evasive execution chains using `mshta.exe`, obfuscated PowerShell, DLL sideloading, temporary Chromium profiles, and even MP3 files carrying injected JavaScript to load payloads in memory and communicate with attacker-controlled infrastructure. Researchers also said **Vidar Stealer 2.0** expanded its appeal with a rewritten codebase, multithreaded theft, stronger anti-analysis, and broader credential and wallet theft, helping it gain momentum as some criminals moved away from Lumma after a doxxing incident and Telegram account compromise disrupted Lumma operations and eroded trust in its malware-as-a-service ecosystem. The reporting indicates that infostealer operators are rapidly shifting delivery methods and malware families while continuing to target both enterprises and individual users for credential theft and follow-on attacks.
Aug 21, 2026