Last updated: August 19, 2026 at 1:47 AM UTC
All 741 Vulnerability 286 Breach 129 Threat 319 Defense 7

Microsoft warns of USB worm that hijacks crypto wallets over Tor

Microsoft has detailed a cryptocurrency-stealing campaign, active since February, that spreads through USB drives and hides its command channel inside the Tor network. Infection starts when someone opens a malicious Windows shortcut on a USB stick; the malware then hides real documents and replaces them with lookalike shortcuts, copies itself to other drives, and sets scheduled tasks for persistence. Its clipper component watches the clipboard about twice a second, swapping copied wallet addresses for the attacker's and grabbing seed phrases and private keys, which it sends out over a bundled Tor client. It can also run attacker-supplied code, doubling as a lightweight backdoor.

Check
Watch endpoints for script interpreters spawning unexpected child processes, local Tor proxy use on port 9050, clipboard monitoring, and shortcut files replacing documents on USB drives.
Affected
Windows users, especially cryptocurrency holders, who plug in untrusted USB drives or open shortcut files from them; the malware also spreads worm-like to any removable drive connected afterward.
Fix
Block or tightly control USB removable media, disable autorun, verify wallet addresses after pasting, and use endpoint protection that flags Tor-proxy abuse, clipboard hijacking, and suspicious shortcut-driven script execution.

Hacked WordPress plugin updates push credential-stealing backdoor to paying sites

Attackers compromised the build pipeline of ShapedPlugin, a WordPress plugin maker, and slipped malware into legitimate updates delivered to paying customers through the vendor's own update system. The tainted releases install a fake plugin that impersonates WooCommerce components, steals site credentials, and gives attackers the ability to write files remotely. Three paid plugins are affected: Product Slider Pro for WooCommerce, Real Testimonials Pro, and Smart Post Show Pro. The backdoor was injected into Pro builds on May 21, with the first customer reports on June 10. Versions on WordPress.org stayed clean, pointing to a compromise of the vendor's release infrastructure rather than the plugins themselves.

Check
Check whether your WordPress sites run ShapedPlugin's Product Slider Pro, Real Testimonials Pro, or Smart Post Show Pro, and look for unfamiliar plugins impersonating WooCommerce components and new admin or file-write activity.
Affected
WordPress sites that updated the paid plugins Product Slider Pro (before 3.5.4), Real Testimonials Pro 3.2.5, or Smart Post Show Pro (before 4.0.2) between May 21 and the fix (tracked as CVE-2026-10735).
Fix
Update the affected ShapedPlugin products to fixed versions, remove any rogue WooCommerce-impersonating plugin, rotate all site and admin credentials, and scan the site for web shells and unauthorized file changes.

FortiBleed leak exposes VPN credentials for nearly 74,000 Fortinet firewalls

A newly surfaced dataset dubbed FortiBleed exposes what appear to be Fortinet and FortiGate VPN credentials tied to 73,932 firewall URLs at organizations around the world. Separately, researchers at SOCRadar report roughly 30,000 compromised Fortinet firewalls exposing networks to attack. Exposed VPN credentials are a direct route into corporate networks, letting attackers log in as legitimate users, bypass perimeter defenses, and stage ransomware or data theft. Fortinet gear is a perennial target, with many of these exposures stemming from past unpatched flaws and credential harvesting. Organizations cannot assume old Fortinet credentials are safe just because devices were later patched.

Check
Check whether your Fortinet or FortiGate VPN appliances appear in the exposed dataset, review VPN authentication logs for logins from unfamiliar locations, and confirm whether previously exposed devices were fully remediated.
Affected
Organizations running internet-facing Fortinet and FortiGate VPNs whose credentials appear among the 73,932 exposed firewall URLs; reused or never-rotated VPN passwords are most at risk.
Fix
Force-reset all Fortinet VPN credentials, enable phishing-resistant MFA on VPN access, restrict management interfaces, and fully patch or replace appliances, treating any potentially exposed device as compromised until verified.

Malicious JetBrains plugins steal developers' AI API keys on entry

Aikido Security uncovered a coordinated campaign of at least 15 malicious plugins on the JetBrains Marketplace that pose as AI coding assistants but secretly steal the AI provider API keys developers enter. The plugins offer real features like chat, code review, and commit messages, so they work as advertised, but the moment a user pastes in an OpenAI, DeepSeek, or SiliconFlow key and clicks Apply, the key is silently sent to an attacker server over plain HTTP, with no prompt. The campaign has run since late October 2025, with new plugins as recent as June 10, and uses inflated downloads and fake reviews. Separately, malicious Chrome extensions were found capturing chatbot conversations.

Check
Review which JetBrains IDE plugins and browser extensions developers have installed, especially AI-assistant tools, and check whether any AI provider API keys were entered into third-party plugins rather than official integrations.
Affected
Developers who installed the malicious JetBrains AI-assistant plugins and entered OpenAI, DeepSeek, or SiliconFlow API keys; users of malicious Chrome extensions that harvest chatbot conversations are also exposed.
Fix
Remove untrusted AI plugins and extensions, rotate any AI provider API keys that were entered into them, restrict key permissions and spend limits, and source AI tooling only from vetted, official publishers.

144 Mastra AI-framework npm packages backdoored via hijacked account

Attackers hijacked the npm account of a former contributor to Mastra, a popular open-source framework for building AI applications, and in an 88-minute automated burst republished 144 packages under the @mastra scope with a hidden malicious dependency. The poisoned dependency, a fake clone of a date library, runs at install time: it disables TLS checks, downloads a second-stage cryptocurrency-stealing trojan, runs it as a detached process, and deletes itself. Because @mastra/core alone sees over 900,000 weekly downloads and the payload fires on install, anyone who installed an affected version since June 16 could be compromised before importing anything. npm has pulled the malicious versions.

Check
Check whether any developer machine, CI runner, or build system installed an @mastra package on or after June 16, and scan for the malicious easy-day-js dependency and install-time persistence artifacts.
Affected
Developers and pipelines that installed any @mastra package (including @mastra/core) on or after June 16, 2026; the malicious easy-day-js dependency ran code automatically at install time.
Fix
Roll affected packages back to pre-incident versions, treat affected hosts as compromised, rotate all credentials, tokens, and AI keys, move any crypto wallet funds from a clean device, and require signed-package installs.

DragonForce ransomware hid command traffic inside Microsoft Teams for months

Symantec reports that DragonForce ransomware operators stayed hidden inside a major US services firm's network for up to two months by disguising their command-and-control traffic as ordinary Microsoft Teams activity. A new Go-based backdoor, Backdoor.Turn, grabs an anonymous Teams visitor token, routes through a legitimate Microsoft Teams relay server, and then tunnels to the attackers' real server, so defenders watching the network only see connections to genuine Microsoft infrastructure. It is the first known malware to abuse Teams relay servers this way. The attackers also used a custom malicious driver to disable defenses, and installed the backdoor after deploying ransomware, suggesting they kept access for a return visit or to resell.

Check
Hunt for anomalous QUIC and Teams-relay traffic and unexpected processes making Teams connections, and review hosts for suspicious drivers, new accounts, and weakened password or firewall settings.
Affected
Organizations targeted by DragonForce; because the backdoor blends into legitimate Microsoft Teams traffic, network monitoring alone may miss it, leaving internet-facing database servers and weak segmentation as entry points.
Fix
Patch internet-facing SQL and other servers, enforce least privilege and driver-signing controls, monitor for Teams-relay abuse and BYOVD activity, and maintain tested offline backups and network segmentation to limit ransomware impact.

China-linked SprySOCKS backdoor jumps to Windows with kernel-level stealth

ESET has found two previously unknown Windows versions of SprySOCKS, a backdoor until now seen only on Linux, attributed to the China-aligned espionage group FishMonger (also called Earth Lusca and linked to the i-Soon contractor). One variant loads two encrypted kernel drivers that hide the malware's processes, files, registry keys, and network connections, and divert command traffic through a random TCP port so the real listening port never shows. It keeps the Linux version's 30-plus commands and hardcoded command-and-control setup. ESET tied the activity to attacks in 2023 and 2024, mostly against government bodies in Honduras, Taiwan, Thailand, and Pakistan, with the group historically gaining entry through unpatched public-facing servers.

Check
On Windows servers, watch for unexpected kernel drivers and scheduled tasks tied to DLL side-loading, and patch internet-facing Fortinet, Exchange, GitLab, Telerik, and Zimbra systems this group abuses.
Affected
Windows environments at espionage-relevant targets, particularly government organizations; the group gains initial access through unpatched public-facing servers, then uses kernel drivers to stay hidden from defenders' tools.
Fix
Patch and harden internet-facing services, enable driver-signing enforcement and kernel-level monitoring, hunt for the known driver and loader components, and isolate and rebuild any host showing signs of kernel-level tampering.

Rokarolla Android trojan hits 217 banking and crypto apps with full device control

Zimperium's zLabs has documented Rokarolla, a new Android banking trojan that targets 217 banking and cryptocurrency apps and accepts 137 remote commands, giving an operator near-total control of an infected phone. It lifts lock-screen PINs, reads and sends text messages to grab one-time codes, rewrites the clipboard to redirect cryptocurrency payments, and disables Google Play Protect. It spreads through malicious websites posing as popular apps like TikTok and Chrome, starting with a dropper disguised as Google Play Protect that abuses Accessibility permissions. The actual theft uses fake login overlays placed on top of real banking apps, and surveillance relies on quiet Accessibility screenshots.

Check
Ensure mobile users install apps only from official stores, keep Google Play Protect on, and treat any app requesting Accessibility access, especially a fake Play Protect prompt, as suspicious.
Affected
Android users who side-load apps from links or sites impersonating TikTok, Chrome, or other popular apps; customers of the 217 targeted banking and cryptocurrency apps are the financial target.
Fix
There is no patch since this is malware. Install only from official app stores, keep Play Protect enabled, deny Accessibility access to untrusted apps, and use mobile threat defense on managed devices.

North Korea's ScarCruft uses fake Microsoft alerts to plant NarwhalRAT spyware

South Korea's Genians Security Center reports that the North Korean group ScarCruft (APT37) is sending spear-phishing emails dressed up as Microsoft Account security alerts to deliver a Python-based spy tool called NarwhalRAT. The emails warn of suspicious one-time-code activity and urge the recipient to open an attached advisory, which is actually a ZIP holding a malicious shortcut. Opening it kicks off a multi-stage, in-memory infection that leaves little on disk and gains persistence through a scheduled task. NarwhalRAT can log keystrokes, capture screenshots, record audio, and steal files from USB drives, and it disguises itself as the Korean browser Naver Whale while targeting South Korean users.

Check
Train staff to treat unexpected Microsoft account-security or OTP-alert emails with caution, verify the real sender domain, and never open attached archives or shortcut files from such messages.
Affected
Targets of North Korean espionage, with this campaign focused on South Korean users; victims are lured by fake Microsoft account-security emails carrying a ZIP with a malicious shortcut file.
Fix
Block or quarantine inbound archives containing shortcut files, enforce phishing-resistant MFA so OTP-themed lures lose value, and alert on scheduled tasks that launch scripts fetching payloads into memory.

WordPress plugin supply-chain attack backdoors sites via Awesome Motive CDN

Attackers compromised the content-delivery network of Awesome Motive, one of the biggest WordPress plugin makers, and injected malicious JavaScript into files served for OptinMonster, TrustPulse, and PushEngage, plugins running on more than 1.2 million sites. Discovered by Sansec, the code only triggered when a logged-in WordPress administrator viewed an affected site, at which point it stole authentication tokens, created a hidden rogue admin account, and installed a self-concealing backdoor plugin that exposed a web shell. The bad files were served on June 12 to 14. Awesome Motive says attackers stole a CDN API key after breaching its marketing site, and has since rotated credentials.

Check
If your site runs OptinMonster, TrustPulse, or PushEngage, check for rogue admin accounts like developer_api1 or dev_xxxxxx and inspect wp-content/plugins for hidden backdoor plugins.
Affected
WordPress sites running OptinMonster, TrustPulse, or PushEngage where an administrator was logged in during the June 12 to 14 injection window; other Awesome Motive plugins should be treated cautiously.
Fix
Remove rogue admin accounts and backdoor plugins, then rotate administrator passwords, API keys, database credentials, and WordPress security salts. Update affected plugins and scan the site for further tampering.