A new Windows malware family is reported to spread through USB devices and use Tor, while altering wallet addresses to steal cryptocurrency.
A lure built around a geopolitical theme masked a loader chain that leaned on user execution, writable paths, and trusted Windows components to keep the final payload off disk.
A legitimate Microsoft binary, a sideloaded DLL, and a memory-resident RAT show how attackers can turn normal loader behavior into a stealth delivery path.
A small cluster of PostCSS-themed npm packages shows how name confusion and install-time trust can turn routine dependency work into a Windows malware risk.
A Go-based tool tied to compromised FortiGate appliances turns the network edge into a credential risk, not just a traffic-control point.
An international operation targeted SocGholish, also known as FakeUpdates, and disrupted an infrastructure described as tied to Evil Corp - a reminder that the front door of cybercrime is often more important than the payload behind it.
A macOS malware family linked to remote JavaScript delivery shows how attackers can shift meaningful logic off the binary and into infrastructure that can change at any time.
A macOS malware family named FlutterShell shows how ordinary app frameworks can be repurposed for runtime command execution without looking like a classic implant.
A deceptive trust layer is being abused to make a crypto clipper look safer than it is, turning stars, reviews, and clipboard swaps into a quiet route to theft.
A newly described malware loader, OXLOADER, shows how a simple ad click can become a staged delivery path for CastleStealer and other credential-grabbing payloads.
Compromised WhatsApp accounts are being used to push malicious VBScript files, then legitimate RMM tools are abused to keep access alive on infected Windows machines.
The malware family linked to Android banking fraud is interesting not for one trick, but for the way it turns ordinary handset features into a potential control layer for attackers.
A malware family built for scanning, tunneling, and persistence shows how long-forgotten router bugs can still power a modern access network.
A newly analyzed botnet turns aging routers and NAS appliances into scanning and tunneling nodes, showing how small edge devices can become useful infrastructure for hiding attacker origin and widening reach.
Financial-themed attachments, a concealed payload, and fileless staging turn a routine phishing theme into a harder-to-spot Remcos delivery chain.
A typosquatted package in the npm ecosystem shows how a single confusing name can hand attackers a path from dependency install to Windows-native execution.
A business-themed archive attachment led to a packed .NET loader, a steganographic second stage, and a payload chain that included Remcos RAT and multiple infostealers.
A malicious dependency found in more than 140 Mastra packages shows how a software supply-chain incident can move from build tools to browser-facing cryptocurrency surfaces.
A deceptive package name in the PostCSS orbit shows how open-source trust can be abused before any code ever reaches production.
A large repository-abuse campaign puts a hard truth in focus: on code-sharing platforms, reputation can be weaponized as easily as code.