A new TrickBot variant points to a familiar criminal playbook: hide commands in normal-looking DNS traffic, then lean on Windows scheduled tasks and modular payloads to stay alive.
A familiar Windows malware family is being linked to a persistence trick that blends into routine admin work, while its control traffic shifts into DNS and away from the more obvious web channels.
ChatGPT Work is framed as a shift from quick replies to persistent, supervised tasks, but that same shift pushes permissions, data handling, and human approval to the center of AI security.
A Golang-based malware family is reported to use a OneDrive-themed scheduled task for persistence, showing how ordinary Windows maintenance patterns can be repurposed for destructive operations.
A phishing-led intrusion chain tied to the Armored Likho label shows how a stealer, scheduled-task persistence, and covert tunneling can turn one inbox click into a durable access problem.
A Unit 42-tracked intrusion cluster blended open-source tooling with a custom .NET backdoor, raising the stakes for governments and energy operators that depend on exposed web applications.
A newly named loader linked to the StrikeShark cluster shows how public-facing application exposure, DLL side-loading, and in-memory staging can turn a routine foothold into a much harder problem.
A public ransomware claim names a Saudi holding company and its web domain, but the real story is the uncertainty between an extortion post and a verified compromise.
A targeted Windows intrusion chain tied to SideCopy-style tradecraft shows how localized phishing, trusted system tools, and recycled RAT code can still threaten government finance operations.
A Belarusian-aligned cluster tracked under multiple names is drawing attention for one of the oldest stealth tricks in Windows: scheduled tasks that keep access alive after the initial break-in fades from view.
Reported activity against Ukrainian government organizations uses scheduled tasks for stealthy persistence, with a separate validation step that may help operators keep noisy executions out of sight.