Malware & Ransomware coverage from Vuln Post holds 17 articles, 16 of them reference guides. The newest was published on October 14, 2026. New stories are added as soon as they are confirmed, from more than 150 sources checked as often as every 45 seconds. Each story lists its sources. Primary sources we follow for this section include MITRE ATT&CK and No More Ransom.
Legitimate remote access tools often hide malicious activity within standard administrative sessions, making behavioral anomalies the only reliable detection method.
Real-time protection intercepts file activity at the kernel level, blocking threats before they execute, but it cannot prevent attacks that bypass file system access entirely.
Malicious npm packages often hide inside development dependencies, bypassing production security controls until the build process executes the hidden code.
Cleaning an infected Windows PC requires removing persistence mechanisms, not just deleting the visible executable file from the file system.
The credential-stealing Shai-Hulud worm expanded its reach to AI tools by infecting the Tensorlake package on npm, with detection occurring within minutes of the malicious release.
Immutable backups fail when administrators ignore network segmentation, skip verification, or rely solely on storage-level settings without application consistency.
Static signatures miss logic-based threats that only reveal their payload when running inside a controlled, isolated execution environment.
Trojans rely on social engineering to bypass perimeter defenses, while viruses exploit code execution flaws to replicate across systems.
A single opened document can bypass network firewalls because the attack executes locally on your machine, rendering perimeter defenses useless against user action.
Grouping threats by behavior rather than file hash reveals the hidden infrastructure that allows attackers to persist and move laterally across your network.
Software restriction policies enforce execution control by verifying file identity and location, stopping unauthorized code before it runs on your systems.
Standard antivirus tools often miss firmware infections because they only scan the operating system memory, not the hardware-level storage chips.
Most document attacks bypass signature scanning by exploiting legitimate rendering engines to execute code that hides in plain sight within standard file structures.
Quarantine often fails to stop execution and can corrupt files, meaning the isolated threat remains active and your data may be unrecoverable.
A golden image acts as a persistent infection vector if you fail to validate its internal state before mass deployment, allowing malware to replicate instantly across your entire infrastructure.
Point-of-sale malware bypasses traditional endpoint defenses by targeting memory and firmware, making standard antivirus tools largely ineffective against active infections.
Next-generation antivirus replaces static signature matching with behavioral analysis, detecting threats that lack known fingerprints by observing how software interacts with the system.