Malware & Ransomware
PEERSTITCH Implant Hijacks FortiGate Processes via FortiManager Breach
Attackers used a missing-auth flaw and path traversal to deploy memory-resident malware on FortiGate firewalls, stealing configs and credentials.
Malware & Ransomware coverage from RedTeam Tribune holds 20 articles, 16 of them reference guides. The newest was published on October 16, 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 UK National Cyber Security Centre and CISA: Stop Ransomware.
Attackers used a missing-auth flaw and path traversal to deploy memory-resident malware on FortiGate firewalls, stealing configs and credentials.
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Extended detection and response correlates signals across endpoints, networks, and clouds to reveal threats that isolated tools miss entirely.
Operational authority for recovery activation rests with a designated individual, not a committee, to prevent paralysis during critical system failures.
Air-gapped storage stops encryption propagation instantly, but physical theft and human error create new vulnerabilities that automated systems cannot fix.
Disabling all macros without exceptions breaks legitimate business workflows, while allowing them without scrutiny exposes endpoints to silent data theft and ransomware deployment.
Computer worms exploit unpatched vulnerabilities to replicate across networks, making isolation faster and more effective than relying on signature-based detection alone.
Typosquatting and dependency confusion exploit your trust in open source, turning routine installations into silent backdoors that bypass traditional security controls.
Keyloggers often hide in plain sight, causing subtle input delays and unexpected cursor jumps that most users ignore until data is gone.
Attack surface reduction rules intercept process creation before execution, blocking threats at the kernel level rather than relying on signature matching after the file lands.
Point-of-sale malware often hides in plain sight by altering legitimate system processes rather than installing new, obvious programs that trigger standard alerts.
Running suspicious files in isolated environments reveals behavioral threats that static signature scanners consistently miss during early infection stages.
Screen lockers often hide in plain sight by mimicking system utilities, making process parentage and memory behavior the only reliable indicators before the lock screen appears.
Obfuscation transforms malicious code into unreadable structures, forcing defenders to rely on behavioral analysis rather than static signature matching to detect threats.
Scanning engines often fail to detect threats because they analyze static files rather than observing behavior in isolated, disposable environments.
Most macro malware hides behind legitimate-looking prompts, tricking users into bypassing security controls through social engineering rather than technical exploits.
Restoring a factory backup often reinstalls the malicious application, turning your recovery effort into a vector for immediate reinfection if you skip verification.
Most extended detection and response failures stem from configuration drift and alert fatigue, not from the software’s inability to detect threats.