Malware & Ransomware
Ransomware Recovery Plans: 8 Practices for Downtime Reduction
Recovery speed depends on pre-tested isolation switches and verified data integrity, not just the volume of stored backups or the speed of your internet connection.
Malware & Ransomware coverage from CloudSec Press holds 17 articles, 15 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 UK National Cyber Security Centre and CISA: Stop Ransomware.
Recovery speed depends on pre-tested isolation switches and verified data integrity, not just the volume of stored backups or the speed of your internet connection.
Bootkits hide in the pre-boot environment, bypassing operating system controls and allowing malware to load before security software can detect it.
Backdoors bypass authentication by hiding within legitimate processes, allowing attackers to maintain access even after initial vulnerabilities are patched.
Attackers manipulate search rankings to trick users into downloading malware disguised as legitimate software or documents.
Static code checks miss threats that hide their behavior until runtime, making live execution the only way to see what malicious software actually does.
Attackers tested CVE-2026-21589 on Atlassian Data Center products just two hours after technical details were released by watchTowr.
Zohar Pinhasi faces wire fraud charges for allegedly paying cybercriminals to decrypt client data while charging inflated fees for services.
These programs degrade system performance and expose data to tracking, often installed with user consent through misleading installation prompts.
Unlike standard viruses, firmware malware lives in your hardware’s permanent memory, surviving every reinstallation of your operating system and wiping of your hard drive.
Attack Surface Reduction rules block exploit techniques at the OS kernel level, stopping malware before it can establish persistence or execute payloads.
Immutable backups prevent attackers from deleting or encrypting your safety net, ensuring you can restore data even when the primary system is compromised.
Most organizations fail because they focus on decryption before isolating the network, allowing the malware to encrypt every connected drive before responders arrive.
Scareware often masquerades as legitimate system diagnostics, hiding its malicious intent behind standard Windows processes and benign-looking network traffic.
Scanners miss threats hidden inside archives or obfuscated code, requiring layered defenses to catch what static analysis overlooks.
Attackers mimic legitimate update prompts to bypass your defenses, turning routine maintenance into a direct path for system compromise.
Droppers and loaders serve distinct operational roles that bypass traditional signature scanning by separating delivery from execution.
See how everyday office files run hidden commands, why disabling macros breaks workflows, and how to verify code before it executes.