Reference guides from the Malware Brief newsroom. They explain the ideas behind the headlines and are reviewed when the facts change.
Phishing kits are pre-packaged criminal toolsets that standardise deception, allowing attackers to bypass security filters by mimicking trusted interfaces with surgical precision.
The provider secures the cloud infrastructure itself, while you remain liable for every configuration error and data leak within your tenant.
Attackers convince mobile carriers to move your phone number to their device, bypassing security checks that rely on text messages for verification.
Attackers bypass password verification by reusing cryptographic hashes, rendering complex passphrase policies ineffective against lateral movement.
API security fails not because of weak encryption, but because developers assume the cloud provider handles logic flaws and identity verification.
Most cloud audit logs fail not because data is missing, but because noise drowns out the signal, rendering detection impossible without strict filtering.
Remote desktop abuse often leaves no login failures, only unusual process trees and data movement that standard alerts miss.
Zero-click attacks bypass user interaction by exploiting how software processes data in memory, turning routine updates into silent compromises.
Credential dumping often leaves no malware trace, relying instead on legitimate system calls that blend into normal administrative activity.
Treating protected health information differently forces teams to build defences that withstand long-term data retention and complex supply chains.
Effective red teaming requires simulating adversary tactics to validate detection gaps, rather than simply testing for known vulnerabilities in isolation.
Approving notifications in exhaustion grants attackers full access, making immediate credential rotation and session termination the only effective recovery path.
Landing zones prevent configuration drift but introduce architectural complexity that slows initial deployment and masks underlying policy failures.
Most sandboxing failures stem from static analysis limits that allow malware to remain dormant until execution in a live environment.
Hacktivism relies on low-sophistication tools and public data, making attribution difficult but technical defence straightforward through standard hardening.
Zero-day exploits bypass signature checks, forcing defenders to rely on behavioural analysis and strict access controls rather than simple detection tools.
Temporary security controls often introduce hidden complexity and maintenance costs that persist long after the original vulnerability is resolved.
SaaS posture management exposes configuration drift and shadow IT by continuously mapping application settings against a defined security baseline.
Bulletproof hosting providers ignore legal takedown requests, meaning you must isolate systems internally before external pressure forces data exfiltration.
Compliance fails when teams treat it as a static badge rather than a continuous verification of configuration drift and identity boundaries.
DLP tools often block legitimate work more often than they stop theft, creating a tax on employee productivity that few organisations measure.
Backported fixes change only the vulnerable code paths, keeping the rest of the software unchanged to prevent breaking existing systems.
Relying solely on backup integrity fails because attackers can exfiltrate data before they encrypt it, leaving you with clean files but lost secrets.
Hard-coded credentials persist in binaries and version history long after application logic changes, creating invisible attack surfaces that standard scanning often misses.