Cyber Attacks
Account Lockout Policies: 6 Hidden Flaws and How to Fix Them
Account lockout policies often create more exposure than they close, turning minor credential errors into severe service disruptions for legitimate users.
Account lockout policies often create more exposure than they close, turning minor credential errors into severe service disruptions for legitimate users.
Spear phishing evades detection by exploiting human trust and precise reconnaissance, making technical controls insufficient without behavioral analysis and strict verification protocols.
Automated tools and cheap hardware enable fraudsters to operate fake investment schemes from outside traditional Asian compounds.
Huntress researchers found a campaign using public Power BI dashboards to trick users into downloading remote management software.
Scanning a code transfers trust from your eyes to your device, allowing attackers to hide malicious URLs behind static, printed images that bypass traditional link inspection.
Scanning a malicious QR code often installs silent persistence mechanisms that survive standard antivirus scans, requiring deep credential rotation.
Most domain spoofing attacks rely on subtle visual tricks that bypass standard filtering, requiring manual verification of DNS records to confirm sender authenticity.
Most tailgating attempts fail because defenders miss the subtle social cues that precede the physical breach, not because the door lock is weak.
Physical malware delivery bypasses network defenses by exploiting human curiosity and system auto-execution features that remain enabled by default.
Most data exfiltration starts with a legitimate user account that lacks granular access controls, turning everyday workflows into silent leaks.
Physical media attacks bypass digital defenses by exploiting human curiosity, turning ordinary drive connectors into direct pathways for malware execution.
Most segmentation fails because administrators treat it as a static map rather than a dynamic enforcement of least privilege across changing trust boundaries.
Security operations centers transform raw data into actionable intelligence, turning noise into signal to detect threats before they cause damage.
Attackers intercept your live sessions and rewrite the text you read, making you trust a liar who controls what your screen displays.
Attackers exploit the psychological pressure of repeated notifications to force users into approving access requests they would normally reject.
Firewalls do not scan every byte of data for viruses; they enforce traffic rules based on addresses and states, leaving application logic to other tools.
Attackers hijacked .gh, .sl, and .as registries to steal HTTPS certificates for Google domains, though Google's core systems remained secure.