Cyber Attacks
WatchGuard Phishing: Fake Domain Steals Admin Logins Twice Before Serving Signed VPN Client
Attackers stole VPN login details from a deceptive site while still providing the genuine, signed WatchGuard installer to avoid suspicion.
Cyber Attacks coverage from DataSafe Radar holds 23 articles, 17 of them reference guides. The newest was published on October 18, 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 NIST Cybersecurity Framework and MITRE ATT&CK.
Attackers stole VPN login details from a deceptive site while still providing the genuine, signed WatchGuard installer to avoid suspicion.
Analysis shows a significant portion of internet routing remains open to forged-origin attacks that bypass standard validation checks.
Investigators tracked how hackers used generative AI to modify code and maintain access to European and Ukrainian government networks despite detection.
Attackers used AI-assisted code to infiltrate government Linux systems, stealing credentials and exfiltrating database contents during a long-running campaign.
Attackers tricked admins into handing over VPN login details on a spoofed site before serving the legitimate WatchGuard installer, leaving accounts exposed.
Password managers eliminate the need to memorize credentials while creating unique, high-entropy passwords for every account you use online.
Web filtering blocks URLs but cannot inspect encrypted payloads, leaving your network exposed to threats that hide inside allowed traffic streams.
Passkeys bypass password theft by using cryptographic keys that never leave your device, relying on secure cloud sync to move between phones and laptops.
Most users rely on unencrypted DNS queries that any neighbor can intercept, meaning your browser visits fake sites before you even type the password.
Most organizations lose control of breaches because they wait for permission to act, turning minutes of contained damage into days of widespread exposure.
Website defacement rarely exploits new code vulnerabilities; it usually stems from neglected configuration details that leave administrative interfaces exposed to automated scanning tools.
Attackers compromise legitimate websites you already visit to install malware, bypassing your natural distrust of unknown links and emails.
Evil twin attacks bypass standard Wi-Fi passwords by mimicking legitimate access points, making certificate verification the only reliable defense against credential theft.
Mining malware often persists via scheduled tasks and modified startup scripts that survive simple process killing and require deep forensic review to remove.
Physical observation bypasses digital security controls entirely, making your screen and keyboard visible to anyone within a few feet of your device in public spaces.
Attackers bypass login screens entirely by stealing the digital ticket that proves you are already authenticated to the server.
Threat actors used stolen maintainer credentials to inject malicious workflows that exfiltrate CI/CD secrets and hardcoded keys from source code history.
Your domain name points to an IP address that attackers can redirect without changing your password or breaking into your server.
Intrusion detection systems do not block threats by default; they rely on external components to enforce policy decisions after identifying suspicious behavior patterns.
Traffic scrubbing hides your origin server but adds latency that can degrade performance for legitimate users during peak load.
Encrypted traffic often hides interception, so you must verify certificate chains and monitor for unusual protocol downgrades to catch the attacker.
Baiting attacks exploit curiosity by offering a free resource that installs malware or steals credentials, bypassing traditional security through user action.
Identify voice-based social engineering by correlating call metadata with system access events and user behavior anomalies across your network.