Real-Time Phishing Site Detection
Strengthen URL Filtration/Blocking Defenses with Definitive Real-Time Phishing Site Detection
Better Phishing Detection = Better Phishing Protection
SlashNext detects previously unknown phishing sites in seconds, providing a new level of protection against fast-moving, zero-hour phishing threats.
SlashNext SEERTM technology uses adaptive machine learning to definitively spot malicious sites with near-zero false positives – no “probable threats” to research.
SlashNext threat detection is out-of-band and cloud-powered, so it won’t introduce any latency to your network. And with no PII sent to our cloud, your data remains safe.
Easy 20 minute install, no tuning, and seamless integration with DNS and firewalls mean instant threat detection and protection via dynamic block lists.
The Threat Landscape Has Changed. Again.
Cybercriminals’ tactics are changing. With companies using more sophisticated security defenses such as SEGs, SWGs, NextGen AV and firewalls, advanced endpoint security, and more, hackers are going after the human attack surface with socially engineered attacks that evade existing defenses by design.
Catching Live Phishing Attacks
The threat landscape has changed. Phishing sites appear and disappear within hours to evade detection. See how SlashNext catches live phishing attacks.
How to Protect Against Human Vulnerabilities in Your Security Program
SlashNext’s CEO weighs in on how humans are the weakest link in your security program and why organizations need to re-think phishing protection.
Security Has Become a Human Problem
Exploiting human fallibility via phishing is the root cause of over 90% of breaches. This report offers strategies to strengthen security for today’s distracted workforce.
The New Threat Landscape with Phishing Attacks on the Web
Phishing attack vectors are expanding beyond email and use increasingly sophisticated methods to phish users. Learn more how it’s being done.
Request Your Free Trial
Try SlashNext for 30 Days to experience real-time phishing site detection.