Continuous visibility into external and internal threats with real-time OSINT, vulnerability scanning, and AI-powered threat correlation
Your Attack Surface is Growing Faster Than You Can Defend It.
You Don’t Know Who’s Targeting You
Threat actors actively scan your infrastructure and profiles on darknet forums. Without real-time threat intelligence, you’re blind to who is reconnoitering your organization and what they’re looking for.
Exposed Digital Assets Multiply Daily
Cloud migrations, API proliferation, and shadow IT create exposure points faster than security teams can discover them. A single misconfigured cloud bucket or forgotten domain can become an attacker’s entry point.
Vulnerability Data is Scattered
Organizations use 10+ scanning tools, each with different data formats and update cycles. Critical vulnerabilities discovered by one tool go unnoticed by others. Information is weeks or months behind reality.
See It All. Control It Faster.
NetShield’s Threat Surface Intelligence module gives you continuous, real-time visibility into your entire attack surface—both what’s exposed externally and what’s vulnerable internally—so you can remediate before attackers act.
Unified Discovery & Inventory
See all internet-facing assets automatically, even those you didn’t know existed (subdomains, orphaned cloud services, unused domains).
Real-Time Threat Correlation
Link vulnerabilities to active threat campaigns and known attacker TTPs so you know what actually matters.
Predictable Remediation
Prioritized guidance based on exploitability, your environment, and business context—not just CVSS scores.
Cover all tracks – Capture the Intel to the core.
External Risk Assessment
Internal Risk Assessment (IRA)
Unified Risk Intelligence
AI That Works Like Your Best Analyst
Attack Surface Reduction
Context-Rich Threat Correlation
Predictive Risk Scoring
Continuous Learning
See Your Entire Attack Surface. In One Place
Threats move at machine speed. Your defense should too. Start mapping your external attack surface, correlating internal vulnerabilities, and understanding which threats actually matter—today