Nullify AI

Analyzes security vulnerabilities and ranks them by actual exploitation likelihood rather than generic CVSS scores. Uses machine learning to assess real-world attack feasibility and threat context to surface the most critical issues first.

Automatically filters out false positives and low-signal vulnerabilities from security scanner outputs. Reduces the volume of alerts that reach security teams by distinguishing between genuine threats and benign findings.

Calculates vulnerability risk scores that incorporate business context, asset exposure, and threat landscape rather than relying solely on technical severity metrics. Aligns security priorities with organizational risk tolerance and asset criticality.

Embeds vulnerability scanning and prioritization directly into continuous integration and continuous deployment workflows. Allows security checks to run automatically during build and deployment stages without disrupting development velocity.

Automates the manual triage process by automatically categorizing, assigning, and routing vulnerabilities based on priority and organizational policies. Reduces manual work required to process and distribute security findings.

Incorporates current threat intelligence and attack trends into vulnerability prioritization. Adjusts risk scores based on active exploits, trending attack patterns, and threat actor behavior to reflect real-world threat conditions.

Uses machine learning to identify patterns in false positives and automatically suppress similar findings in future scans. Learns from security team feedback to improve filtering accuracy over time.

Provides actionable remediation recommendations for prioritized vulnerabilities, including patch availability, workarounds, and remediation complexity estimates. Helps teams understand what needs to be done to address each vulnerability.

Generates comprehensive reports and dashboards showing vulnerability trends, remediation progress, and security posture metrics. Provides visibility into vulnerability management effectiveness and team performance.