Ranked by Exploitation, Not Severity.
Continuous Attack Surface Reconnaissance, Threat Intelligence (CISA KEV & EPSS), and Explainable Risk Scoring. Three heads, one job: see everything, know what's dangerous, tell you what to fix first.
The Attack Surface Crisis:
Alert Overload & False Urgency.
80%
of exposed assets are uninventoried shadow IT
Source: Cerberus Recon Telemetry, 2026
95%
of high-CVSS vulnerabilities have 0% real-world exploit activity
Source: Cerberus Recon Telemetry, 2026
100%
explainability: every finding includes verbatim ranking reasoning
Source: CISA KEV & EPSS Analysis, 2026
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Three heads, one job: see everything, know what's dangerous, tell you what to fix first.
Surface Recon
Certificate transparency, passive DNS resolution, and non-intrusive async TCP connect fingerprinting without slow, noisy scanners.
Active Exploitation
Live synchronization with the CISA KEV catalogue and 30-day EPSS exploit prediction to separate theoretical bugs from real weapons.
Asset Criticality
Crown jewels vs ephemeral staging. Custom business impact weighting from naming conventions, open ports, and cloud environment metadata.
Explainable Triage
Zero black boxes. Every finding includes the transparent mathematical formula and threat intelligence reasoning that produced its ranking.
Exploitation-First Defense in Numbers
94%+
noise reduction by filtering unexploited CVE backlog.
<15m
minutes end-to-end pipeline run from raw domain to ranked report by agentic search.
100%
explainability on every score — argue with the reasoning, not the tool learning.
Zero
0 paid proprietary API keys required — built on open, authoritative threat feeds.
One Pipeline. Five Modular Stages.
CISA KEV vs CVSS
The Challenge
Triaging 2,400+ unranked CVE alerts without knowing which ones attackers are actually weaponizing.
The Result
Filtering by CISA KEV and EPSS reduced the immediate action backlog from 2,400 to 14 critical, actively-exploited weaknesses.
Continuous Recon
The Challenge
Unmapped test environments and abandoned staging clusters exposed to public internet recon.
The Result
Pure Python async discovery mapped 100% of exposed assets and open ports without requiring heavy scanner agents.
Explainable Scoring
The Challenge
Engineering teams refusing to patch because traditional scanner severity scores lacked technical justification.
The Result
Verbatim reasoning produced for every finding allowed infrastructure teams to verify and remediate top-10 threats in hours.
Modular, Asynchronous, and 100% Explainable Architecture
Built in typed Python 3.14 with an asynchronous pipeline. Every stage — Discover, Ingest, Enrich, Score, Deliver — takes typed schemas and produces typed findings, so the scoring engine can evolve into learned machine models without touching discovery.
