[ AI ATTACK PATH ANALYSIS ]

See How Attackers Connect the Dots.

AI-driven attack path visualization that links vulnerabilities, misconfigurations, and exposed assets into exploitable chains — showing you the story an attacker would follow before they do.

Graph Analysis

Linked asset mapping

AI Correlation

Automated chaining

Path Visualization

Interactive graphs

Attack Stories

Narrative-driven

Attack Path #AP-2847

CRITICAL

// Path to Domain Admin via exposed Jenkins → SSRF → AWS keys
// Risk Score: 9.4 / 10  ·  Steps: 5

Exposed Jenkins (ci.corp.io) ENTRY

CVE-2024-23897 · No auth required

SSRF to internal metadata
AWS IAM Keys Extracted PIVOT

Role: deploy-prod · S3 + EC2 full access

Enumerate S3 → find DB backups
Production DB Credentials ESCALATE

Plaintext creds in config backup on S3

Lateral move → AD service account
Domain Admin Achieved OBJECTIVE

Full enterprise compromise in 4 hops

4

Hops

9.4

Risk Score

~2h

Exploit Time

[ TRUSTED BY INDUSTRY LEADERS ]

Securing critical infrastructure for forward-thinking organizations.

Core Capabilities

From Isolated Findings to Exploitable Narratives

Traditional scanners give you a list. We give you the story — how an attacker chains weaknesses together to reach your crown jewels.

Graph-Based Asset Mapping

Every asset, identity, permission, and vulnerability is modeled as a node in a knowledge graph. Relationships between them reveal paths no scanner can see in isolation.

Cloud, on-prem, and hybrid environments
Identity and permission relationships
Network topology awareness

AI Path Discovery

Machine learning models traverse the graph to find multi-step attack chains — combining CVEs, misconfigs, weak credentials, and trust relationships into realistic exploit sequences.

Multi-hop path computation
Probability-weighted scoring
Continuous re-evaluation

Interactive Visualization

Explore attack paths on a zoomable, clickable graph. Click any node to see its vulnerabilities, click any edge to see the technique an attacker would use to traverse it.

Zoomable force-directed graphs
Filter by severity, asset type, or path length
Export to PDF for board reporting

Narrative Attack Stories

AI generates plain-English narratives for each path: "An attacker exploiting X can pivot to Y, escalate via Z, and reach Domain Admin in 4 hops." Perfect for executive reporting.

Auto-generated executive summaries
MITRE ATT&CK technique mapping
Remediation priority recommendations

Blast Radius Modeling

For any compromised node, instantly see what else becomes reachable. Understand the downstream impact of a single vulnerability being exploited.

"What-if" compromise simulation
Crown jewel reachability analysis
Choke-point identification

Prioritized Remediation

Fix the one node that breaks the most paths. Our AI ranks remediation actions by how many attack chains they eliminate — not just CVSS score.

Path-aware prioritization
Fix one, break many paths
Effort vs. impact scoring
How It Works

From Raw Data to Attack Narrative

Four steps to transform disconnected security findings into a clear picture of how your organization can actually be compromised.

01

Ingest & Model

We ingest your vulnerability scans, cloud configs, identity providers, and network topology into a unified knowledge graph.

02

Build the Graph

Assets, identities, permissions, and vulnerabilities become nodes. Trust relationships, network paths, and credential reuse become edges.

03

AI Traversal

Our AI walks the graph like an attacker would — chaining weaknesses, escalating privileges, and finding the shortest path to your crown jewels.

04

Visualize & Narrate

Each discovered path is rendered as an interactive graph and a plain-English attack story with remediation steps ranked by impact.

Interactive path graphs
Executive narratives
Remediation playbooks
MITRE ATT&CK mapping
See Your Attack Paths

Know the Story Before the Attacker Writes It

Stop fixing vulnerabilities in isolation. See how they chain together, prioritize what actually matters, and break the paths that lead to compromise.

87%
Paths eliminated by fixing top 3 nodes
<5min
To generate full path analysis
Paths computed continuously
AI-powered, analyst-validated
Continuous path monitoring