First AI-Native Security Platform with Integrated Vulnerability Scanning
AI Vulnerability Scanner
The first AI vulnerability scanner to unify multiple attack surfaces with our proprietary AI custom model. Enterprise-grade vulnerability management that cuts through the noise with continuous scanning across your entire infrastructure—at a fraction of the cost of Qualys and Tenable.
The industry's first AI-powered scanner to unify web applications, internal networks, APIs, and cloud infrastructure into one intelligent platform powered by our proprietary custom AI model.
Web Application
Deep OWASP Top 10 analysis with AI-powered threat detection
SQL InjectionXSSCSRFSecurity Misconfigurations
Internal Network
Zero-trust architecture scanning with intelligent asset discovery
Port AnalysisService DetectionNetwork SegmentationLateral Movement
API & Endpoints
Comprehensive API security testing and endpoint vulnerability analysis
IAM PoliciesStorage ExposureNetwork SecurityCompliance
Experience Our Intuitive Platform
A unified dashboard that brings clarity to complex security data—see vulnerabilities, prioritize risks, and track remediation progress all in one place.
Real-time vulnerability detection
AI-powered risk prioritization
Actionable remediation insights
Comprehensive Attack Surface Coverage
External Assets
Continuous monitoring of your public-facing infrastructure with AI-powered threat correlation across web applications, APIs, and cloud resources.
Dark Web MonitoringSource Code AnalysisWAF IntegrationCDN Security
Internal Network
Zero-trust network scanning identifies misconfigurations, lateral movement paths, and unauthorized access points within your internal infrastructure.
Advanced features designed for modern security teams who demand more from their vulnerability management platform—without the enterprise price tag of traditional solutions.
Proprietary AI Custom Model
Our custom-built AI model identifies zero-day vulnerabilities and anomalous patterns across multiple attack surfaces that traditional scanners miss
Unified Platform
Single dashboard for all vulnerability types - no need to juggle multiple tools or vendors
Real-Time Monitoring
Continuous scanning with instant alerting for critical vulnerabilities and configuration changes
Intelligent Prioritization
AI-driven risk scoring that focuses your team on what matters most based on your environment
Zero-Trust Architecture
Built on modern security principles with comprehensive internal network visibility
Compliance Ready
Automated reporting for PCI-DSS, HIPAA, SOC 2, ISO 27001, and other regulatory frameworks
Integration Ecosystem
Seamlessly integrates with your existing security stack and development workflows.
Jira
Slack
ServiceNow
PagerDuty
GitHub
GitLab
Azure DevOps
Splunk
Technical Specifications
Deep dive into the comprehensive scanning capabilities, detection modules, and AI-powered security analysis that powers our proprietary vulnerability scanner.
Web Application Security Engine
Injection Attack Detection
SQL Injection (Boolean, Error, Time-based, Union)
NoSQL Injection Detection
LDAP Injection Analysis
XML Injection & XXE
Command Injection Testing
Code Injection Detection
Cross-Site Scripting (XSS)
Reflected XSS Detection
Stored/Persistent XSS
DOM-based XSS Analysis
JavaScript Context Testing
HTML Attribute Injection
SVG-based XSS Vectors
Authentication & Session
Broken Authentication Testing
Session Fixation Detection
Cookie Security Analysis
Password Policy Evaluation
Multi-factor Authentication Bypass
Token Validation Testing
Access Control Testing
Vertical Privilege Escalation
Horizontal Privilege Escalation
IDOR (Insecure Direct Object References)
Path Traversal Detection
File Inclusion (LFI/RFI)
Authorization Bypass Testing
Security Misconfiguration
HTTP Security Headers Analysis
SSL/TLS Configuration Testing
CORS Policy Validation
Directory Listing Detection
Default Credentials Testing
Information Disclosure Analysis
Advanced Web Attacks
CSRF (Cross-Site Request Forgery)
Server-Side Request Forgery (SSRF)
XML External Entity (XXE)
Deserialization Vulnerabilities
Race Condition Detection
Business Logic Flaws
Network Security Analysis Engine
Port & Service Discovery
TCP SYN/Connect Scanning
UDP Port Scanning
Service Version Detection
Operating System Fingerprinting
Banner Grabbing
Protocol Detection
Vulnerability Assessment
CVE Database Cross-referencing
Exploit Availability Checking
Patch Level Analysis
Configuration Weakness Detection
Default Credential Testing
Deprecated Protocol Identification
Network Protocols
SMB/CIFS Security Testing
SSH Configuration Analysis
FTP/FTPS Vulnerability Checks
SNMP Security Assessment
DNS Security Evaluation
RDP Exposure Detection
Firewall & Filtering
Firewall Rule Analysis
ACL Configuration Review
Port Filtering Detection
IDS/IPS Evasion Testing
Network Segmentation Validation
Packet Fragmentation Analysis
Wireless Security
WiFi Encryption Assessment
WPA/WPA2/WPA3 Testing
Rogue Access Point Detection
SSID Enumeration
Wireless Client Analysis
Evil Twin Detection
Asset Discovery
Live Host Detection
Network Topology Mapping
Device Classification
Shadow IT Identification
IoT Device Discovery
Virtual Infrastructure Detection
API Security Testing Engine
API Reconnaissance
API Endpoint Discovery
GraphQL Schema Analysis
REST API Enumeration
SOAP Service Detection
API Documentation Parsing
Swagger/OpenAPI Analysis
Authentication Testing
OAuth 2.0 Flow Analysis
JWT Token Validation
API Key Security Testing
Bearer Token Analysis
Certificate-based Auth Testing
SAML Assertion Validation
Data Exposure Testing
Sensitive Data Leakage
Mass Assignment Vulnerabilities
Excessive Data Exposure
API Response Analysis
PII Detection in Responses
Error Message Information Leaks
Rate Limiting & DoS
Rate Limit Testing
Resource Exhaustion Analysis
API Abuse Detection
GraphQL Query Depth Testing
Batch Request Handling
Throttling Mechanism Validation
API-Specific Attacks
Broken Object Level Authorization
Broken Function Level Authorization
Security Misconfiguration
Injection Attacks (API Context)
Improper Asset Management
Insufficient Logging & Monitoring
API Protocols
RESTful API Testing
GraphQL Security Analysis
gRPC Vulnerability Testing
WebSocket Security
SOAP/XML-RPC Testing
JSON-RPC Analysis
Cloud Infrastructure Security Engine
IAM & Access Control
Overly Permissive IAM Policies
Root Account Usage Detection
Service Account Analysis
Role-based Access Review
MFA Enforcement Validation
Privilege Escalation Paths
Storage Security
Public Bucket Detection
Encryption at Rest Validation
Versioning Configuration
Access Logging Analysis
Backup Policy Review
Data Retention Compliance
Network Configuration
Security Group Misconfiguration
Network ACL Analysis
VPC Peering Security
Subnet Isolation Validation
Internet Gateway Exposure
VPN Configuration Review
Compute Security
Instance Metadata Service (IMDS)
Unpatched Instance Detection
Public IP Exposure
SSH Key Management
Container Security Scanning
Serverless Function Analysis
Database Security
Public Database Exposure
Encryption in Transit/Rest
Automated Backup Validation
Default Credential Testing
Point-in-time Recovery Settings
Database Access Logging
Compliance & Logging
CloudTrail Configuration
Log Aggregation Analysis
Compliance Framework Mapping
Audit Trail Validation
Alerting Configuration Review
Data Sovereignty Compliance
Proprietary AI Analysis Engine
Anomaly Detection
Machine learning algorithms identify unusual patterns and behaviors across all attack surfaces that traditional signature-based scanners miss
Risk Prioritization
Context-aware AI scoring that considers asset criticality, exploitability, and business impact to prioritize remediation efforts
Attack Path Analysis
AI-powered modeling of potential attack chains across web, network, API, and cloud infrastructure to identify critical exposure points
Zero-Day Prediction
Predictive models trained on vulnerability trends and exploit patterns to identify potential zero-day vulnerabilities before public disclosure
False Positive Reduction
Advanced correlation algorithms reduce false positives by 94% through multi-vector validation and contextual analysis
Cross-Surface Correlation
Unique AI capability to correlate vulnerabilities across web applications, internal networks, APIs, and cloud infrastructure for comprehensive risk assessment
Scanning Capabilities & Performance
Scan Modes
Passive Reconnaissance
Active Vulnerability Scanning
Stealth Mode (IDS/IPS Evasion)
Authenticated Scanning
Compliance-focused Scans
Continuous Monitoring Mode
Reporting & Output
Executive Summary Reports
Technical Vulnerability Details
Compliance Mapping (PCI-DSS, HIPAA, SOC 2)
Remediation Prioritization
Trend Analysis & Metrics
Custom Report Templates
Integration & Automation
RESTful API Access
Webhook Notifications
CI/CD Pipeline Integration
SIEM Integration
Ticketing System Sync
Scheduled Scan Automation
Why Choose City of Hats?
The first AI vulnerability scanner to integrate multiple attack surfaces with a proprietary custom AI model—delivering enterprise capabilities at a fraction of the cost. See how we compare to traditional solutions like Qualys and Tenable.
Feature
City of Hats AI
Qualys
Tenable
Rapid7
Invicti
Proprietary AI Model
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Multi-Surface AI Analysis
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Setup Time
< 1 hour
2-3 days
2-4 days
1-2 days
1-2 days
Web + Network + API + Cloud
Separate Products
Separate Products
Separate Products
Web Focus
Unified Dashboard
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Limited
Zero-Trust Network
Partial
Partial
Partial
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Cloud Native
Legacy
Hybrid
Hybrid
90%
Cost Savings
Enterprise security at a fraction of the cost of Qualys ($2,500+/mo) and Tenable ($2,200+/mo)
5x
Faster Deployment
Get up and running in under an hour
94%
Accuracy Rate
AI-powered detection reduces false positives
Ready to Transform Your Security Posture?
Experience the world's first AI vulnerability scanner that unifies multiple attack surfaces with proprietary custom AI technology—all at a fraction of the cost of traditional enterprise solutions. Join security teams securing their infrastructure with intelligent, next-generation vulnerability management.
