SECURE HOST ENVIRONMENT

Continuous Port Auditing & Anomaly Intelligence

CyberGuard monitors active sockets on your host machine, maps network binds to running process trees, detects exposure anomalies, and enables quick threat mitigation in a single dashboard.

Launch Security Console Explore Features

Active Sockets Audit

> netstat -ano | findstr LISTENING

TCP 0.0.0.0:135 LISTENING PID 996 (svchost.exe)

TCP 127.0.0.1:3000 LISTENING PID 14322 (node.exe)

TCP 0.0.0.0:4444 LISTENING PID 21010 (unknown.exe) [⚠️ ANOMALY]

Socket Audit System

Instantly scans Windows sockets and maps listening ports to owning PIDs and processes.

ANOMALY PROFILE: DANGEROUS_PORT

Target Port: 4444

Protocol: TCP

Risk Classification: HIGH RISK

Metasploit default listener signature detected. Exposure threat matches known exploitation tools.

Anomaly Threat Engine

Analyzes exposure vectors, flags public bindings, and reports critical threat profiles.

WHITELIST BASELINE REGISTER

Port 3000 (node.exe) TRUSTED

Port 8080 (chrome.exe) TRUSTED

Port 4444 (unknown.exe) UNTRUSTED

Adaptive Whitelisting

Define trusted service baselines to filter out routine ports and eliminate alarm noise.

AUDIT CAPABILITIES

Designed to expose local network vulnerabilities

An elegant stack built to monitor listening sockets, identify system drift, and secure endpoints.

Socket & Process Audits

Instantly scans listening TCP/UDP ports and correlates them to active system PIDs and executable file names.

Anomaly Intelligence

Flags public network exposures, known malware listeners, database port bindings, and baseline drift configurations.

Active Mitigation

Allows security administrators to force-terminate suspicious or unauthorized processes directly from the console interface.

NOISE REDUCTION

Adaptive Configuration Baselines

Tired of alarm fatigue? CyberGuard's baseline engine remembers trusted port-process pairings. Simply trust verified developers, and only newly opened sockets or configuration shifts will trigger notifications in future scans.

Try Whitelisting Now

{
  "trusted_rules": [
    {
      "port": 3000,
      "process": "node.exe",
      "protocol": "TCP"
    },
    {
      "port": 135,
      "process": "svchost.exe",
      "protocol": "TCP"
    }
  ]
}