Model Context Protocol high risk

Secops

A unified security platform integrating multiple security tools with a consistent JSON output, designed for comprehensive security scanning and testing.

Connections & Capabilities

Connects To

GitHubDocker

Capabilities

readwriteexecadmin

Quickstart

Install

pip install -r

Exposed MCP Tools (15)

moderate

Nuclei

Performs vulnerability scanning using customizable templates.

Can trigger vulnerabilities and potentially disrupt services.

moderate

FFUF

Discovers web content and hidden files through fuzzing.

Excessive fuzzing can overload servers.

safe

Amass

Maps attack surfaces and discovers external assets.

Primarily a reconnaissance tool with minimal direct impact.

moderate

Arjun

Finds hidden HTTP parameters in web applications.

Can potentially expose sensitive parameters.

moderate

Dirsearch

Scans for web paths and directories.

May reveal sensitive files or directories.

safe

Gospider

Crawls websites and discovers URLs.

Web crawling is generally safe, but can cause load.

critical

Hashcat

Recovers passwords using advanced cracking techniques.

Password cracking can be used for malicious purposes.

safe

HTTPX

Probes and analyzes HTTP endpoints.

Primarily for information gathering.

safe

IPInfo

Gathers information about IP addresses.

Read-only IP information gathering.

moderate

Nmap

Explores networks and audits security.

Network scanning can be intrusive.

critical

SQLMap

Tests for and exploits SQL injection vulnerabilities.

Can lead to database takeover.

safe

Subfinder

Discovers subdomains for a given domain.

Subdomain enumeration is generally safe.

safe

TLSX

Scans and analyzes TLS/SSL configurations.

Read-only TLS/SSL analysis.

moderate

WFuzz

Fuzzes web applications to find vulnerabilities.

Can cause service disruptions.

critical

XSStrike

Detects and exploits XSS vulnerabilities.

Can lead to code execution in the browser.

Safety Assessment

This platform offers powerful security testing capabilities but carries significant risk due to the inclusion of destructive tools. It's safe for authorized security testing in controlled environments with proper authorization. It's risky if used without proper authorization, without understanding the tools, or against production systems without adequate safeguards.

Docker support provides some level of isolation.
Consistent JSON output aids in automated analysis.
Error handling provides some level of stability.
Includes tools for reconnaissance, not just attack.

Includes tools capable of destructive actions (SQL injection, password cracking).
Requires careful configuration to avoid unintended consequences.
Manual installation requires placing tools in system PATH, increasing risk.
No built-in sandboxing beyond Docker containerization.
Relies on external tools, inheriting their vulnerabilities.