Website Security Scanner (Free) | 75+ Checks in 60 Seconds | AI QA Monkey

What

AI QA Monkey’s Website Security Scanner is a web-based security audit tool that runs a fast, external scan of a website and reports common exposure points. Based on the page, it is designed to check more than 75 items in roughly 30 to 60 seconds, including SSL/TLS setup, open ports, sensitive file leaks, WordPress exposures, DNS and email security records, CORS issues, and related attack-surface signals.

The product appears aimed at agencies, SaaS teams, developers, security-conscious founders, and business owners that want an immediate risk snapshot without a full manual penetration test. Its positioning is likely a low-friction, automated recon and reporting tool: a free basic scan for quick visibility, with paid per-domain reporting and remediation guidance for deeper analysis.

Features

• 75+ automated website security checks — Scans for SSL, headers, ports, files, CORS, DNS, DKIM, and related signals to give a broad initial view of external security posture.
• Sensitive file and exposure detection — Looks for exposed .env, .git, backup files, and similar leaks that can reveal credentials or internal configuration.
• WordPress-focused reconnaissance — Checks for username enumeration, plugin exposure, xmlrpc.php, wp-config.php, and upload directory issues that are common in WordPress environments.
• DNS, email, and reputation analysis — Reviews SPF, DKIM, DMARC, blacklist status, and subdomain-related findings to surface domain and email security weaknesses.
• Attack surface and API discovery — Identifies subdomains, exposed API documentation, public endpoints, CORS misconfigurations, possible subdomain takeover risks, and cloud storage references.
• Report exports and AI-assisted remediation — Offers PDF, JSON, and CSV outputs, plus “Copy Fix” and “AI Fix Prompt” options to help teams turn findings into remediation tasks.

Helpful Tips

• Use it as a reconnaissance and prioritization layer, not a full security program — The page describes broad external checks, but that does not by itself confirm deep authenticated testing or full manual penetration testing coverage.
• Validate critical findings before remediation at scale — Fast scanners are useful for surfacing likely issues, but teams should confirm severity and business impact, especially for infrastructure and compliance-related items.
• Match the scanner to your site stack — The strongest value appears to be for public websites, WordPress properties, APIs, and domains where misconfigurations, leaked files, and DNS issues are common.
• Plan ownership for fixes before rollout — The exported reports and remediation prompts will be most useful when engineering, DevOps, and web teams already have a clear workflow for triage and implementation.
• Treat compliance indicators carefully — The site references GDPR readiness and compliance mapping, but buyers should verify how far those checks go, since automated scans usually cover technical signals rather than full legal or operational compliance.

OpenClaw Skills

This product could fit well into the OpenClaw ecosystem as a likely upstream signal source for security operations, web governance, or client-service workflows. A likely OpenClaw skill could ingest scan outputs from PDF, JSON, or CSV reports, normalize findings, classify them by severity and owner, and route them into remediation queues for engineering, IT, or agency account teams. Another likely workflow would summarize findings into stakeholder-ready reports for founders, operations leads, or client executives.

A broader OpenClaw agent layer could turn recurring website scans into continuous operational routines: track score changes over time, compare multiple properties, generate issue-specific fix plans, and correlate web exposure trends by industry or client account. That combination could be especially useful for agencies, managed service providers, and lean SaaS teams, because it shifts website security from one-off audits toward a repeatable review-and-remediation process. These are likely use cases rather than confirmed native integrations, since the page does not explicitly describe OpenClaw connectivity.