Check Point Firewall Audit for Openclaw

A specialized security audit skill for Check Point R80+ and R81.x environments focusing on rulebase layers, blade activation, and management plane integrity.

vahagn-madatyan
v1.0.0
Mar 22, 2026
0
821
0

Install & Download

1. ClawHub CLI

The fastest way to install a skill directly from the registry.

npx clawhub@latest install checkpoint-firewall-audit

2. Manual Installation

Copy the skill folder to one of these locations

Global
~/.openclaw/skills/
Workspace
<project>/skills/

Priority: Workspace > Local > Bundled

3. Prompt Installation

Copy this prompt to OpenClaw to install it automatically.

Help me install checkpoint-firewall-audit using Clawhub. If Clawhub is not installed, install it first (npm i -g clawhub).

Prefer to download?

Get the raw skill files in a ZIP archive.

What is Check Point Firewall Audit?

The Check Point Firewall Audit skill provides a systematic framework for evaluating the security posture of Check Point Security Gateways. Unlike generic scanning tools, this Openclaw Skills integration focuses on the specific nuances of the R80+ Unified Policy model, including ordered and inline layers, Software Blade coverage, and Secure Internal Communication (SIC) trust validation.

It enables security engineers and auditors to perform deep-dive assessments of management architecture, NAT policies, and identity awareness integrations. By leveraging both the Management API and gateway-level CLI commands, it ensures that the actual installed policy matches security requirements and compliance standards.

Check Point Firewall Audit Use Cases

  • Periodic rulebase layer reviews to identify overly permissive rules or structural inefficiencies.
  • Verifying licensed Software Blade activation across all managed gateways to ensure full security coverage.
  • Conducting pre-upgrade baselines before migrating from R80.x to R81.x versions.
  • Performing multi-domain (MDS) isolation audits in MSSP or complex enterprise environments.
  • Post-incident forensic assessments to determine how specific traffic was permitted through the rulebase.

How Check Point Firewall Audit Works

  1. Inventory the management architecture by mapping the topology of Management Servers, Log Servers, and Gateways using mgmt_cli.
  2. Validate SIC trust status to ensure gateways are receiving the latest policy updates and forwarding logs correctly.
  3. Analyze rulebase layers sequentially to evaluate rule ordering, implicit rules, and overly permissive 'Any' configurations.
  4. Audit Software Blade activation by comparing licensed entitlements against enabled gateway functions like IPS, Anti-Bot, and HTTPS Inspection.
  5. Review NAT policies (Automatic and Manual) to detect conflicts or unintended exposure of internal addressing.
  6. Assess Identity Awareness sources and Access Role coverage to ensure user-based policies are functioning as intended.
  7. Verify log completeness and signature currency for threat prevention databases.

Check Point Firewall Audit Setup

To utilize this skill within Openclaw Skills, ensure you have read-only administrator access to the Management Server API and SSH access to the gateways.

# Verify Management API connectivity
mgmt_cli show gateways-and-servers --format json -r true

# Check Gateway SIC status from the CLI
cpstat sic

# Verify running policy version on the gateway
fw stat

Check Point Firewall Audit Data Schema & Taxonomy

The audit organizes findings into a structured report following this taxonomy:

Component Data Points Collected
Management Hostnames, Versions, SIC Status, Disk Health
Rulebase Layer Names, Rule Counts, Hit Counts, Disabled Rules
Blades License Status, Activation State, Profile Assignments
NAT Manual vs Automatic Rules, Static NAT Entries
Compliance Signature Ages (IPS, AppControl, Anti-Bot, AV)
Logs Connectivity status, Track settings, SmartEvent correlation

Check Point Firewall Audit Advanced Features

  • Programmatic export of large rulebases via Management API for automated shadow rule detection.
  • Multi-Domain Server (MDS) context switching for auditing isolated tenant environments.
  • SecureXL and CoreXL path analysis to ensure traffic isn't bypassing deep packet inspection blades.
  • Detailed policy severity classification mapping findings to Critical, High, or Medium risk levels.
  • Integration-ready report templates for compliance documentation (e.g., quarterly security reviews).

SKILL.md


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