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Openclaw Security Hardening

  • 73 installs
  • 44 repo stars
  • Updated May 22, 2026
  • bagelhole/devops-security-agent-skills

OpenClaw Security Hardening is a Claude Code skill that hardens self-hosted OpenClaw environments across host, auth, secrets, and network controls.

About

OpenClaw Security Hardening reduces exposure in self-hosted OpenClaw deployments before opening access to teammates or external networks. A developer uses it to build a threat model, apply baseline host hardening, put a reverse proxy with TLS and rate limits in front, protect secrets and tokens, and segment network access into private, operator, and public tiers. It also covers detection, backups, and rollback drills.

  • Threat-model-first approach with baseline host hardening steps
  • Reverse proxy, auth, secrets vaulting, and token rotation guidance
  • Three-tier network segmentation plus detection and recovery runbook

Openclaw Security Hardening by the numbers

  • 73 all-time installs (skills.sh)
  • Ranked #1,158 of 2,203 Security skills by installs in the Skillselion catalog
  • Data as of Jul 28, 2026 (Skillselion catalog sync)
At a glance

openclaw-security-hardening capabilities & compatibility

Capabilities
security audit · container hardening · kubernetes hardening
Use cases
security audit · devops
Platforms
Linux
Runs
Runs locally
From the docs

What openclaw-security-hardening says it does

Use this skill to reduce exposure in self-hosted OpenClaw deployments before opening access to teammates or external networks.
SKILL.md
Store secrets in a vault or platform secret manager, not committed `.env` files.
SKILL.md
Do not publish raw OpenClaw service ports directly to the internet.
SKILL.md
npx skills add https://github.com/bagelhole/devops-security-agent-skills --skill openclaw-security-hardening

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Listed on Skillselion
Installs73
repo stars44
Last updatedMay 22, 2026
Repositorybagelhole/devops-security-agent-skills

What it does

Harden a self-hosted OpenClaw environment across host, auth, secrets, and network before granting wider access.

Who is it for?

Teams deploying OpenClaw in home labs, startups, or production-like local AI infrastructure that need a security baseline.

When should I use this skill?

When deploying OpenClaw in home labs, startups, or production-like local AI infrastructure.

What you get

A hardened OpenClaw deployment with least-privilege host, gated auth, vaulted secrets, and segmented network access.

  • Threat model
  • Hardened host baseline
  • Network segmentation plan

By the numbers

  • 3-tier network segmentation model
  • 5-step key rotation checklist

Files

SKILL.mdMarkdownGitHub ↗

OpenClaw Security Hardening

Use this skill to reduce exposure in self-hosted OpenClaw deployments before opening access to teammates or external networks.

Build a Threat Model First

Map the highest-risk assets and paths:

  • Admin/API endpoints for OpenClaw
  • Provider API keys and model credentials
  • Prompt/response logs containing sensitive business data
  • Host-level access (SSH, local admin accounts, remote desktop)

Prioritize controls that reduce credential theft, remote code execution blast radius, and data exfiltration.

Apply Baseline Host Hardening

1. Keep OS and package dependencies patched on a regular cadence. 2. Run OpenClaw as a dedicated non-admin user account. 3. Enable full-disk encryption and secure boot features where available. 4. Remove unnecessary services and block inbound ports by default. 5. Lock down remote admin (key-only SSH, no password login, limited source CIDRs).

Example Linux baseline checks:

id openclaw
sudo ss -tulpn
sudo ufw status verbose
sudo systemctl --failed

Harden Application Runtime

  • Bind OpenClaw to localhost or private VLAN by default.
  • Place a reverse proxy in front of OpenClaw for TLS, auth, and rate limits.
  • Enforce authentication on every non-health endpoint.
  • Disable debug/dev modes in persistent environments.
  • Restrict outbound egress to only required providers (LLM API, telemetry sink, package mirror).

Example reverse proxy controls to enforce:

  • TLS 1.2+ only
  • strict transport security header
  • request body size limits
  • request timeout and upstream timeout guardrails
  • per-IP and per-token rate limiting

Protect Secrets and Tokens

  • Store secrets in a vault or platform secret manager, not committed .env files.
  • Rotate provider and admin tokens on a fixed interval and after any incident.
  • Scope tokens minimally (least privilege, per-service keys).
  • Scan repos and deployment artifacts for leaked credentials before release.

Rotation checklist:

1. Generate replacement key. 2. Update runtime secret store. 3. Restart or reload OpenClaw. 4. Validate request success with new key. 5. Revoke old key.

Segment Network Access

Use layered access patterns:

  • Tier 1 (private): OpenClaw service port reachable only from app/proxy subnet.
  • Tier 2 (operator): Admin plane reachable only from VPN/Tailscale/WireGuard.
  • Tier 3 (public): Expose only hardened reverse proxy with strict ACLs.

Do not publish raw OpenClaw service ports directly to the internet.

Add Detection and Recovery Paths

  • Centralize auth, error, and audit logs.
  • Alert on brute-force attempts, token failures, and unusual outbound traffic.
  • Capture immutable backup snapshots of configs and prompt data retention settings.
  • Test rollback and restore procedures every release cycle.

Minimum operational runbook:

  • service restart path
  • key revocation path
  • incident isolation path (network block + token disable)
  • known-good rollback version

Validation Checklist

  • All sensitive endpoints require auth and are unreachable without VPN or gateway policy.
  • Secrets are absent from repo history and plaintext shared directories.
  • Host firewall default deny is active for inbound traffic.
  • TLS termination and rate limits are active at ingress.
  • Rollback drill can restore service within target RTO.

Related Skills

  • openclaw-local-mac-mini - Local OpenClaw hosting setup
  • multi-tenant-llm-hosting - Multi-tenant AI isolation patterns
  • zero-trust - Private access and identity-aware network controls

Related skills

Securityappsecsecretsaudit

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