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proxychains-tunnel

Run in-scope network commands through a SOCKS5 tunnel with proxychains4, including tunnel readiness checks and evidence capture. Use when traffic must traverse a local SOCKS proxy (for example pivoting through SSH dynamic forwarding).

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Repository
SpecterOps/skills
Letzte Quellaktivität
29. Mai 2026 um 15:51
Erkannte Sprache von SKILL.md
Englisch
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657
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72

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SKILL.md
Quellanweisungen · Schreibgeschützte Vorschau
name
proxychains-tunnel
description
Run in-scope network commands through a SOCKS5 tunnel with proxychains4, including tunnel readiness checks and evidence capture. Use when traffic must traverse a local SOCKS proxy (for example pivoting through SSH dynamic forwarding).
metadata
{"author":"GhostWorks"}
# Proxychains Tunnel Run scoped commands through `proxychains4` when a task requires a SOCKS5 tunnel (for example, internal recon through a pivot host). ## Input Contract Accept input as: `SOCKS_HOST:SOCKS_PORT COMMAND [MODE] [NOISE]` Mode: - `plan`: return command plan only - `execute` (default): run checks and command sequence Noise: - `low` (default): single-host validation and bounded probing - `medium`: broader enumeration - `high`: aggressive/noisy actions (approval required) Examples: - `$proxychains-tunnel 127.0.0.1:8080 "nmap -Pn -p 445 192.0.2.21" execute low` - `$proxychains-tunnel 127.0.0.1:8080 "smbclient -L //192.0.2.21 -N" execute low` - `$proxychains-tunnel 127.0.0.1:1080 "crackmapexec smb 192.0.2.0/24 -u '' -p ''" plan medium` Natural-language mapping example: - Request: `Use the Socks5 tunnel on 127.0.0.1:8080 to check port 445` - Command intent: `nmap -Pn -p 445 <target>` - Execution pattern: `proxychains4 <command>` ## Preconditions 1. Confirm target is in scope for the active engagement before executing commands. 2. Confirm `proxychains4` is installed. 3. Build an isolated proxychains config for each run instead of mutating global config. 4. Validate local proxy listener before running target command. ## Execution Workflow 1. Parse and validate: - split `SOCKS_HOST:SOCKS_PORT`, - parse target command and identify likely noise profile. 2. Create temporary config: ```bash cat > /tmp/proxychains-codex.conf <<'EOF' strict_chain proxy_dns tcp_read_time_out 15000 tcp_connect_time_out 8000 [ProxyList] socks5 127.0.0.1 8080 EOF ``` Replace the `socks5` endpoint with provided `SOCKS_HOST:SOCKS_PORT`. 3. Readiness checks: - `nc -zv <SOCKS_HOST> <SOCKS_PORT>` - optional egress check: - direct: `curl -4 -s https://icanhazip.com` - proxied: `proxychains4 -q -f /tmp/proxychains-codex.conf curl -4 -s https://icanhazip.com` - fail fast if tunnel is down. 4. Execute proxied command: ```bash proxychains4 -q -f /tmp/proxychains-codex.conf <COMMAND> ``` For the port-445 example: ```bash proxychains4 -q -f /tmp/proxychains-codex.conf nmap -Pn -p 445 192.0.2.21 ``` 5. Cleanup: - remove temp config: `rm -f /tmp/proxychains-codex.conf` ## OPSEC Gate Require explicit operator confirmation before OPSEC-dangerous actions, including: - subnet-wide scans through the tunnel, - aggressive timing or full-port scans, - brute force or spraying via proxied services, - exploit execution through the tunnel. Before requesting confirmation, provide: - exact command, - objective, - expected impact, - assumptions/prerequisites, - telemetry and detection surfaces (host/network/identity/EDR-SIEM). ## Reporting Requirements For each tunneled validation, include: - SOCKS endpoint and config mode used (`strict_chain`, `proxy_dns`), - exact command executed (with `proxychains4` wrapper), - readiness-check output and command output, - timestamp (UTC ISO 8601), - confirmed result vs inference, - remediation or next validation step.
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