| name | tpn-proxy |
| aliases | ["tpn","subnet-65","sn65","proxy","socks5"] |
| description | Make web requests through decentralized SOCKS5 proxies via the Tao Private Network (TPN). This skill is also known as "TPN", "TPN proxy", "subnet 65", or "SN65" — if the user asks to "run TPN", "use a proxy", "use TPN to open", or references "subnet 65", this is the skill they mean. Use when the user wants to route HTTP traffic through a proxy, make anonymous web requests, access geo-restricted content, use a decentralized VPN, fetch a URL through a SOCKS5 proxy, or needs residential proxy IPs. Supports both centralised API key authentication and decentralised x402 micropayments. |
| metadata | {"openclaw":{"emoji":"📡","requires":{"bins":["curl"],"env":["TPN_API_KEY"]},"primaryEnv":"TPN_API_KEY"}} |
TPN Decentralized SOCKS5 Proxy
Route web traffic through Tao Private Network's decentralized SOCKS5 proxies — a Bittensor subnet (SN65) with commercial and residential exit nodes across 80+ countries.
Ask this skill things like:
- Open https://ipv4.icanhazip.com through a proxy in Germany
- Show me a curl command that proxies google.com through a US ip address
- I need a socks5 proxy in Japan for 30 minutes
- Which countries are available on TPN for proxies?
Security Posture
| Aspect | Detail |
|---|
| Environment variables | TPN_API_KEY — existence-checked only ([ -n "$TPN_API_KEY" ]), never echoed or logged |
| Files read/written | None |
| Other secrets accessed | None — no signing keys, no credentials beyond TPN_API_KEY |
| Network destinations | api.taoprivatenetwork.com (API calls) + user-specified URLs (validated per Step 5) |
| x402 signing | Handled entirely by external libraries (@x402/*); this skill provides endpoint URLs only |
This is an action skill
This skill executes API calls and returns results directly — it does not output documentation or instructions for the user to follow.
Expected behaviour:
- Call the TPN API yourself (via
curl or equivalent) and return the full proxy credentials to the user.
- When the user asks you to fetch a URL through a proxy, make that request yourself too.
- Show the full SOCKS5 credentials (username, password, host, port) — these are short-lived and scoped to the proxy lease.
- The only time you should show the user how to call the API is when they explicitly ask "how do I do this myself?" or similar.
- If no API key exists, guide the user through account setup — that's the one step only they can do.
A good check: if your response contains "you can run this command to…" or "use this curl to generate…", reconsider — the user invoked this skill expecting you to run the command and hand them the output.
Step-by-Step Procedure
Follow this procedure every time the user requests a proxy or asks you to fetch something through a proxy.
Security: Input validation (mandatory)
Before constructing any shell command, validate every user-provided value. Never interpolate raw user input into shell commands.
| Input | Validation rule |
|---|
geo | Must be exactly 2 uppercase ASCII letters (ISO 3166-1 alpha-2). Reject anything else. |
minutes | Must be a positive integer between 1 and 1440. Reject non-numeric or out-of-range values. |
connection_type | Must be one of: any, datacenter, residential. Reject anything else. |
format | Must be one of: text, json. Reject anything else. |
| URLs (for Step 5) | Must start with http:// or https://, contain no shell metacharacters (` $ ( ) ; & ` |
Rules:
- Never interpolate raw user input directly into shell commands. Always validate first.
- Never construct
-d JSON payloads via string concatenation with user input. Use a safe static template and only insert validated values.
- When using
curl, always quote the URL and proxy URI arguments.
- Prefer using the agent's built-in HTTP tools (e.g.
WebFetch) for fetching user-specified URLs rather than constructing curl commands.
Step 1: Resolve the API key
Check whether $TPN_API_KEY is set in the environment (OpenClaw injects this automatically from your config):
- Test the variable:
[ -n "$TPN_API_KEY" ] && echo "API key is set" || echo "API key is not set" — never echo, log, or display the key value itself.
- If not set → check if the user can pay via x402 (no API key needed), otherwise guide them through account setup (see the "Set up TPN" example)
Step 2: Choose response format
| Situation | Use format | Why |
|---|
| Just need a working proxy URI | text (default) | No parsing needed |
| Need to show structured host/port/user/pass breakdown | json | Gives individual fields |
| Not sure | text | Simpler, fewer things to break |
If you choose json, parse the response with jq:
curl -s ... | jq -r '.vpnConfig.username'
If jq is not available, use format=text instead — it returns a plain socks5:// URI that needs no parsing.
Do not use python -c, grep, cut, or other shell-based JSON parsing fallbacks. These patterns risk shell injection when combined with dynamic inputs. Stick to jq or format=text.
Step 3: Generate the proxy
curl -s -X POST https://api.taoprivatenetwork.com/api/v1/proxy/generate \
-H "Content-Type: application/json" \
-H "X-API-Key: $TPN_API_KEY" \
-d '{"minutes": 60, "format": "text", "connection_type": "any"}'
Map the user's request to these parameters:
| Field | Type | Required | Default | Description |
|---|
minutes | integer | yes | — | Lease duration (1–1440). Default to 60 if not specified. |
geo | string | no | any | ISO country code (e.g. "US", "DE", "JP") |
format | string | no | text | "text" for URI string, "json" for object |
connection_type | string | no | any | "any", "datacenter", or "residential" |
Safe JSON body construction: Always build the -d JSON payload as a static single-quoted string with only validated values inserted. Validate geo (2 uppercase letters), minutes (integer 1–1440), connection_type (enum), and format (enum) per the validation rules above before constructing the curl command. Never concatenate raw user input into the JSON body or any part of the command.
Step 4: Present the result
Show the full proxy credentials so the user can immediately connect. These are temporary (scoped to the lease duration) and safe to display in context. Use the socks5h:// scheme (with h) to ensure DNS resolves through the proxy — this protects user DNS privacy. (When the agent fetches URLs in Step 5, it uses socks5:// instead — see Step 5.) Include:
- Structured config block (host, port, username, password, scheme, expiry)
- Full
socks5h:// URI
- A ready-to-paste
curl example when relevant
Step 5: If the user asked you to fetch a URL
After generating the proxy, make the request yourself. Use socks5:// (not socks5h://) so DNS resolves locally — the validated IP is the connected IP.
Use the agent's built-in HTTP tools (e.g. WebFetch) to fetch the URL through the proxy. This is the preferred method — it avoids shell command construction entirely.
URL validation — every check must pass before fetching:
- Scheme must be
http:// or https://
- No shell metacharacters:
` $ ( ) ; & | < > newlines
- Domain names only — reject raw IP addresses (IPv4 or IPv6)
- Reject internal hostnames:
*.internal, *.local, *.localhost, *.localdomain, *.corp, *.lan, metadata.*, single-label hostnames
- Hostname must resolve via local DNS — reject unresolvable hostnames
- Resolved IP must be publicly routable — reject
127.0.0.0/8, 10.0.0.0/8, 172.16.0.0/12, 192.168.0.0/16, 169.254.0.0/16, ::1, fd00::/8, 169.254.169.254
Fallback — curl (only if WebFetch is unavailable). Always double-quote the URL and proxy URI:
curl --proxy "socks5://username:password@ip:port" \
--connect-timeout 10 --max-time 30 \
"https://validated-target-url.com"
Return the response content to the user — the goal is a complete answer, not a proxy they still need to use themselves.
Examples
These show exactly what users ask and what you should respond. Study these — they are the gold standard.
User: "Give me a socks5 config for Belgium"
You: (generate a BE proxy yourself, then respond:)
Here's your Belgian SOCKS5 proxy (valid 60 minutes):
Host: 185.42.170.3
Port: 1080
Username: u_0CKaBqdE
Password: p_sT6yM3zabqRuhqrahzGOl4i4RTEDgQ7V
Scheme: socks5h
Expires: 2026-02-16T15:30:00Z
Full URI: socks5h://u_0CKaBqdE:p_sT6yM3zabqRuhqrahzGOl4i4RTEDgQ7V@185.42.170.3:1080
curl example:
curl --proxy socks5h://u_0CKaBqdE:p_sT6yM3zabqRuhqrahzGOl4i4RTEDgQ7V@185.42.170.3:1080 \
--connect-timeout 10 --max-time 30 \
https://ipv4.icanhazip.com
This should return a Belgian IP. The proxy expires in 60 minutes — let me know if you need a longer lease.
User: "Show me a curl command that proxies over Germany"
You: (generate a DE proxy yourself, then respond:)
Here's a curl command routed through a German proxy:
curl --proxy socks5h://u_0E4k7kJ6:p_z2HsXTEXJHYiobwCcfOaU1YMS1tg3m0i@5.39.255.64:1080 \
--connect-timeout 10 --max-time 30 \
https://example.com
Replace https://example.com with your target URL. This proxy expires at 2026-02-16T14:47:20Z.
User: "Call icanhazip.com from the Netherlands"
You: (generate an NL proxy yourself, fetch icanhazip.com through it, then respond:)
I fetched https://ipv4.icanhazip.com through a Dutch proxy. The response:
82.148.30.91
That's the exit IP in the Netherlands. The proxy is still active until 2026-02-16T15:12:00Z if you need more requests.
User: "I need a residential US proxy for 2 hours"
You: (generate a US residential proxy with minutes=120, then respond:)
Here's your US residential proxy (valid 2 hours, 25 credits):
Host: 68.210.185.149
Port: 1080
Username: u_02NyffuT
Password: p_CIYLqgIyLZ1rSvZGQbdh3lyxQQBcBsQn
Scheme: socks5h
Type: residential
Expires: 2026-02-16T16:41:00Z
Full URI: socks5h://u_02NyffuT:p_CIYLqgIyLZ1rSvZGQbdh3lyxQQBcBsQn@68.210.185.149:1080
Residential IPs are less likely to be blocked. Let me know if you need a different country.
User: "How many credits do I have left?"
You: (call GET /api/v1/user/balance yourself, then respond:)
You have 74 credits remaining.
For reference, a 60-minute proxy costs 20 credits and a 10-minute proxy costs 10 credits. You can buy more at https://api.taoprivatenetwork.com — packages start at 1,000 credits for $9.99.
User: "Use a proxy to check if my site looks right from Germany"
You: (generate a DE proxy, fetch their site through it, then respond:)
I fetched your site through a German proxy (IP: 91.203.50.12):
- Status: 200 OK
- Content-Language:
de — looks like your site detected the German IP and served the German version
- Page title: "Willkommen bei Example"
Everything seems to be working correctly for German visitors. Want me to check from another country?
User: "Set up TPN" / "How do I get started with TPN?"
You: (check if a key already exists — if yes, tell them they're set up; if no:)
To get started with TPN:
- Go to https://api.taoprivatenetwork.com and create an account
- From the dashboard, create an API key (it'll look like
tpn-abc123...)
- Your first key comes with 100 free credits — enough for about 5 one-hour proxies
Once you have the key, share it with me and I'll save it for future sessions. Then I can generate proxies for you anytime.
The pattern: the user asks, you act, you return results. You never tell the user how to call the API — you call it yourself and hand them the output.
API Reference
Base URL: https://api.taoprivatenetwork.com
Authentication: Pass X-API-Key: <your-key> as a request header. Not Authorization: Bearer.
Endpoints
| Method | Path | Auth | Description |
|---|
| POST | /api/v1/proxy/generate | API key | Generate SOCKS5 proxy |
| POST | /api/v1/vpn/generate | API key | Generate WireGuard VPN |
| GET | /api/v1/user/balance | API key | Check credit balance |
| GET | /api/v1/vpn/countries | none | List available countries |
| POST | /api/v1/vpn/cost | none | Calculate credit cost |
| GET | /api/v1/vpn/stats | none | Network statistics |
| GET | /api/v1/health | none | Health check |
| POST | /api/v1/x402/proxy/generate | x402 | Generate SOCKS5 proxy (x402) |
| POST | /api/v1/x402/vpn/generate | x402 | Generate WireGuard VPN (x402) |
Response shapes
/proxy/generate with format=text:
{
"success": true,
"vpnConfig": "socks5://u_02NyffuT:p_CIYLqgIyLZ1rSvZGQbdh3lyxQQBcBsQn@9.160.73.2:1080",
"minutes": 60,
"expiresAt": "2026-02-14T19:08:25.690Z",
"creditsUsed": 20,
"type": "socks5"
}
/proxy/generate with format=json:
{
"success": true,
"vpnConfig": {
"username": "u_0CKaBqdE",
"password": "p_sT6yM3zabqRuhqrahzGOl4i4RTEDgQ7V",
"ip_address": "68.210.185.149",
"port": 1080
},
"minutes": 60,
"expiresAt": "2026-02-14T19:08:23.958Z",
"creditsUsed": 20,
"usedFallback": false,
"type": "socks5",
"connection_type": "any"
}
/vpn/countries query parameters
| Param | Type | Default | Description |
|---|
format | string | json | "json" for array, "text" for newline-separated |
type | string | code | "code" for ISO codes, "name" for full names |
connection_type | string | any | "any", "datacenter", or "residential" |
Using the proxy (for user-facing code examples)
Only show these if the user explicitly asks "how do I use this in my code?" — otherwise just hand them the config.
User-facing code should always use socks5h:// (with h) to resolve DNS through the proxy, preserving DNS privacy. (The agent uses socks5:// for its own fetching in Step 5, where local DNS resolution is a security feature — see Step 5.)
If proxy credentials contain special characters (@, :, /, #, ?), percent-encode them (e.g. p@ss → p%40ss).
curl:
curl --proxy socks5h://username:password@ip_address:port \
--connect-timeout 10 --max-time 30 \
https://ipv4.icanhazip.com
Node.js:
import { SocksProxyAgent } from 'socks-proxy-agent'
import fetch from 'node-fetch'
const agent = new SocksProxyAgent( 'socks5h://username:password@ip_address:1080' )
const controller = new AbortController()
const timeout = setTimeout( () => controller.abort(), 30_000 )
const response = await fetch( 'https://ipv4.icanhazip.com', { agent, signal: controller.signal } )
clearTimeout( timeout )
console.log( await response.text() )
Python:
import requests
proxies = {
'http': 'socks5h://username:password@ip_address:1080',
'https': 'socks5h://username:password@ip_address:1080'
}
response = requests.get( 'https://ipv4.icanhazip.com', proxies=proxies, timeout=( 10, 30 ) )
print( response.text )
See {baseDir}/references/api-examples.md for end-to-end examples (generate + use) in curl, JS, Node.js, and Python.
Credit Costs
Formula: credits = ceil( 4.1 × minutes ^ 0.375 )
| Duration | Credits |
|---|
| 1 min | 5 |
| 5 min | 8 |
| 10 min | 10 |
| 30 min | 15 |
| 60 min | 20 |
| 120 min | 25 |
| 720 min | 49 |
| 1440 min | 63 |
Use POST /api/v1/vpn/cost with {"minutes": N} to calculate before purchasing.
Credit packages: Starter 1,000/$9.99 · Pro 5,000/$49.99 · Premium 20,000/$199.99
Troubleshooting & Operational Notes
| Problem | Solution |
|---|
401 Unauthorized | Verify API key is valid — use X-API-Key header, not Bearer |
402 Payment Required | Insufficient credits — buy more or use the x402 flow |
503 Service Unavailable | No miners available — credits are refunded, retry later |
| Connection timeout | Proxy lease may have expired — generate a new one |
| DNS not resolving (user) | Use socks5h:// (with h) for remote DNS resolution |
| DNS not resolving (agent) | Agent uses socks5:// — verify local DNS resolution in check 5 |
Operational rules:
- User-facing credentials and code examples: always use
socks5h:// for DNS privacy
- Agent-side fetching (Step 5): always use
socks5:// so local DNS validation is authoritative
- Check credit balance with
GET /api/v1/user/balance before generating proxies in bulk
- Proxy leases expire at
expiresAt — never cache or reuse credentials beyond that time
- If a
503 occurs, credits are refunded automatically — retry after a short delay
x402 Payment Flow (Advanced)
The x402 protocol enables pay-per-request access using USDC on Base. No account or API key needed — ideal for autonomous agents that already support x402.
If you are an x402-capable agent, you already know how to handle the payment handshake. The TPN x402 endpoints follow the standard protocol:
POST /api/v1/x402/proxy/generate — returns HTTP 402 with a standard payment-required header- Complete the x402 payment flow per the protocol specification
- Retry with the payment header to receive SOCKS5 credentials
Same request body as the centralised endpoint. No X-API-Key needed.
See {baseDir}/references/x402-examples.md for curl and browser JS examples, and the x402 spec for full protocol details. Signing is handled entirely by external libraries — this skill provides endpoint URLs only.
Links
