Requirements
- Target platform
- OpenClaw
- Install method
- Manual import
- Extraction
- Extract archive
- Prerequisites
- OpenClaw
- Primary doc
- SKILL.md
Register and manage ICANN domains for AI agents. Wallet authentication (SIWE/SIWS), USDC payments on Base or Solana, full DNS management.
Register and manage ICANN domains for AI agents. Wallet authentication (SIWE/SIWS), USDC payments on Base or Solana, full DNS management.
Hand the extracted package to your coding agent with a concrete install brief instead of figuring it out manually.
I downloaded a skill package from Yavira. Read SKILL.md from the extracted folder and install it by following the included instructions. Tell me what you changed and call out any manual steps you could not complete.
I downloaded an updated skill package from Yavira. Read SKILL.md from the extracted folder, compare it with my current installation, and upgrade it while preserving any custom configuration unless the package docs explicitly say otherwise. Summarize what changed and any follow-up checks I should run.
Use this skill when you need to register domains, check domain availability, or manage DNS records for an agent or project.
pip install agentns-client # For Solana wallet support: pip install agentns-client[solana]
from agentns_client import AgentNSClient, load_or_create_wallet # 1. Create client with wallet (auto-creates wallet.json if needed) account = load_or_create_wallet() client = AgentNSClient(account=account) # 2. Check domain availability (no auth required) result = client.check_domain("myagent.xyz") if not result.available: print(f"{result.domain} is not available") # Search across 20 TLDs to find alternatives results = client.search_domains("myagent") available = [r for r in results if r.available] for r in available: print(f"{r.domain}: ${r.price_usdc} USDC") # 3. Authenticate with wallet signature client.login() # 4. Create registrant profile (one-time, ICANN requirement) client.ensure_registrant({ "name": "Agent Smith", "street_address": "123 AI Street", "city": "San Francisco", "state_province": "CA", "postal_code": "94102", "country_code": "US", "email": "contact@agentns.xyz", "phone": "+14155551234", }) # 5. Register domain (payment handled automatically) domain = client.register_domain("myagent.xyz") print(f"Registered: {domain.domain}") print(f"Expires: {domain.expires_at}") # 6. Add DNS records client.add_dns("myagent.xyz", type="A", host="@", value="192.0.2.1") client.add_dns("myagent.xyz", type="CNAME", host="www", value="myagent.xyz") client.add_dns("myagent.xyz", type="TXT", host="@", value="v=spf1 -all")
EVM (Base network - default): from agentns_client import load_or_create_wallet account = load_or_create_wallet("wallet.json") # Creates if missing print(f"Address: {account.address}") # Fund with USDC on Base network before registering Solana: from agentns_client import load_or_create_solana_wallet keypair = load_or_create_solana_wallet("solana_wallet.json") print(f"Address: {keypair.pubkey()}") # Fund with USDC on Solana before registering
# Check single domain (no auth) result = client.check_domain("example.com") # Returns: DomainCheck(domain, available, price_usdc) # Search across 20 TLDs (no auth) results = client.search_domains("mycompany") # Searches: com, io, net, co, ai, xyz, dev, app, org, tech, # club, online, site, info, me, biz, us, cc, tv, gg # Register domain (requires auth + USDC balance) domain = client.register_domain("example.xyz", years=1) # Returns: DomainInfo(domain, owner_address, status, registered_at, expires_at) # List owned domains domains = client.list_domains()
# List DNS records records = client.list_dns("example.xyz") # Add record record = client.add_dns( domain="example.xyz", type="A", # A, AAAA, CNAME, MX, TXT, SRV, CAA host="@", # @ for root, or subdomain name value="192.0.2.1", ttl=3600, # 300-86400 seconds distance=10 # Required for MX/SRV only ) # Update record client.update_dns("example.xyz", record_id="12345", value="192.0.2.2") # Delete record client.delete_dns("example.xyz", record_id="12345")
# Get current nameservers ns = client.get_nameservers("example.xyz") # Default: ["ns1.namesilo.com", "ns2.namesilo.com"] # Change to custom nameservers (e.g., Cloudflare) client.set_nameservers("example.xyz", [ "ns1.cloudflare.com", "ns2.cloudflare.com" ])
# Get profile profile = client.get_registrant() # Create profile (required before first domain registration) profile = client.create_registrant({ "name": "Required Name", "street_address": "123 Main St", "city": "San Francisco", "state_province": "CA", "postal_code": "94102", "country_code": "US", # ISO 3166-1 alpha-2 "email": "contact@agentns.xyz", "phone": "+14155551234", "organization": "Optional Org", # Optional "whois_privacy": True # Optional, default True }) # Update profile client.update_registrant({"email": "new@example.com"}) # Get or create (recommended) profile = client.ensure_registrant({...})
from agentns_client.exceptions import ( AgentNSError, # Base exception AuthenticationError, # Invalid/expired JWT (401) PaymentRequiredError, # Insufficient USDC balance (402) NotFoundError, # Domain/record not found (404) ConflictError, # Profile exists, domain taken (409) ValidationError, # Invalid input (400) RateLimitError, # Too many requests (429) ) try: domain = client.register_domain("example.xyz") except PaymentRequiredError as e: print(f"Need {e.payment_requirement.amount} USDC") print(f"Send to: {client.wallet_address}") except ConflictError: print("Domain already registered or unavailable") except AuthenticationError: client.login() # Re-authenticate
USDC required: Fund your wallet with USDC on Base (EVM) or Solana before registering Registrant profile: ICANN requires contact info - create once, reused for all domains WHOIS privacy: Free on all domains, enabled by default 400+ TLDs: Check any TLD with check_domain(), search 20 popular ones with search_domains() Pricing: Domain cost + 20% markup (minimum $4), paid in USDC
PyPI: https://pypi.org/project/agentns-client/ GitHub: https://github.com/vibrant/agentns_client API Docs: https://agentns.xyz/docs Support: @AgentNSxyz
Agent frameworks, memory systems, reasoning layers, and model-native orchestration.
Largest current source with strong distribution and engagement signals.