SERVER

AgentDomain

Rank #19158

glama/MarsHeer/agentdomain-mcp

AgentDomain MCP allows AI agents to register, buy, and manage internet domains via the Model Context Protocol. Features include domain search, availability check, purchase, DNS record management, and wallet operations.

First listed
May 25, 2026
Last publish date
OVERVIEW

AgentDomain is a Model Context Protocol (MCP) server published by MarsHeer. It ranks #19158 of 58,900 servers tracked on MCP Toplist, and its repository has 3 GitHub stars. AgentDomain is listed on Glama, and ships as a single rolling release with no explicit version metadata. It was first listed on May 25, 2026.

STANDING
#19,158of 58,900 tracked serversTop 50%

Ranks ahead of 39,742 of 58,900 servers on MCP Toplist.

CONNECT

Use AgentDomain

AgentDomain doesn’t publish a machine-readable install config. Follow the setup instructions in its repository ↗, or open one of its registry listings above.

REGISTRIES

Listed on 1 registry

ORGANIZATION

MarsHeer

Organization
Total servers
1
Total versions
0
VERSIONS

Not versioned

This server is published through a registry that does not expose explicit version metadata, and no GitHub release tags were found on the linked repository. The listing tracks a single rolling release.

FAQ

Frequently asked questions

What is AgentDomain?
AgentDomain MCP allows AI agents to register, buy, and manage internet domains via the Model Context Protocol. Features include domain search, availability check, purchase, DNS record management, and wallet operations.
Who maintains AgentDomain?
AgentDomain is maintained by MarsHeer, which publishes 1 MCP server (0 total versions) tracked on MCP Toplist.
Is AgentDomain an official MCP server?
AgentDomain is not on the Official MCP Registry. It is listed on Glama.
How many versions does AgentDomain have?
AgentDomain ships as a single rolling release with no explicit version metadata.
Where can I find the source code for AgentDomain?
The source code for AgentDomain is hosted at github.com/MarsHeer/agentdomain-mcp.
EXPLORE