Token MCP
Connect your AI assistant to Token Security for read-only access to your non-human identity data.
- Brand
- Unknown
- Category
- Pending
- Primary Subcategory
- Pending
Integration details
Description
Token Security's official MCP server gives Claude read-only access to your Token Security account — the non-human identity (NHI) security platform. Discover and inventory machine identities across AWS, Azure, GCP, Kubernetes, and SaaS; assess security posture and risk; investigate identities, entities, secrets, AI agents, and people; explore the entity graph and access relationships; and review issues and compliance — all from your AI assistant. Hosted by Token Security for existing customers. No API key: you sign in with OAuth on first connection. Streamable-HTTP transport.
- Integration type
- Connector
- Verification status
Community connector- Platform
- Claude
- Category
- Pending
- Primary Subcategory
- Pending
- Secondary Subcategories
- None listed
- Brand
- Unknown
- Access
- Account required
- First tracked
- 2026-06-21
- Tool count
- 25
- Market
- US
The broad Category that contains the Primary Subcategory.
The Primary Subcategory used for this profile’s headline score.
Other Subcategories where the Integration is listed.
Claude Connector discovery is coming soon
Community Connectors only appear in Claude’s registry.Once verified, organic discovery begins and we can calculate your score.Read more about Community Connector verification.
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What discovery looks like

Claude can surface verified Connectors when they match a user’s Prompt.
How Claude Connector discovery works
Your Connector will compete to appear for users’ Prompts once Claude verifies it
Competitive lineup
25 tools agents can invoke
Token MCP Claude Connector FAQ
How the directory, categories and Discoverability Score work.
Read the methodologyHow do I improve Token MCP's Claude Connector discoverability?
The levers are the listing surface agents actually read: names, descriptions, keywords, tool metadata, and registry health. Which lever matters depends on where discovery breaks, which is what continuous measurement shows.
Where is this profile measured?
This profile uses the geography attached to the latest public registry snapshot: US. Locale tags are intentionally omitted.


