Corelayer MCP Server

Overview

The Corelayer MCP server lets AI agents access Corelayer through the Model Context Protocol (MCP). Agents can discover Corelayer groups, list issues, read issue details, inspect summaries, search organization memory, and use that context in their normal workflows. Use Corelayer MCP when you want an AI tool to answer questions like:

“What are the highest-priority open production issues right now?”
“Search our Corelayer memory for previous decisions about this incident.”
“Find issues in the workspace, then create tickets or daily summaries in my planning tool.”

Corelayer supports two MCP connection modes:

Mode	Best for	Install required?
Remote MCP	Hosted connectors, team workflows, web agents	No
Local MCP	Coding agents that run local stdio MCP commands	Yes, via `npx`

For most hosted connectors, use the remote MCP endpoint:

https://api.corelayer.com/mcp

Remote MCP

Remote MCP is the easiest way to connect a hosted AI agent or connector to Corelayer. The agent talks to Corelayer over HTTPS and authenticates with a Corelayer API key. Remote MCP requires an MCP host that supports HTTP MCP servers and bearer-token authentication. If your host only supports local stdio MCP servers, use the local package below. Use this connection shape in MCP clients that support remote HTTP servers:

{
  "mcpServers": {
    "corelayer": {
      "url": "https://api.corelayer.com/mcp",
      "headers": {
        "Authorization": "Bearer cl_key_..."
      }
    }
  }
}

Some MCP hosts use serverUrl instead of url, or collect the bearer token in a separate authentication field. Use your host’s MCP configuration format, but keep the same endpoint and authorization header. Remote MCP currently exposes read-only tools. It does not expose close, reopen, or bulk close operations.

Authentication

Create a dedicated API key for your MCP connector:

corelayer api-keys create --name "Corelayer MCP"

Use the returned key as the bearer token:

Authorization: Bearer cl_key_...

Use a dedicated key per connector or automation. This makes it easier to audit, rotate, and revoke access without disrupting other workflows.

How Connectors Find a Group

Most Corelayer tools are scoped to a group. A connector does not need to know the groupId before setup. The normal connector flow is:

Call corelayer.list_groups.
Let the agent pick the matching group by name, or ask the user to choose.
Pass the selected group’s id as groupId to group-scoped tools.

For example, an agent instruction can say:

First call corelayer.list_groups to find the Corelayer group for this
workspace. Use the group whose name matches this team. If more than one group
looks relevant, ask me which one to use. Use that groupId for future Corelayer
calls.

This is the recommended pattern for hosted connectors because it avoids asking users to copy internal IDs during setup.

Available Remote Tools

Tool	Type	Description
`corelayer.list_groups`	Read	List Corelayer groups the API key can access.
`corelayer.list_issues`	Read	List issues for a group with filters and pagination.
`corelayer.get_issue`	Read	Fetch detailed issue context, root cause, trace, and metadata.
`corelayer.get_issue_summary`	Read	Fetch issue summary statistics for a group.
`corelayer.list_integrations`	Read	List connected integration accounts for a group.
`corelayer.search_org_memory`	Read	Search organization memory for historical context.
`corelayer.preflight`	Read	Check a PR description against org memory; return failure modes to double-check.

Example Connector Workflows

Daily triage:

Use Corelayer to list open issues in our workspace. Summarize the top issues by
severity, last seen time, and event count. If any issue looks fixed based on
recent context, include it in a separate "needs human review" section.

Ticket creation:

Find high and critical Corelayer issues from the selected group. For each issue
that does not already have a ticket, draft a concise ticket with the issue
title, root cause, affected service, and recommended next step.

Historical context:

Search Corelayer organization memory for prior decisions about the failing
integration, then list related open issues and summarize what changed since the
last incident.

Pre-PR review:

Before I open this PR, check it against Corelayer with the preflight tool and
list any failure modes the org has hit before for a change like this.

Local MCP

Use local MCP when your AI coding agent runs MCP servers as local stdio processes. The local server is distributed as an npm package:

npx -y @corelayer-ai/mcp

Your MCP host launches this command and communicates with it over standard input and standard output. Add Corelayer to your local MCP-compatible coding agent configuration:

{
  "mcpServers": {
    "corelayer": {
      "command": "npx",
      "args": ["-y", "@corelayer-ai/mcp"],
      "env": {
        "CORELAYER_API_KEY": "cl_key_...",
        "CORELAYER_API_URL": "https://api.corelayer.com"
      }
    }
  }
}

Restart your agent or editor after changing the MCP config.

Local Authentication

The local MCP server resolves credentials in this order:

CORELAYER_API_KEY
the local CLI token from ~/.corelayer/config.json

Prefer CORELAYER_API_KEY because it is explicit, revocable, and easier to audit.

Optional Local Default Group

If your local agent usually works in one Corelayer group, set CORELAYER_DEFAULT_GROUP so group-scoped tools can omit groupId:

{
  "mcpServers": {
    "corelayer": {
      "command": "npx",
      "args": ["-y", "@corelayer-ai/mcp"],
      "env": {
        "CORELAYER_API_KEY": "cl_key_...",
        "CORELAYER_API_URL": "https://api.corelayer.com",
        "CORELAYER_DEFAULT_GROUP": "group-id"
      }
    }
  }
}

For remote MCP, use the corelayer.list_groups discovery flow instead of a process-level default group.

Additional Local Tools

The local MCP package also exposes write tools for authenticated local agents:

Tool	Type	Description
`corelayer.close_issue`	Write	Close one issue, optionally with feedback.
`corelayer.reopen_issue`	Write	Reopen one issue, optionally with feedback.
`corelayer.bulk_close_issues`	Write	Close multiple explicitly selected issues.

corelayer.bulk_close_issues requires explicit issue IDs, caps requests at 500 IDs, and never uses a select-all mutation.

Environment Variables

Variable	Description	Default
`CORELAYER_API_KEY`	Corelayer API key or token.	CLI config fallback
`CORELAYER_API_URL`	Corelayer API base URL.	`https://api.corelayer.com`
`CORELAYER_DEFAULT_GROUP`	Optional local group ID for group-scoped tools.	—
`CORELAYER_TIMEOUT_MS`	Corelayer API request timeout in milliseconds.	`30000`

Verify Local Package

Check that npm can see the package:

npm view @corelayer-ai/mcp version

You can also start the local server manually:

CORELAYER_API_KEY=cl_key_... npx -y @corelayer-ai/mcp

The command starts a stdio MCP server and waits for MCP JSON-RPC messages. In a terminal it may look idle; that is expected. Your MCP host is responsible for sending requests.

Troubleshooting

Symptom	Fix
The remote connector cannot authenticate.	Confirm it sends `Authorization: Bearer <key>` to the MCP endpoint.
The connector cannot find a group.	Call `corelayer.list_groups` first and choose the matching group by name.
Group-scoped tools ask for `groupId`.	Use the group ID returned by `corelayer.list_groups`.
The local server exits immediately.	Confirm Node.js 18+ is installed and `npx -y @corelayer-ai/mcp` runs.
Local tools fail with missing auth.	Set `CORELAYER_API_KEY` or run `corelayer login` locally.
The terminal appears to hang.	This is normal; stdio MCP servers wait for JSON-RPC input from the host.

Get Started

Anomaly Detection

Organization Memory

Security & Privacy

Integrations

Developer Tools

Corelayer MCP Server

Overview

Remote MCP

Authentication

How Connectors Find a Group

Available Remote Tools

Example Connector Workflows

Local MCP

Local Authentication

Optional Local Default Group

Additional Local Tools

Environment Variables

Verify Local Package

Troubleshooting

​Overview

​Remote MCP

​Authentication

​How Connectors Find a Group

​Available Remote Tools

​Example Connector Workflows

​Local MCP

​Local Authentication

​Optional Local Default Group

​Additional Local Tools

​Environment Variables

​Verify Local Package

​Troubleshooting

Overview

Remote MCP

Authentication

How Connectors Find a Group

Available Remote Tools

Example Connector Workflows

Local MCP

Local Authentication

Optional Local Default Group

Additional Local Tools

Environment Variables

Verify Local Package

Troubleshooting