Daedalus MCP
A local MCP server that scans workspaces, detects projects and technologies, and creates reusable agents for planning, rules validation, performance review, and architecture review per project.
README
Daedalus MCP
Daedalus MCP is a local Model Context Protocol (MCP) server for creating and running specialized engineering agents per project or workspace.
It is designed for workspaces that may contain:
- a single backend service;
- several related microservices;
- a frontend + BFF + backend setup;
- a monorepo or folder with multiple related projects.
Daedalus scans the current workspace, detects the projects and their technologies, creates reusable agent templates, generates project-specific rules/knowledge, and lets you run sequential agent pipelines such as planning, rules validation, performance review, and architecture review.
Main idea
Given a workspace like:
workspace/
catalog/
data-mirror/
vendors-bff/
admin-ui/
Daedalus can detect stacks such as Java/Spring Boot or Angular and create:
workspace/
.engineering-agents/
workspace.agents.yaml
catalog/
agents.config.yaml
agents/
plan/
rules/
performance/
architecture/
admin-ui/
agents.config.yaml
agents/
plan/
rules/
performance/
architecture/
Reusable templates live inside this MCP project:
templates/
java21-spring-boot-plan/
typescript-angular-plan/
project-rules-validator/
performance-jvm/
performance-web-node/
architecture-microservice/
architecture-frontend/
Daedalus does not overwrite existing files by default.
Available MCP prompts / slash commands
Daedalus also registers MCP prompts named daedalus and daedalus-init. In clients that expose MCP prompts as slash commands, you can use:
/daedalus init
/daedalus listProjects
/daedalus plan --group:java-all "agregar healthcheck estándar"
If the client says the slash command does not exist, use natural language or the daedalus tool directly, for example: “Use Daedalus and run /daedalus init”. Slash command availability is controlled by the host client, not by the MCP server alone.
Available MCP tools
daedalus_init
Scans the current workspace and initializes agents.
Equivalent slash-style command:
/daedalus init
What it does:
- Detects the current workspace from MCP roots or
cwd. - Finds projects inside the workspace.
- Detects language, framework, build tool, package manager and architecture.
- Creates missing reusable templates.
- Creates
agents.config.yamlandagents/inside each detected project. - Creates workspace groups like
all,java-all,angular-all, etc.
Options:
{
workspacePath?: string,
force?: boolean,
refreshProjectKnowledge?: boolean,
refreshTemplates?: boolean,
maxDepth?: number
}
daedalus_listProjects
Lists projects detected by the last init.
Slash-style command:
/daedalus listProjects
daedalus_listGroups
Lists generated project groups.
Slash-style command:
/daedalus listGroups
Examples of groups:
all
java-all
java21-spring-boot-all
spring-boot-all
angular-all
typescript-all
daedalus_run
Runs an agent pipeline over a group or selected projects.
Slash-style examples:
/daedalus plan --group:java-all "agregar healthcheck estándar"
/daedalus plan --group:angular-all "agregar healthcheck estándar"
/daedalus plan --group:all "agregar healthcheck estándar"
/daedalus plan --project [catalog,data-mirror,vendors-bff] "agregar healthcheck estándar"
The report includes the response from every agent for every selected project.
Default plan pipeline:
plan -> rules -> performance -> architecture
daedalus
Convenience parser for slash-style commands.
Input example:
{
"command": "/daedalus plan --group:java-all \"agregar healthcheck estándar\""
}
Legacy aliases agent and agent_init are also available, but /daedalus is preferred.
Installation from local checkout
1. Clone the repository
git clone https://github.com/daedalus/daedalus-mcp.git
cd daedalus-mcp
Replace the URL with the real repository URL if different.
2. Install dependencies
npm install
3. Build
npm run build
4. Link the local binary
npm link
This exposes:
daedalus-mcp
Verify:
which daedalus-mcp
If your MCP client does not inherit your shell PATH, use the absolute path returned by which daedalus-mcp.
Add to Codex
Edit:
~/.codex/config.toml
Add:
[mcp_servers.daedalus]
command = "daedalus-mcp"
startup_timeout_sec = 60
If Codex cannot find daedalus-mcp, use the absolute path:
[mcp_servers.daedalus]
command = "/absolute/path/to/daedalus-mcp"
startup_timeout_sec = 60
Restart Codex.
Claude Code slash command /daedalus
Claude Code slash commands are client-side prompt files. If /daedalus is not recognized even though the MCP server is running, create this user-level command:
mkdir -p ~/.claude/commands
cat > ~/.claude/commands/daedalus.md <<'EOF'
---
description: Run Daedalus MCP commands
allowed-tools: mcp__daedalus__daedalus, mcp__daedalus__daedalus_init, mcp__daedalus__daedalus_listProjects, mcp__daedalus__daedalus_listGroups, mcp__daedalus__daedalus_run
---
Use the Daedalus MCP server. Run the MCP tool `daedalus` with:
```json
{ "command": "/daedalus $ARGUMENTS" }
If $ARGUMENTS is empty, use /daedalus init. Summarize the MCP result for the user.
EOF
Restart Claude Code after creating or changing this file. Then use:
```txt
/daedalus init
/daedalus listProjects
/daedalus plan --group:java-all "agregar healthcheck estándar"
Add to Claude Desktop
Edit:
~/Library/Application Support/Claude/claude_desktop_config.json
Add the server inside mcpServers:
{
"mcpServers": {
"daedalus": {
"command": "daedalus-mcp"
}
}
}
If Claude cannot find daedalus-mcp, use the absolute path:
{
"mcpServers": {
"daedalus": {
"command": "/absolute/path/to/daedalus-mcp"
}
}
}
Restart Claude Desktop.
Prompt to install from another Codex/Claude chat
Once this project is published, you can open a new Codex or Claude chat and say something like:
Install the Daedalus MCP from https://github.com/daedalus/daedalus-mcp.
Clone it, run npm install, npm run build, npm link, and add it as an MCP server named daedalus using the daedalus-mcp command. Then restart or tell me to restart the client.
For Codex specifically:
Install the MCP server from https://github.com/daedalus/daedalus-mcp and add this to ~/.codex/config.toml:
[mcp_servers.daedalus]
command = "daedalus-mcp"
startup_timeout_sec = 60
For Claude Desktop specifically:
Install the MCP server from https://github.com/daedalus/daedalus-mcp and add it to ~/Library/Application Support/Claude/claude_desktop_config.json under mcpServers as:
"daedalus": {
"command": "daedalus-mcp"
}
Typical usage
After adding the MCP server and restarting the client, open a chat in the target workspace and run:
Use Daedalus and run /daedalus init
Then inspect what was detected:
Use Daedalus and run /daedalus listProjects
Use Daedalus and run /daedalus listGroups
Run a plan for all Java projects:
Use Daedalus and run /daedalus plan --group:java-all "agregar healthcheck estándar"
Run a plan for specific projects:
Use Daedalus and run /daedalus plan --project [catalog,data-mirror,vendors-bff] "agregar healthcheck estándar"
Generated files
Workspace config
.engineering-agents/workspace.agents.yaml
Contains detected projects and groups.
Per-project config
agents.config.yaml
Contains project metadata, agents and pipelines.
Per-project agents
agents/
plan/
prompt.md
agent.yaml
knowledge/
general/
project/
rules/
performance/
architecture/
Reusable templates
templates/
Templates are shared by technology/version/architecture and reused across projects.
Development
npm install
npm run build
Run directly:
npm start
Type-check:
npx tsc --noEmit
Notes
- Daedalus uses MCP
roots/listwhen available to identify the workspace opened in the client. - If roots are unavailable, it falls back to the process
cwd. workspacePathcan be provided manually as an override.- Existing generated files are preserved by default. If a previous init generated stale project knowledge, rerun init with
refreshProjectKnowledge: trueto regenerate generatedknowledge/generalandknowledge/projectfiles. - Pipeline execution uses MCP sampling when the host supports it. Some hosts return
MCP error -32601: Method not foundfor sampling; in that case Daedalus now catches it and returns a handoff report with the prepared agent prompts/context so the host assistant can execute the reasoning in its final response.
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