This guide covers the Claude Code setup for Get started with Pressidium MCP.
Read the main guide first for beta requirements, security considerations, supported operations, and general troubleshooting. Then follow the steps below to connect Claude Code.
1. Configure the Pressidium MCP server
Open the project directory where you want to use Pressidium.
You do not need the MCP server source code. A regular working directory is sufficient.
Create .mcp.json in that directory.
If the file already exists, merge the pressidium entry into its existing mcpServers object.
Add:
{
"mcpServers": {
"pressidium": {
"type": "http",
"url": "https://mcp-dashboard.pressidium.com/dashboard",
"headers": {
"X-Pressidium-Email": "${PRESSIDIUM_EMAIL}",
"X-Pressidium-Password": "${PRESSIDIUM_PASSWORD}"
}
}
}
}
Claude Code uses ${NAME} for environment variable references, whereas Cursor uses ${env:NAME}. Preserve the syntax shown for your AI application.
The .mcp.json file should contain variable references only. Do not replace ${PRESSIDIUM_EMAIL} or ${PRESSIDIUM_PASSWORD} with your actual credentials or store passwords in shared project configuration.
Claude Code reads these values from the environment when it connects.
2. Set your Dashboard credentials
The setup uses two local environment variables:
PRESSIDIUM_EMAILPRESSIDIUM_PASSWORD
These contain your Pressidium Dashboard credentials. They are not separate credentials issued by Pressidium.
macOS, Linux, or WSL
Open a terminal, run bash, then run:
read -r -p "Pressidium Dashboard email: " PRESSIDIUM_EMAIL read -r -s -p "Pressidium Dashboard password: " PRESSIDIUM_PASSWORD printf '\n' export PRESSIDIUM_EMAIL PRESSIDIUM_PASSWORD
The password is hidden while you type and is not entered as a shell command.
Windows PowerShell
Run:
$env:PRESSIDIUM_EMAIL = Read-Host "Pressidium Dashboard email" $env:PRESSIDIUM_PASSWORD = [System.Net.NetworkCredential]::new( '', (Read-Host "Pressidium Dashboard password" -AsSecureString) ).Password
These values remain available only for the current shell session.
Keep your Dashboard credentials out of AI conversations, screenshots, Git repositories, and shared configuration files.
3. Start Claude Code from the same terminal
After setting the credential variables, start Claude Code from the same project directory and shell by running claude.
This allows Claude Code to inherit PRESSIDIUM_EMAIL and PRESSIDIUM_PASSWORD.
If you open a new terminal session, set the variables again before starting Claude Code.
If Claude Code is already running, stop it and restart it from the configured shell.
4. Approve the MCP configuration
When Claude Code detects the project MCP configuration, review the server URL and headers before accepting it.
Confirm that the connection uses https://mcp-dashboard.pressidium.com/dashboard and the two Pressidium authentication headers.
5. Check the MCP connection
In Claude Code, run /mcp .
Confirm that pressidium appears and is connected.
If the server does not appear or the connection fails, check the .mcp.json file, environment variables, and troubleshooting section below.
6. Verify the connection
Start with this request:
Use pressidium_whoami to verify my connection and show the selected team if available. Then use pressidium_list_sites to list the websites I can access. Include website names and whether each is Managed Hosting or standalone EDGE. Do not change any website settings.
Check that the returned account, team, and websites match what you expect in the Pressidium Dashboard.
Inspect the actual tool results as well as Claude Code's summary.
If you belong to multiple teams, ask:
List my Pressidium teams. Show me their names and ask which team to select before continuing.
After selecting the intended team, ask Claude Code to list its sites again.
For larger accounts, ask it to continue through all available pages and state whether the list is complete.
For additional verification prompts, return to Get Started with the Pressidium AI Connector.
7. Install Pressidium Agent Skills in Claude Code
Pressidium Agent Skills are optional for individual MCP requests. They add reusable workflows such as Site Guardian, Plugin Auditor, and Performance Review.
The beta package contains 38 skills: 29 building blocks and 9 combined workflows.
Download the related
.zipfile here.Extract the package and locate the
pressidiumfolder containingblocksandcomposites.
Keep the complete package together so referenced files remain available.
Install the package
These instructions use macOS, Linux, or WSL.
From the directory containing the extracted pressidium folder, run:
mkdir -p ~/pressidium-agent-skills cp -R pressidium ~/pressidium-agent-skills/
The resulting package should be available at:
~/pressidium-agent-skills/pressidium/
Claude Code discovers skills from:
~/.claude/skills/
Expose each individual Pressidium skill folder there using symbolic links. This keeps the original package together while making each folder containing SKILL.md discoverable.
Run:
pressidium_skill_root="$HOME/pressidium-agent-skills/pressidium" pressidium_skill_dest="$HOME/.claude/skills" mkdir -p "$pressidium_skill_dest" for pressidium_skill_dir in "$pressidium_skill_root"/blocks/* "$pressidium_skill_root"/composites/*; do [ -f "$pressidium_skill_dir/SKILL.md" ] || continue pressidium_skill_link="$pressidium_skill_dest/$(basename "$pressidium_skill_dir")" if [ -e "$pressidium_skill_link" ] || [ -L "$pressidium_skill_link" ]; then printf 'Already exists; check before replacing: %s\n' "$pressidium_skill_link" else ln -s "$pressidium_skill_dir" "$pressidium_skill_link" fi done
Keep the original package in place. The symbolic links depend on it.
For native Windows, use a client-specific package layout supplied by Pressidium Support, or follow these instructions inside WSL with Claude Code also running there.
Restart Claude Code if the skills do not appear.
Confirm that Site Guardian and the other Pressidium skills are discoverable before trying a named workflow.
Once the skills are installed and visible in Claude Code, return to Get Started with Pressidium MCP to try the named workflows, explore practical examples, and learn how to interpret operation results.
Troubleshooting
Problem | What to check |
Authentication fails | Verify your Dashboard email and password, account access, and that the dedicated beta account does not use MFA. Confirm both environment variables exist in the process running Claude Code without printing their values. |
No | Check that |
Credentials are set in the terminal but Claude Code cannot use them | Make sure Claude Code was started from the same shell where |
The variables are not expanded | Confirm the headers use |
Claude Code attempts an OAuth flow | Confirm the MCP configuration uses the HTTP server and custom headers shown above. The current beta does not support MCP OAuth. |
Wrong sites or no sites appear | Verify the connected account and selected team. List your Pressidium teams, select the intended one, and list its sites again. For larger accounts, check that all available pages were retrieved. |
MCP works but Pressidium skills do not appear | Confirm the skill links exist under |
A tool reports an unsupported environment or product | Confirm whether the target is Managed Hosting or standalone EDGE and whether you requested production or staging. Some operations are available only for particular products or environments. |
A write operation times out | Check the returned job ID or the Pressidium Dashboard before retrying. A timeout does not necessarily mean the underlying operation stopped. |
For authentication, permissions, unsupported operations, analytics, background jobs, and other issues that are not specific to Claude Code, see the troubleshooting section in Get Started with the Pressidium MCP.
