> ## Documentation Index
> Fetch the complete documentation index at: https://docs.0mcp.io/llms.txt
> Use this file to discover all available pages before exploring further.

# Local vs remote MCP: Which should you choose?

> Compare local and remote MCP servers across privacy, access, performance, maintenance, authentication, scaling, and production readiness.

Choose a **local [MCP server](https://modelcontextprotocol.io/specification)** when the capability depends on one device or private local resources. Choose a **remote MCP server** when multiple users need a shared, centrally operated service.

Many teams use both: local servers for development and device access, and remote servers for shared production integrations.

## Local vs remote MCP at a glance

| Factor             | Local MCP server                       | Remote MCP server                    |
| ------------------ | -------------------------------------- | ------------------------------------ |
| Runs on            | User device or private environment     | Hosted network infrastructure        |
| Common transport   | `stdio`                                | Streamable HTTP                      |
| Typical users      | One user or one machine                | Multiple authorized users            |
| Best access        | Local files, apps, and developer tools | SaaS APIs and shared services        |
| Installation       | Required on each device                | Central deployment                   |
| Updates            | Per device                             | Update once on the server            |
| Network dependency | Often low                              | Requires network access              |
| Authentication     | Local configuration or credentials     | Web authentication and authorization |
| Scaling            | Limited by the device                  | Can scale across infrastructure      |
| Operations         | User-managed                           | Service-owner managed                |

## Choose local MCP for device-specific access

A [local MCP server](/learn/fundamentals/local-mcp-servers) is usually the better choice when the server must interact with:

* Files on the user's machine
* A local source repository
* Installed command-line tools
* Desktop applications
* Local development databases
* Hardware attached to the device
* Internal resources reachable only from the local network

Local deployment keeps the server close to those resources and avoids exposing them through a public service.

## Choose remote MCP for shared services

A [remote MCP server](/learn/fundamentals/remote-mcp-servers) is usually the better choice when:

* A team needs one consistent integration
* Customers need to connect to a SaaS product
* The source system is already an API
* Central authentication is required
* You need monitoring, rate limits, and audit logs
* Updates should reach every client immediately
* The workload needs high availability or horizontal scaling

Remote deployment works like operating another production web service.

## Compare security and privacy

Local and remote servers have different security risks.

### Local security

A local server often inherits the user's operating-system permissions. It may be able to access sensitive files, credentials, processes, and local network services.

Use restricted paths, narrow tools, isolated credentials, and explicit approval for sensitive actions.

### Remote security

A remote server receives traffic over a network and may serve many tenants. It needs HTTPS, caller authentication, authorization, tenant isolation, rate limiting, monitoring, and secure secret storage.

Remote does not automatically mean less private. Local does not automatically mean more private. Evaluate the complete data path, including what the AI host and model provider receive.

## Compare performance

Local servers avoid internet round trips when accessing local resources. This can help with large files, repository searches, and repeated device operations.

Remote servers add network latency, but they may run closer to the upstream API and use more powerful infrastructure. They can also cache shared data and scale independently.

Measure the full workflow. The slowest part may be the model, upstream API, or external service rather than the MCP transport.

## Compare maintenance

Local distribution creates per-device work:

* Installation
* Runtime dependencies
* Configuration
* Credential setup
* Updates
* Operating-system differences
* User troubleshooting

Remote distribution creates service operations work:

* Deployment pipelines
* Availability
* Capacity planning
* Authentication
* Incident response
* Observability
* Backward compatibility

Choose the maintenance model your team can support.

## Compare credential handling

Local servers often receive credentials through environment variables, operating-system keychains, or host-managed extension settings.

Remote servers commonly use delegated authorization, scoped access tokens, or service credentials stored in a secret manager.

Never place production secrets directly in source code or shared configuration.

## Use a hybrid approach

You do not have to choose one model for every capability.

A hybrid architecture might use:

* A local server for files and terminal tools
* A remote server for CRM and billing APIs
* Local development before remote production deployment
* A local bridge for private-network access and a remote public service for general tools

The MCP host can maintain separate clients for these servers while preserving connection boundaries.

> \[Image placeholder: Hybrid MCP architecture with local file tools and a remote SaaS API server connected to one AI host]

## Decision checklist

Answer these questions:

1. Does the capability need direct access to a user's device?
2. Will more than one person use it?
3. Can the data cross a network boundary?
4. Does the integration require centralized policy and auditing?
5. Who will install and update the server?
6. Does it need production availability?
7. Can your team operate secure remote infrastructure?

If device access dominates, start local. If shared access and centralized operations dominate, start remote.

For API-backed products, a hosted MCP server is usually the natural fit. [0mcp](https://0mcp.io) can publish an [OpenAPI-defined API](/api-sources/openapi) as a remote MCP endpoint.

## Key takeaway

**Use local MCP for device-bound capabilities and individual control. Use remote MCP for shared, centrally managed, production capabilities. Use both when the system needs both kinds of access.**