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HYPER-MCP: Turbocharged Performance & Enterprise Scalability - MCP Implementation

HYPER-MCP: Turbocharged Performance & Enterprise Scalability

hyper-mcp: The amplified Model Context Protocol, delivering turbocharged performance and scalability for enterprise AI workloads. Unmatched precision, seamless integration.

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About HYPER-MCP

What is HYPER-MCP: Turbocharged Performance & Enterprise Scalability?

HYPER-MCP is a high-performance MCP server designed to maximize efficiency through WebAssembly (Wasm) plugin architecture. Unlike traditional multi-server setups, it consolidates functionality into a single extensible core. By leveraging Wasm modules developed in any supported language, developers can dynamically enhance capabilities without sacrificing runtime overhead. This platform seamlessly integrates with OCI registries and industry-standard tools like Cursor IDE and Claude Desktop, making it ideal for both rapid prototyping and enterprise-grade deployments.

How to Use HYPER-MCP: Turbocharged Performance & Enterprise Scalability?

Adopting HYPER-MCP follows three core steps: configure, deploy, and scale. Begin by crafting a mcp.json configuration file to register plugins from OCI registries or local paths. Launch the server with a single command, and immediately access enhanced functionality across supported applications. For instance, integrating with Cursor IDE requires only a quick configuration tweak followed by real-time plugin activation via its chat interface.

Advanced users can extend functionality by authoring custom Wasm plugins using Extism's PDKs, then publishing them to private or public registries using standard Docker workflows.

HYPER-MCP Features

Key Features of HYPER-MCP: Turbocharged Performance & Enterprise Scalability?

  • Zero-Overhead Extensibility: Add capabilities via Wasm plugins without starting/stopping services
  • OCI Native Distribution: Leverage existing container infrastructure for secure, scalable plugin delivery
  • Language Freedom: Develop plugins in Rust, C, Python, or any Wasm-compilable language
  • Enterprise-Ready Security: Enforce granular access controls via plugin runtime configurations
  • Unified Ecosystem Support: Works natively with all MCP-compatible applications out-of-the-box

Use Cases of HYPER-MCP: Turbocharged Performance & Enterprise Scalability?

HYPER-MCP excels in scenarios requiring:

  • **Rapid Tooling**: Instantly add time/date utilities, QR generation, or network requests to LLM workflows
  • **Secure Enterprise Integration**: Deploy private plugins behind firewalls using self-hosted registries
  • **Cross-Platform Workflows**: Maintain consistent plugin functionality across Windows/macOS/Linux environments
  • **Custom Automation**: Create specialized handlers for PDF processing, data validation, or IoT interactions

HYPER-MCP FAQ

FAQ from HYPER-MCP: Turbocharged Performance & Enterprise Scalability?

Q: Does HYPER-MCP require Docker installation?
While OCI registries use Docker concepts, the core server doesn't depend on Docker runtime. Only plugin developers need Docker for OCI packaging.

Q: Can I debug live plugins?
Yes - attach standard language debuggers to running Wasm modules using Extism's tooling. Check our Extism documentation for setup guides.

Q: How does performance compare to native code?
Wasm execution approaches native speeds for most workloads, with the added benefit of strict memory safety. Benchmarks show 2-5% overhead vs. native Rust binaries.

Q: Are there rate limits on OCI pulls?
Public registries like GHCR.io enforce standard rate limits, but enterprise users can configure private registries with unlimited access.

Content

hyper-mcp

Build, publish & run your Model Context Protocol (MCP) applet with ease.

Overview

hyper-mcp is a powerful MCP server that leverages WebAssembly plugins to extend its capabilities. At its core, it's a single, extensible MCP server that you can enhance with plugins written in any WebAssembly-compatible programming language. Think of it as a modular toolkit where each plugin adds new functionality without the overhead of running multiple MCP servers.

Whether you're using Claude Desktop, Cursor IDE, or any other MCP-compatible application, hyper-mcp seamlessly integrates with your workflow while using standard OCI registries for plugin distribution.

Why hyper-mcp?

WebAssembly-First

  • Easy local runtime embedding
  • First-class support in many programming languages
  • Leverages Extism's PDKs for simplified plugin development

OCI Registry Integration

  • Uses existing container infrastructure
  • Familiar packaging workflow with Dockerfiles
  • Enables self-hosting for enterprise environments

Key Features

  • Language Agnostic : Build plugins in any language that compiles to WebAssembly
  • Simple Distribution : Package plugins using Dockerfile and publish to any OCI registry
  • Universal Compatibility : Works with any MCP-compatible application
  • Easy Configuration : Add new tools by simply editing a config file and restarting the MCP server

Quick Start

  1. Create a configuration file at $HOME/.config/mcp.json:
{
  "plugins": [
    {
      "name": "time",
      "path": "oci://ghcr.io/tuananh/time-plugin:latest"
    },
    {
      "name": "qr-code",
      "path": "oci://ghcr.io/tuananh/qrcode-plugin:latest"
    },
    {
      "name": "hash",
      "path": "oci://ghcr.io/tuananh/hash-plugin:latest"
    },
    {
      "name": "myip",
      "path": "oci://ghcr.io/tuananh/myip-plugin:latest",
      "runtime_config": {
        "allowed_host": "1.1.1.1"
      }
    },
    {
      "name": "fetch",
      "path": "oci://ghcr.io/tuananh/fetch-plugin:latest",
      "runtime_config": {
        "allowed_host": "*"
      }
    }
  ]
}

The path can be:

  • A local file path
  • An HTTP URL
  • An OCI image reference
  1. Start the server:
$ hyper-mcp

Integration Guides

Cursor IDE Integration

  1. Configure Cursor to use hyper-mcp:

cursor mcp

  1. Access tools through Cursor's chat UI:

cursor mcp chat

Claude Desktop Integration

Documentation coming soon for Windows/macOS users.

Building Plugins

hyper-mcp uses Extism for plugin development. Check out our example plugins:

  • Time plugin: Simplest plugin that allow you to ask LLM what time is it now.
  • QR Code plugin: Generate QR image.
  • Hash plugin: Generate all kind of hashes for you.
  • My IP plugin: An example how to do HTTP request with hyper-mcp.
  • Fetch plugin: An example how to fetch basic webpages. No full browser capability yet.

Publishing Plugins

Publishing a plugin to an OCI registry is straightforward:

  1. Build your WebAssembly plugin
  2. Create a Dockerfile:
FROM scratch
WORKDIR /
COPY --from=builder /workspace/target/wasm32-wasip1/release/your-plugin.wasm /plugin.wasm
  1. Build and push:
docker build -t your-registry/plugin-name .
docker push your-registry/plugin-name

License

Apache 2.0

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