Introduction: Why Mihomo Party for macOS is the 2026 Choice

As we move further into 2026, the landscape of proxy clients on macOS has shifted significantly. While legacy tools like ClashX served us well for years, the demand for Mihomo core integration—which supports advanced protocols like TUIC, Hysteria2, and VLESS—has made Mihomo Party the go-to graphical interface for power users. For those owning an Apple Silicon Mac (ranging from the pioneering M1 to the latest M4 chips), software efficiency and native architecture support are non-negotiable. Mihomo Party provides a sleek, modern UI built on Electron but optimized to handle the heavy lifting of the Mihomo core with minimal battery impact.

This guide is specifically designed for users who want to leverage the full power of their Mac's hardware. We will navigate the nuances of the arm64 architecture, handle the strictly enforced security protocols of macOS Sequoia and Sonoma, and ensure your routing is both stable and fast. Whether you are a developer needing reliable access to global repositories or a creative professional working across international cloud platforms, Mihomo Party on macOS offers the granular control required for a seamless network experience.

Prerequisites: Preparing Your Mac for Installation

Before jumping into the download links, it is essential to verify your hardware and system environment. Apple Silicon Macs handle binaries differently than older Intel-based Macs. While Rosetta 2 can translate Intel apps, running a network-intensive proxy client natively on arm64 ensures lower latency and better thermal performance.

• Identify Your Chip: Click the Apple menu > About This Mac. Ensure it says "Apple M1", "M2", "M3", or "M4".
• OS Version: This guide assumes you are running macOS 13 (Ventura), 14 (Sonoma), or 15 (Sequoia). Newer versions of macOS have tighter Gatekeeper restrictions.
• Disk Space: Ensure at least 500MB of free space for the application and its growing internal GEOIP/Country databases.
• Subscription Link: Have your provider's subscription URL (YAML or Clash-compatible format) ready.

It is also a good practice to close any existing proxy clients like ClashX, Clash Verge, or Stash to prevent port conflicts (usually port 7890). Multiple clients competing for the same system proxy settings can lead to mysterious connection drops or "Address already in use" errors in your logs.

Step 1: Downloading the Correct arm64 DMG

The first hurdle for many users is selecting the right file from the release page. Mihomo Party is cross-platform, meaning you will see files for Windows, Linux, and macOS. For an Apple Silicon Mac, you must look for the arm64 designation.

1. Navigate to the official Mihomo Party release repository (usually GitHub).
2. Locate the latest stable release (avoid "Pre-release" unless you need a specific experimental feature).
3. Find the file ending in -mac-arm64.dmg. Do not download the x64.dmg as that is for Intel Macs.
4. Verify the file size is approximately 80-100MB.

Step 2: Installation and Bypassing macOS Security

Installing the app is straightforward: double-click the .dmg and drag the Mihomo Party icon into your Applications folder. However, because Mihomo Party is an open-source project that might not always be notarized by Apple in every nightly build, you will likely encounter a Gatekeeper warning.

Handling "Developer Cannot be Verified"

When you first try to open the app, macOS might say: "Mihomo Party" can't be opened because Apple cannot check it for malicious software. To fix this:

1. Click Cancel on the warning dialog.
2. Go to System Settings > Privacy & Security.
3. Scroll down to the "Security" section. You will see a note saying "Mihomo Party" was blocked from use because it is not from an identified developer.
4. Click Open Anyway.
5. Enter your Mac's password or use Touch ID to confirm.
6. Click Open one last time on the final confirmation pop-up.

Alternatively, you can use the terminal command sudo xattr -rd com.apple.quarantine /Applications/Mihomo\ Party.app if you are comfortable with the command line. This removes the "quarantine" flag that macOS attaches to all files downloaded from the internet.

Step 3: Initial Configuration and Core Initialization

Upon the first launch, Mihomo Party will initialize its working directory, usually located in ~/Library/Application Support/mihomo-party. The core (Mihomo/Clash Meta) needs to be active for the UI to function.

Check the bottom status bar of the app. It should indicate that the core is "Running". If it is not, you may need to click the Core tab and ensure the path to the binary is correct. In most cases, the app bundles the core, so no manual intervention is required. If the core fails to start, it is often because another process is using port 7890 or 9090. You can change these in the Settings > Network tab within the app.

Step 4: Importing Your Proxy Subscription

Mihomo Party uses a "Profile" based system. Unlike older clients that just take a URL, Mihomo Party allows you to manage multiple subscriptions and even local configuration files with ease.

1. Click on the Profiles tab in the left sidebar.
2. Click the Add or + button.
3. Choose Remote URL.
4. Paste your subscription URL into the field. Give it a name (e.g., "Work Proxy" or "Main Subscription").
5. Click Save or Download. The app will fetch the YAML configuration from your provider.
6. Once downloaded, click the Use button (often a checkmark or a play icon) on the profile card to activate it.

Step 5: Understanding Proxy Modes on Mac

Once your profile is active, go to the Proxies tab. Here you will see your node groups. Before you start browsing, you must choose a routing mode:

• Rule (Recommended): Mihomo Party will use the rules defined in your profile to decide which traffic goes through the proxy and which goes "Direct" (local). For example, Google goes through the proxy, while your local banking site goes direct.
• Global: All traffic from your Mac goes through the selected proxy node. Use this for testing or when rules are failing.
• Direct: No traffic goes through the proxy. Useful for troubleshooting your local ISP connection.

On macOS, ensure you toggle the System Proxy switch (usually found in the General or Dashboard tab). This tells macOS to send all system-level traffic to Mihomo Party's local port.

Advanced: Enabling TUN Mode for Full Device Proxy

Standard "System Proxy" (HTTP/SOCKS) works for 90% of apps like Chrome or Safari. However, some apps (like Terminal, Spotify, or certain games) ignore system proxy settings. This is where TUN Mode comes in. It creates a virtual network interface that captures all traffic at the IP layer.

1. In Mihomo Party, go to Settings > TUN Mode.
2. Toggle the switch to On.
3. macOS will prompt you for your administrator password to install a "Helper Tool" or a "Network Extension". This is required to create the virtual network card.
4. Check your System Settings > Network > VPN & Filters. You should see a new Mihomo/Clash interface active.

TUN mode is significantly more powerful but requires careful DNS configuration. Ensure "Fake-IP" is enabled in your profile settings to prevent DNS leaks and ensure proper routing under TUN.

Troubleshooting Common macOS Issues

Optimization: Battery and Performance Tips

Running a proxy client 24/7 can impact battery life if not configured correctly. Here are a few tips for Apple Silicon users:

• Disable unnecessary logs: Set log level to error or silent in settings. Writing logs to the SSD constantly consumes tiny amounts of power.
• Avoid frequent health checks: If your provider has 100+ nodes, set the interval for latency testing to 600 seconds or more. Frequent pings keep the Wi-Fi chip active.
• Use Rule Mode: Tunneling everything (Global) is more CPU-intensive than letting domestic traffic go Direct.
• Native arm64: Always confirm in Activity Monitor > Kind column that Mihomo Party says "Apple" and not "Intel".

Comparison: Why Mihomo Party Outperforms Legacy Clients

Compared to legacy tools like ClashX or the older Clash for Windows, Mihomo Party is built from the ground up to support the Mihomo (Meta) Core. This core is the most active fork of the original Clash project, offering features that standard clients simply cannot handle. For example, Mihomo Party natively supports the SSH protocol, TUIC (a high-performance UDP-based protocol), and Hysteria2, which is essential for users on restrictive or high-latency networks. On macOS, Mihomo Party provides a visual rule editor that is far more intuitive than manually editing YAML files in a text editor, making it accessible for both beginners and veterans.

Furthermore, the memory management in Mihomo Party is superior for modern macOS versions. It handles the "Sleep/Wake" cycle of MacBooks gracefully, automatically reconnecting nodes without the user needing to toggle the proxy manually after opening their laptop lid. While other clients might hang or lose DNS resolution after a long sleep, Mihomo Party's implementation of the TUN stack is robust enough to maintain a persistent connection state.

Download Clash for Mac and get started →