Installing mise

If you are new to mise, follow the Getting Started guide first.

Installation Methods

Choose one installation method, verify the executable, then configure your shell if you want automatic project activation. Use the same package manager for future updates when it owns your mise installation.

Platform	Recommended	Alternative
macOS	mise.run	Homebrew
Linux	mise.run	System packages
Windows	Scoop	winget
Any (Rust users)	cargo binstall	cargo install
CI/Docker	mise.run	GitHub Releases

The official single-binary release installed by mise.run is the preferred method on macOS and Linux. These binaries are built with mise's optimized release profile and can be updated immediately with mise self-update. Prefer them over third-party package builds: the Homebrew formula can be substantially slower and larger, and package-manager releases may also trail a mise release.

::: tip Which methods auto-update? Package managers (apt, dnf, brew, pacman, etc.) update mise when you update system packages. Official standalone installations support mise self-update; a build or package may disable it. Updating mise itself is separate from mise upgrade, which updates managed tools.

For installations that support mise self-update, automatic updates can be enabled globally:

mise settings set auto_update true

mise then periodically checks before eligible interactive commands, installs a newer release without updating plugins, and re-runs the original command with the new binary. Configure the interval with auto_update_check_duration.

Organizations can direct manual and automatic self-updates to a curated GitHub release mirror by setting self_update.repository. Private repositories and GitHub Enterprise use mise's existing GitHub token resolution. Mirrored archives must retain the official file names and embedded mise signatures. The API URL must use HTTPS:

toml

[settings.self_update]
repository = "myorg/mise-mirror"
api_url = "https://api.github.com"

These settings are global-only: set them in the user-global or system configuration, not a project configuration. :::

::: tip Keep mise up to date mise connects to many external registries and backends, such as aqua, GitHub releases, language package registries, and system package managers. Those services change over time, so mise works best when the CLI is kept on a recent version.

Projects and organizations should generally set a min_version when they need a newer mise feature instead of locking every user to a specific mise executable. While there are ways to pin or bootstrap a particular mise version, locking users to one mise version is generally discouraged. A fixed mise version can be useful in controlled CI builds, but it needs a planned update process as upstream registries evolve. min_version lets a project require a feature while allowing users to keep their CLI current. :::

https://mise.run {#mise-run}

mise does not need to be on PATH. If you run the activate script in your shell's rc file, mise adds itself to PATH automatically.

curl -fsSL https://mise.run | sh

To choose another executable path (its parent must be writable by your user):

curl -fsSL https://mise.run | MISE_INSTALL_PATH="$HOME/bin/mise" sh

Shell-specific installation + activation

For a more streamlined setup, use the shell-specific endpoints, which install mise and configure activation in your shell's configuration file:

::: code-group

curl -fsSL https://mise.run/zsh | sh
# Installs mise and adds activation to ~/.zshrc

curl -fsSL https://mise.run/bash | sh
# Installs mise and adds activation to ~/.bashrc

curl -fsSL https://mise.run/fish | sh
# Installs mise and adds activation to ~/.config/fish/config.fish

:::

These shell-specific installers will:

Install mise using the same logic as the main installer
Append activation to the selected shell's configuration (ZDOTDIR is honored for zsh; fish uses ~/.config/fish/config.fish)
Skip that append when the same shell installer's marker is already present

If activation was added manually or by a package manager, inspect the file first: the installer marker check does not detect every equivalent hook.

Options:

MISE_DEBUG=1 – enable debug logging
MISE_QUIET=1 – disable non-error output
MISE_INSTALL_PATH=/some/path – change the binary path (default: ~/.local/bin/mise)
MISE_VERSION=v2025.12.0 – install a specific version
MISE_INSTALL_SKIP_IF_EXISTS=1 – skip the download/install if the mise binary at the install path already matches the requested version

To verify the install script hasn't been tampered with:

gpg --keyserver hkps://keys.openpgp.org --recv-keys 24853EC9F655CE80B48E6C3A8B81C9D17413A06D
curl -fsSL -o install.sh.sig https://mise.jdx.dev/install.sh.sig
gpg --output install.sh --decrypt install.sh.sig

Confirm that GPG reports a valid signature by the release key with fingerprint 24853EC9F655CE80B48E6C3A8B81C9D17413A06D. If download or verification fails, stop; do not run the output. After successful verification:

sh ./install.sh

::: tip Unless you change the version with MISE_VERSION, the install script is pinned to whatever the latest version was when it was downloaded, with checksums inside the file. Downloading the script and committing it to a project is therefore a great way to ensure that anyone who installs with it fetches the exact same mise binary. :::

Supported OS/arch:

macos-x64
macos-arm64
linux-x64
linux-x64-musl
linux-arm64
linux-arm64-musl
linux-armv7
linux-armv7-musl

If you need something else, compile it with cargo install mise (see below).

apk

For Alpine Linux:

apk add mise

mise lives in the community repository.

::: warning Alpine source-build default is deprecated Alpine currently compiles tools from source by default. This automatic behavior is deprecated: affected source installs warn beginning in mise 2026.8.0, and the default will switch to precompiled binaries in mise 2027.8.0. To keep compiling from source, set all_compile = true explicitly. :::

apt

On Ubuntu 26.04+, mise is available via a PPA:

sudo add-apt-repository -y ppa:jdxcode/mise
sudo apt update
sudo apt install -y mise

On Debian 11+ and Ubuntu 22.04+, the mise repository can be enabled with extrepo:

sudo apt install -y extrepo
sudo extrepo enable mise
sudo apt update
sudo apt install -y mise

pacman

For Arch Linux:

sudo pacman -S mise

Arch package

Cargo

Source builds need a Rust toolchain meeting the selected release's rust-version and the platform's compiler and native library prerequisites. See contributing for the build dependencies. Build with Cargo:

cargo install --locked mise

Do it faster with cargo-binstall:

cargo install --locked cargo-binstall
cargo binstall mise

Build from the latest commit on main:

cargo install --locked mise --git https://github.com/jdx/mise --branch main

dnf

Fedora 41+, CentOS Stream 9+, RHEL 10+

sudo dnf copr enable jdxcode/mise
sudo dnf install mise

RHEL 9 / AlmaLinux 9 / Rocky 9

RHEL 9 AppStream is currently frozen at Rust 1.88, which is older than mise's minimum supported Rust version. Use the CentOS Stream 9 build instead — the resulting binary works on RHEL 9 derivatives:

sudo dnf copr enable jdxcode/mise centos-stream+epel-next-9
sudo dnf install mise

COPR package page

Snap (Linux)

sudo snap install mise --classic

snapcraft.io page

Docker

See the Docker cookbook for tips on using mise with Docker.

::: details Example Dockerfile

Put a mise.toml declaring node = "24" under [tools] in the Docker build context. This example copies that configuration, installs its tools, and uses mise exec for the container command. Add any other configuration files, lockfile, hook inputs, or application files that your real project needs.

dockerfile

FROM debian:13-slim

RUN apt-get update \
    && apt-get install -y --no-install-recommends ca-certificates curl \
    && rm -rf /var/lib/apt/lists/*

ENV MISE_INSTALL_PATH=/usr/local/bin/mise
RUN curl -fsSL https://mise.run -o /tmp/install-mise.sh \
    && sh /tmp/install-mise.sh \
    && rm /tmp/install-mise.sh

WORKDIR /app
COPY mise.toml ./mise.toml
RUN mise trust && mise install

ENTRYPOINT ["mise", "exec", "--"]
CMD ["node", "--version"]

:::

Homebrew

::: warning The Homebrew formula is convenient, but it is not the preferred installation method. Homebrew builds mise separately from the official, more optimized release binaries. For the best performance and fastest access to new releases, use the mise.run installer instead. :::

brew install mise

Homebrew formula

npm

mise is available on npm as a precompiled binary. It isn't a Node.js package—it is only distributed via npm. This is useful for JS projects that want to set up mise via package.json or npx.

npm install -g mise

Use npx to run mise without adding it as a permanent global npm package. npm caches its download, and any tools mise installs remain in mise's data directory:

npx --yes mise exec [email protected] -- python --version

npm package

The legacy @jdxcode/mise package is still published.

GitHub Releases

Choose a version and the matching OS/architecture artifact from GitHub Releases. For example, to download a Linux x64 executable to a temporary working directory:

mise_version=2026.9.1
mise_platform=linux-x64
curl -fL -o mise "https://github.com/jdx/mise/releases/download/v${mise_version}/mise-v${mise_version}-${mise_platform}"

Change both values for your chosen release and platform. Verify the artifact against that release's checksum/signature metadata before installing it. The mise.run installer handles platform selection and checksum checking for you.

After verifying a downloaded Unix executable, install it to a user-writable path:

mkdir -p ~/.local/bin
install -m 755 ./mise ~/.local/bin/mise
~/.local/bin/mise --version

MacPorts

sudo port install mise

MacPorts port

nix

For the Nix package manager, at release 24.05 or later:

nix-env -iA nixpkgs.mise

To try the Nixpkgs package without a persistent installation, run nix-shell -p mise --run "mise --version".

This repository also exposes a flake package at inputs.mise.packages.${system}.mise when your flake declares a mise input pointing to github:jdx/mise. The attribute is a Nix expression, not a shell command.

::: warning NixOS source-build default is deprecated NixOS currently compiles tools from source by default. This automatic behavior is deprecated: affected source installs warn beginning in mise 2026.8.0, and the default will switch to precompiled binaries in mise 2027.8.0. Enable nix-ld before that change. To keep compiling from source, set all_compile = true explicitly. :::

yum (RHEL 8, CentOS Stream 8, Amazon Linux 2)

sudo yum install -y yum-utils
sudo yum-config-manager --add-repo https://mise.jdx.dev/rpm/mise.repo
sudo yum install -y mise

zypper

sudo wget https://mise.jdx.dev/rpm/mise.repo -O /etc/zypp/repos.d/mise.repo
sudo zypper refresh
sudo zypper install mise

Windows - Scoop

Scoop exposes the mise executable through its own command shim. Configure shell activation or mise's tool shims separately; the current Scoop manifest does not add mise's tool-shims directory to PATH.

scoop install mise

Scoop manifest

Windows - winget

winget install jdx.mise

winget manifest

Windows - Chocolatey

::: info Check the Chocolatey package version before choosing it; it can lag official releases. :::

choco install mise

Windows - manual

Download the latest release from GitHub and add the binary to your PATH.

If your shell does not support mise activate, add the shims directory (by default %LOCALAPPDATA%\mise\shims) to PATH.

Verify the executable

mise --version
mise doctor

For the default mise.run installation before activation, use ~/.local/bin/mise --version and ~/.local/bin/mise doctor. If the version is unexpected, check which copy is running with command -v mise on Unix or Get-Command mise in PowerShell. Having two installation methods on PATH can leave an older binary in use.

Shells

The examples assume mise is on PATH. For a default mise.run installation, use ~/.local/bin/mise in the activation line instead. Add one activation line to the startup file you actually use; avoid appending duplicates.

Bash

activation='eval "$(mise activate bash)"'
grep -qxF "$activation" ~/.bashrc 2>/dev/null || printf '%s\n' "$activation" >> ~/.bashrc

Zsh

zshrc="${ZDOTDIR:-$HOME}/.zshrc"
activation='eval "$(mise activate zsh)"'
mkdir -p "$(dirname "$zshrc")"
grep -qxF "$activation" "$zshrc" 2>/dev/null || printf '%s\n' "$activation" >> "$zshrc"

Fish

mkdir -p ~/.config/fish
activation='mise activate fish | source'
grep -qxF "$activation" ~/.config/fish/config.fish 2>/dev/null || printf '%s\n' "$activation" >> ~/.config/fish/config.fish

::: tip For Homebrew and possibly other installs, mise is activated automatically, so this step is not necessary.

See MISE_FISH_AUTO_ACTIVATE=1 for more information. :::

PowerShell

Use PowerShell's $PROFILE variable for the current host's profile. Create it when missing, then add the activation line once:

powershell

if (-not (Test-Path $PROFILE)) {
    New-Item -ItemType Directory -Force (Split-Path -Parent $PROFILE) | Out-Null
    New-Item -ItemType File -Path $PROFILE | Out-Null
}
$activation = '(&mise activate pwsh) | Out-String | Invoke-Expression'
if (-not (Select-String -Path $PROFILE -SimpleMatch $activation -Quiet)) {
    Add-Content $PROFILE $activation
}

See PowerShell profiles when you use different profiles for terminals, editors, or PowerShell versions.

Nushell

Nushell loads activation as a generated module. Add this to env.nu (located at $nu.env-path) so the module exists before config.nu is parsed:

nushell

let mise_path = $nu.default-config-dir | path join mise.nu
^mise activate nu | save $mise_path --force

Add this to config.nu (located at $nu.config-path):

nushell

use ($nu.default-config-dir | path join mise.nu)

Restart Nushell after saving both files. If mise is not on PATH, use its absolute executable path in the env.nu command. The module is regenerated at startup so it follows mise upgrades.

Xonsh

Add the following to ~/.xonshrc or the Xonsh config file you use:

xonsh

execx($(mise activate xonsh))

For a default mise.run installation before mise is on PATH, use execx($(~/.local/bin/mise activate xonsh)) instead. Restart Xonsh after saving.

mise updates Xonsh's environment and the process environment. If your own startup code changes PATH, keep those views consistent so subprocesses resolve the same commands as the shell.

Elvish

Add the following to your rc.elv:

shell

var mise: = (ns [&])
eval (mise activate elvish | slurp) &ns=$mise: &on-end={|ns| set mise: = $ns }
mise:activate

Optionally alias mise to mise:mise for seamless integration of mise {activate,deactivate,shell}:

shell

edit:add-var mise~ {|@args| mise:mise $@args }

Something else?

Adding a new shell is not hard since very little shell code is in this project. See here for how the others are implemented. If your shell isn't currently supported, I'd be happy to help you get it integrated.

Autocompletion

::: tip Some installation methods automatically install autocompletion scripts. :::

Source your shell's rc file or restart the shell before running these examples, so the activation added above puts mise on PATH. For a default mise.run installation before reloading the shell, invoke ~/.local/bin/mise completion instead of mise completion.

The mise completion command can generate autocompletion scripts for your shell.

The instructions below complete mise itself. For commands installed through the packslip backend, see tool completions and skills. The generated scripts are self-contained and do not require the separate usage CLI.

The simplest way to install the completion script is:

shell

mise completion bash --install

Replace bash with zsh, fish, or powershell for your shell. Alternatively, choose the path yourself:

::: code-group

# This requires bash-completion to be installed
mkdir -p ~/.local/share/bash-completion/completions/
mise completion bash > ~/.local/share/bash-completion/completions/mise

# Generate into a directory owned by your user:
mkdir -p ~/.zfunc
mise completion zsh > ~/.zfunc/_mise

Add the fpath update to .zshrc before its existing compinit call (including one made by a shell framework):

fpath=(~/.zfunc $fpath)

If .zshrc does not already initialize completions, also add:

autoload -Uz compinit
compinit

mkdir -p ~/.config/fish/completions
mise completion fish > ~/.config/fish/completions/mise.fish

:::

Troubleshooting

If you encounter issues after installation, run:

mise doctor

This diagnoses common problems with your mise setup. See mise doctor for more information.

Uninstalling

Use the package manager that installed mise to remove a package-managed CLI. For a standalone installation, preview the removal first:

mise implode --dry-run

mise implode removes the CLI, installed tools, cache, and state, including the system data directory when present. It keeps the user configuration directory unless --config is passed. Inspect the listed paths before running without --dry-run; these may be customized by environment variables.

Remove activation lines from shell startup files and any completion files you installed separately. Project mise.toml files and host packages installed by bootstrap are separate from mise's tool data. See directories for the configured storage paths.