Windows used to be the land of .exe installers, random download buttons, browser toolbars, mystery update services, and “next-next-finish” wizard hell.
To be fair, a lot of that still exists.
But modern Windows is not as bad as it used to be. Today you can install and update a serious amount of software from the command line. You can also script new machine setup, keep developer tools updated, install libraries, and manage apps without opening twenty vendor websites.
The annoying part is that Windows does not have one clean equivalent of apt, dnf, pacman, or Homebrew.
Instead, Windows has several package managers, and they solve different problems.
Some are for normal desktop apps. Some are for developer tools. Some are for Python or C++ environments. Some are not really package managers, but they are useful enough that people use them like package managers.
So this article is not about finding one magical winner. It is about knowing which one to use and when.
Quick Answer
| Use case | Pick |
|---|---|
| Normal Windows app installs and updates | WinGet |
| Old-school Windows software automation | Chocolatey |
| Portable command-line/dev tools without UAC noise | Scoop |
| Simple bulk install for common apps | Ninite |
| GUI for WinGet, Chocolatey, Scoop, pip, npm, etc. | UniGetUI |
| Unix-like build/dev environment on Windows | MSYS2 / pacman |
| C/C++ libraries | vcpkg |
| Python/data science/ML environments | Conda or Mamba |
| JavaScript tooling | npm, pnpm, Bun |
| Python-only packages | pip / pipx / uv |
If you just want one package manager for a normal Windows 10/11 machine, use WinGet.
If you want the cleanest command-line tool setup, use Scoop.
If you manage Windows machines professionally, learn Chocolatey and WinGet.
If you hate terminals, install UniGetUI.
If you are doing C/C++ work, use vcpkg.
If you are doing Python/data/ML work, use Mamba or Conda.
1. WinGet
Official site/docs: https://learn.microsoft.com/en-us/windows/package-manager/winget/
WinGet is Microsoft’s official Windows Package Manager command-line tool.
It lets you search, install, upgrade, remove, and configure apps from the terminal.
Example:
winget search firefox
winget install Mozilla.Firefox
winget install Microsoft.VisualStudioCode
winget upgrade --all
winget uninstall Mozilla.Firefox
For a modern Windows 10 or Windows 11 machine, this is the default recommendation.
It is built around real Windows desktop apps, not only developer tools. Browsers, editors, utilities, communication apps, media tools, VPNs, terminals, and lots of everyday software are available.
Why it is still active
WinGet is actively maintained by Microsoft and is now part of the modern Windows software management story. It is not some abandoned side project from 2012.
Pros
| Pros | Notes |
|---|---|
| Official Microsoft tool | This matters on Windows. Less sketchy than random scripts from the internet. |
| Good for normal desktop apps | Firefox, VS Code, 7-Zip, Git, VLC, PowerToys, etc. |
| Built into modern Windows workflows | Works in PowerShell, Windows Terminal, and Command Prompt. |
| Good upgrade command | winget upgrade --all is one of the best things to run on a Windows box. |
| Large repository | Not perfect, but very useful now. |
Cons
| Cons | Notes |
|---|---|
| Not always fully silent | Some installers still behave like Windows installers. |
| Not as clean as Linux package managers | It often wraps vendor installers instead of installing clean native packages. |
| Updates are not always automatic | You usually need to run upgrade commands or use extra automation. |
| Package quality varies | Some apps behave better than others. |
Best for
Use WinGet for general Windows software:
winget install 7zip.7zip
winget install Git.Git
winget install Microsoft.PowerToys
winget install VideoLAN.VLC
winget install Google.Chrome
winget upgrade --all
This is probably the closest Windows has to a normal built-in package manager.
2. Chocolatey
Official site: https://chocolatey.org/
Chocolatey is one of the oldest serious Windows package managers that people still actually use.
Before WinGet became useful, Chocolatey was the answer if you wanted something like apt-get for Windows.
Example:
choco install git
choco install googlechrome
choco install vscode
choco upgrade all
Chocolatey is especially popular with sysadmins, automation scripts, internal package repositories, and business environments.
Why it is still active
Chocolatey still has an active package ecosystem, current documentation, business products, and a large community package repository.
Pros
| Pros | Notes |
|---|---|
| Mature | It has been around for a long time and many admins know it. |
| Good for automation | Useful for scripted installs and enterprise setups. |
| Strong business tooling | Chocolatey for Business exists for companies that need control and reporting. |
| Huge package history | Lots of older Windows tools are available. |
| Works well in PowerShell scripts | Good for repeatable machine setup. |
Cons
| Cons | Notes |
|---|---|
| Community packages need trust | You are relying on package maintainers and install scripts. |
| Can feel old-school | Compared to WinGet, it can feel less native to modern Windows. |
| Admin rights are common | Many installs expect elevated PowerShell. |
| Some features are business-oriented | The best centralized management features are not aimed at casual users. |
Best for
Use Chocolatey if you are:
- managing many Windows machines
- scripting lab setup
- building Windows VM images
- working with old internal workflows
- maintaining older automation scripts that already use Chocolatey
For personal use, I would usually start with WinGet now. But Chocolatey is absolutely not dead.
3. Scoop
Official site: https://scoop.sh/
Scoop is a command-line installer for Windows, but it has a different vibe than WinGet and Chocolatey.
It is less about big GUI apps and more about developer tools, portable apps, command-line utilities, and a cleaner user-space install experience.
Example:
scoop install git
scoop install curl
scoop install nodejs
scoop install python
scoop install ffmpeg
Scoop usually installs into your user directory, which means fewer UAC prompts and less system pollution.
Why it is still active
Scoop is actively maintained on GitHub, still has current releases, and still has an active bucket ecosystem.
Pros
| Pros | Notes |
|---|---|
| Great for developer tools | Git, Node, Python, ffmpeg, ripgrep, yt-dlp, etc. |
| Avoids lots of UAC prompts | Usually installs in user space. |
| Cleaner PATH handling | Less “Windows installer sprayed files everywhere” feeling. |
| Buckets are flexible | You can add extra repositories of packages. |
| Feels closer to a Unix package manager | Especially for CLI tools. |
Cons
| Cons | Notes |
|---|---|
| Less ideal for normal GUI apps | It can do them, but that is not its main strength. |
| Requires PowerShell comfort | Not hard, but it is still terminal-first. |
| Buckets vary in quality | Extra buckets are useful but need some judgment. |
| Not Microsoft-native | Some workplaces may prefer WinGet or Chocolatey. |
Best for
Use Scoop when you want a clean Windows dev machine:
scoop install git
scoop install nodejs-lts
scoop install python
scoop install ripgrep
scoop install fd
scoop install ffmpeg
For command-line tools, Scoop often feels better than WinGet.
4. Ninite
Official site: https://ninite.com/
Ninite is not a traditional package manager, but it deserves to be here because it solves a real Windows problem: installing common apps quickly without babysitting installers.
You go to the website, pick apps, download one installer, run it, and Ninite installs everything in the background.
It can also update apps by running the same installer again.
Why it is still active
Ninite is still available and still focused on silent install/update workflows for common Windows applications. Ninite Pro is also still offered for managed environments.
Pros
| Pros | Notes |
|---|---|
| Dead simple | Great for non-technical users or quick reinstall jobs. |
| No command line needed | Pick apps on the website, run installer. |
| Skips junk | Ninite is known for avoiding toolbars and installer garbage. |
| Good for fresh Windows installs | Useful after reinstalling Windows or setting up a family PC. |
| Can update too | Re-run the installer to update selected apps. |
Cons
| Cons | Notes |
|---|---|
| Limited app catalog | You only get what Ninite offers. |
| Not a full package manager | No deep dependency management or scripting model like real package managers. |
| Less flexible | You cannot manage everything from a repo. |
| Website-driven | Not as clean for terminal automation unless using Pro/business workflows. |
Best for
Use Ninite when you need to set up a basic Windows machine fast:
- Chrome or Firefox
- 7-Zip
- VLC
- Zoom
- Discord
- Steam
- Notepad++
- LibreOffice
- Dropbox
For a family laptop or a fresh Windows install, Ninite is still very useful.
5. UniGetUI
Official site: https://www.marticliment.com/unigetui/
UniGetUI is not exactly a package manager by itself.
It is a graphical frontend for multiple package managers.
It can work with tools like:
- WinGet
- Chocolatey
- Scoop
- pip
- npm
- .NET Tool
- PowerShell Gallery
- and others
So instead of remembering different terminal commands, you get one UI for discovering, installing, updating, and uninstalling packages.
Why it is still active
UniGetUI is actively maintained, has a current GitHub project, and is widely used as a GUI layer over the Windows package manager mess.
Pros
| Pros | Notes |
|---|---|
| Great GUI | Useful if you do not want to live in PowerShell. |
| Supports multiple managers | WinGet, Scoop, Chocolatey, pip, npm, and more. |
| Good update dashboard | You can see updates from multiple sources. |
| Nice for mixed setups | Real Windows machines often use more than one manager. |
| Friendly for normal users | Easier than teaching someone three CLIs. |
Cons
| Cons | Notes |
|---|---|
| It depends on backend tools | If WinGet/Scoop/Chocolatey has a problem, UniGetUI inherits it. |
| More moving parts | GUI plus multiple package managers can get messy. |
| Not ideal for scripting | For automation, use the CLI tools directly. |
| Can hide complexity | Beginners may not understand which backend installed what. |
Best for
Use UniGetUI if you like the idea of package managers but do not want to manage everything manually from the terminal.
It is also useful on a personal machine where you might have WinGet, Scoop, and Chocolatey installed at the same time.
6. MSYS2 / pacman
Official site: https://www.msys2.org/
MSYS2 gives Windows a Unix-like development environment and uses a port of Arch Linux’s pacman package manager.
This is not the same thing as installing normal Windows desktop apps.
MSYS2 is for build tools, compilers, shells, Unix-style utilities, and native Windows development environments.
Example:
pacman -Syu
pacman -S mingw-w64-ucrt-x86_64-gcc
pacman -S mingw-w64-ucrt-x86_64-cmake
pacman -S git
Why it is still active
MSYS2 is still maintained, still updates its package repositories, and still tracks modern Windows support changes.
Pros
| Pros | Notes |
|---|---|
Real pacman workflow | If you know Arch, it feels familiar. |
| Excellent for native Windows builds | Great for MinGW-w64 toolchains and Unix-like build systems. |
| Large package set | Compilers, libraries, shells, autotools, CMake, Python, and more. |
| Useful for open-source ports | Many projects document MSYS2 build steps. |
| Better than random compiler zips | A proper environment beats manual setup. |
Cons
| Cons | Notes |
|---|---|
| Not for normal apps | Do not use this to install Firefox or Discord. |
| Multiple environments can confuse people | UCRT64, CLANG64, MINGW64, MSYS, etc. |
| PATH mistakes can hurt | Mixing MSYS2 tools with system tools can get weird. |
| More developer-focused | Normal users do not need it. |
Best for
Use MSYS2 if you build native Windows software, especially C/C++ projects using Unix-ish tooling.
It is not a replacement for WinGet. It is a developer environment with a package manager.
7. vcpkg
Official site: https://vcpkg.io/
vcpkg is a C/C++ package manager maintained by Microsoft and the C++ community.
It is not for installing desktop apps.
It is for project dependencies like:
- Boost
- OpenSSL
- zlib
- fmt
- SDL
- Qt
- curl
- SQLite
- OpenCV
Example:
vcpkg install fmt
vcpkg install openssl
vcpkg install sqlite3
Modern vcpkg can also work with manifest files, which makes it better for reproducible project dependency setup.
Why it is still active
vcpkg is actively maintained by Microsoft and the community, with regular registry updates and new ports.
Pros
| Pros | Notes |
|---|---|
| Excellent for C/C++ dependencies | This is its actual job. |
| Cross-platform | Works on Windows, macOS, and Linux. |
| Integrates with CMake | Very useful for real C++ projects. |
| Large library catalog | Thousands of open-source C/C++ libraries. |
| Good for reproducible builds | Manifest mode helps keep dependencies project-based. |
Cons
| Cons | Notes |
|---|---|
| Not for desktop app management | Do not compare it directly with WinGet. |
| C++ complexity remains | ABI, triplets, static/dynamic linking can still be painful. |
| Builds can be slow | Some libraries compile from source. |
| Disk usage can grow | C++ dependencies are not tiny. |
Best for
Use vcpkg if you are building C++ projects on Windows.
For example, if you are trying to compile a tool and it needs OpenSSL, zlib, SQLite, or Boost, vcpkg is often the least annoying way to get there.
8. Conda and Mamba
Conda site: https://conda.org/
Conda is a package and environment manager, mostly used for Python, data science, machine learning, scientific computing, and cross-platform native dependencies.
Mamba is a faster replacement/reimplementation of much of the Conda workflow.
Example:
conda create -n qa-tools python=3.12
conda activate qa-tools
conda install requests pandas pytest
With Mamba:
mamba create -n data python=3.12 pandas numpy jupyter
mamba activate data
Why it is still active
Conda remains widely used in Python/data science environments, and Mamba is actively maintained as a faster alternative with current package releases.
Pros
| Pros | Notes |
|---|---|
| Great for Python environments | Especially when native dependencies are involved. |
| Good for data/ML stacks | NumPy, pandas, Jupyter, PyTorch, etc. |
| Cross-platform | Same environment concept across Windows, macOS, Linux. |
| Mamba is fast | Faster dependency solving than classic Conda in many cases. |
| Handles non-Python dependencies too | That is the big advantage over plain pip. |
Cons
| Cons | Notes |
|---|---|
| Heavy | Environments can take a lot of space. |
| Can conflict with system Python habits | Beginners often mix Conda, pip, and system Python badly. |
| Not for normal Windows apps | This is not how you install VLC or Chrome. |
| Channel/licensing details matter | Especially in companies. |
Best for
Use Conda or Mamba for Python projects where dependencies are more serious than a tiny script.
For example:
- data science notebooks
- ML experiments
- scientific libraries
- cross-platform Python environments
- tools that need native compiled dependencies
For simple Python CLI tools, I would usually use pipx or uv instead.
9. Language-Specific Package Managers
These are not Windows package managers in the normal desktop-app sense, but they are still part of a real Windows development setup.
JavaScript / Node.js
Official npm site: https://www.npmjs.com/
Common commands:
npm install
npm install -g typescript
pnpm install
bun install
Use these for JavaScript and TypeScript projects.
Do not use npm to manage your whole Windows machine. Use it for JS dependencies and JS-based global tools.
Python
pip docs: https://pip.pypa.io/
Common commands:
pip install requests
pipx install poetry
uv venv
uv pip install pytest
Use pip inside project environments.
Use pipx for isolated Python CLI tools.
Use uv if you want a fast modern Python workflow.
.NET
Official docs: https://learn.microsoft.com/en-us/dotnet/core/tools/global-tools
Example:
dotnet tool install --global dotnet-ef
Use it for .NET global tools, not for normal desktop software.
What About Microsoft Store?
Microsoft Store is not exactly the same thing as a full package manager, but it does matter.
Some apps are easiest to install and update through the Store. Windows also updates Store apps automatically in many normal setups.
The problem is that the Store catalog is not the whole Windows software universe.
A lot of real desktop software still lives outside the Store.
So the practical setup is usually:
- Store for Store apps
- WinGet for normal desktop apps
- Scoop for CLI/dev tools
- Conda/Mamba for Python/data environments
- vcpkg for C/C++ dependencies
That sounds messy because it is messy. Welcome to Windows.
What I Would Actually Install on a Fresh Windows Machine
For a normal power-user/dev setup, I would do this:
Step 1: Use WinGet first
winget install Microsoft.PowerToys
winget install Microsoft.WindowsTerminal
winget install Microsoft.VisualStudioCode
winget install Git.Git
winget install 7zip.7zip
winget install Mozilla.Firefox
winget install VideoLAN.VLC
Step 2: Add Scoop for CLI tools
scoop install git
scoop install curl
scoop install wget
scoop install ffmpeg
scoop install ripgrep
scoop install fd
scoop install jq
Step 3: Add language managers only when needed
For Python:
winget install Python.Python.3.12
pipx install poetry
For Node:
winget install OpenJS.NodeJS.LTS
npm install -g pnpm
For C++:
git clone https://github.com/microsoft/vcpkg.git
cd vcpkg
.\bootstrap-vcpkg.bat
For data/ML:
Install Miniforge or Miniconda, then use Mamba/Conda environments.
Which Ones I Would Avoid or Not Recommend as Main Picks
Fallback manual .exe installers
Sometimes you still need them. But they should not be your default workflow anymore.
If an app exists in WinGet, use WinGet.
Random “driver updater” package managers
Hard pass.
Most of these are shady, ad-heavy, or unnecessary. Get drivers from Windows Update, the OEM, Nvidia/AMD/Intel, or the hardware vendor.
Abandoned Windows package managers
There have been many attempts over the years. If the repo is stale, docs are old, or Windows 11 support is unclear, skip it.
Package managers are infrastructure. Dead infrastructure is worse than no infrastructure.
Using one tool for everything
This is the classic mistake.
WinGet is great, but it is not vcpkg. Scoop is great, but it is not Conda. Conda is great, but it is not for installing Chrome. MSYS2 is great, but it is not your normal app store.
Use the right tool for the job.
Comparison Table
| Tool | Main purpose | Good for normal apps? | Good for dev tools? | GUI? | Best user |
|---|---|---|---|---|---|
| WinGet | Windows app manager | Yes | Yes | No | Most Windows users |
| Chocolatey | Scriptable Windows software management | Yes | Yes | No | Sysadmins / automation |
| Scoop | User-space CLI/dev tools | Sometimes | Yes | No | Developers / power users |
| Ninite | Bulk install common apps | Yes | No | Web UI | Quick setup / non-tech users |
| UniGetUI | GUI frontend for package managers | Yes | Yes | Yes | Users who hate CLI |
| MSYS2/pacman | Unix-like Windows dev environment | No | Yes | No | C/C++ / open-source builders |
| vcpkg | C/C++ libraries | No | Yes | No | C++ developers |
| Conda/Mamba | Python/data environments | No | Yes | No | Python/data/ML users |
| npm/pnpm/Bun | JS packages | No | Yes | No | JS/TS developers |
| pip/pipx/uv | Python packages/tools | No | Yes | No | Python developers |
Final Recommendation
If you are a normal Windows user, install and learn WinGet.
If you are a developer, add Scoop.
If you are a sysadmin or you maintain Windows automation, keep Chocolatey in your toolbox.
If you want a GUI, use UniGetUI.
If you do C/C++, use vcpkg.
If you do Python/data/ML, use Mamba or Conda.
If you just need to set up a family laptop in 15 minutes, use Ninite and move on with your life.
Windows package management is still not as clean as Linux, but it is no longer hopeless.
You do not need to download every installer manually like it is 2008.