Info2soft use cookies to help you have a superior and more admissible browsing experience on our website. Privacy Policy
By:
Finding a free and open-source self-hosted file sharing solution can be challenging. You want to host files on your own servers or NAS devices and control how those files are accessed and shared.
Actually, there are many options. In this guide, we’ll compare 5 free and open-source self-hosted file sharing tools, exploring their key features, advantages, limitations, and installation options to hep you find the right solution for your needs.
In addition, we will introduce an enterprise self-hosted tool for more complicated and secure requirements.
The Following table compare 5 free and open-source solutions based on their primary use cases, key features, deployment options, and supported sharing controls.
|
Software |
Best For |
Key Features |
Deployment |
License |
|
Copyparty |
Lightweight file server |
Web file access, resumable uploads, folder permissions, WebDAV, FTP, SFTP |
Python, Docker, standalone executable |
MIT |
|
FileBrowser |
Web-based file management |
File browsing, previews, sharing links, granular permissions, authentication |
Docker, Linux, Windows, macOS |
Apache 2.0 |
|
FileGator |
Multi-user file management |
User roles, folder permissions, chunked uploads, bulk downloads, storage adapters |
Docker, PHP |
MIT |
|
Erugo |
File transfers and link sharing |
Password-protected links, expiration dates, download limits, file requests |
Docker Compose |
MIT |
|
Gokapi |
Temporary file sharing |
Automatic file expiration, download limits, encryption, S3-compatible storage |
Docker, native deployment |
AGPL-3.0 |
Key Difference at Glance:
Although all five tools support self-hosted file sharing, their strengths differ:
Which One Should You Choose?
Your choice largely depends on how you intend to store and share files:
Official Website: https://copyparty.eu/
GitHub Repository: https://github.com/9001/copyparty
License: MIT
Copyparty is a lightweight, portable file server that allows you to turn almost any computer or device into a self-hosted file-sharing server. It is primarily written in Python and can run as a standalone package without requiring a complex application stack.
Copyparty focuses on providing flexible access to files stored on your own server. Users can browse, upload, and download files through a web browser or connect through supported file transfer protocols.
It is lightweight, portable and feature-rich; broad protocol.
Steeper learning curve. The web interface prioritizes functionality over a polished, modern design, so users may need some technical knowledge to manage access permissions and expose the server securely to external network.
Step 1. Download copyparty-sfx.py from the official website or GitHub releases. Make sure Python is installed, then run:
python3 copyparty-sfx.py
Step 2. Open a browser and visit the local address and port shown in the server’s startup output. You can then browse and transfer files through the interface.
Step 3. For a more controlled setup, specify which local directories should be shared and configure user accounts and access permissions.
Step 4. If you want to access the server outside your local network, configure your network and firewall accordingly. You can also put Copyparty behind a reverse proxy to provide a domain name and HTTPS access.
Important: Running Copyparty without arguments makes the current directory readable and writable by everyone. Before using it for regular file sharing, configure user accounts, directory permissions, and network access carefully.
For additional installation methods and configuration examples, refer to the official GitHub documentation.
Official Website: https://filebrowserquantum.com/
GitHub Repository: https://github.com/gtsteffaniak/filebrowser
License: Apache 2.0
FileBrowser Quantum is a free, open-source web-based file manager that allows users to access and manage files stored on their own servers through a modern browser interface. It makes existing server directories accessible and manageable from the web.
Key Features of FileBrowser Quantum:
Key Features of FileBrowser Quantum:
Disadvantages of FileBrowser Quantum:
How to Install FileBrowser Quantum:
FileBrowser Quantum supports Docker deployment as well as native installation on Linux, Windows, and macOS. Docker is a convenient option for users running a home server or NAS.
The following steps use the official Docker setup for the stable v2.0.x release.
Step 1. Create separate directories for application data and the files you want to manage:
mkdir -p filebrowser/data filebrowser/files
cd filebrowserStep 2. Create a compose.yaml file with the following configuration:
services:
filebrowser:
image: ghcr.io/gtsteffaniak/filebrowser:stable
volumes:
- ./files:/folder
- ./data:/home/filebrowser/data
ports:
- "8080:80"
restart: unless-stopped
This configuration maps the local files directory to /folder inside the container and stores the application’s database and configuration in the data directory.
Step 3. Run the container:
docker compose up -d
Docker will download the image and start the application.
Step 4. Open the following address in your browser:
http://localhost:8080
The application generates an initial administrator password and prints it in the container logs. You can retrieve it with:
docker compose logs -f filebrowser 2>&1 | grep -m1 -i "initial admin password"Log in with the administrator account and change the password when prompted.
Step 5. After logging in, configure the storage sources and create user accounts with appropriate permissions. Make sure the directories you mount into the container have the correct ownership and access permissions.
For detailed instructions on configuration, authentication, and deployment, see the official installation documentation.
Official Website: https://filegator.io/
GitHub Repository: https://github.com/filegator/filegator
Documentation: https://docs.filegator.io/
License: MIT
FileGator is a free, open-source, self-hosted web application that provide a straightforward way for administrator to organize files and give multiple users access to specific directories.
FileGator is built around shared file management. Administrators can create user accounts, assign different roles and permissions, and organize each user’s access around a designated home folder.
This makes FileGator particularly suitable for small teams, educational environments, and organizations that need a simple way to collect, distribute, and manage files through a web interface without deploying a full cloud collaboration platform.
FileGator supports Docker deployment and installation on a PHP-based web server. Docker is a convenient option for users who want to get started without manually configuring a web server and PHP environment.
Step 1. Make sure Docker is installed, then starts FileGator and creates a persistent Docker volume for the main file repository by using the following commands.
docker run -d \
-p 8080:8080 \
-v filegator_data:/var/www/filegator/repository \
--name filegator \
filegator/filegator:latestStep 2. Once the container is running visit:
The default login credentials are:
Change the default administrator password immediately after your first login.
Step 3. Go to the user management section to create accounts and configure their access rights. You can assign different permissions and home folders according to each user’s role.
Step 4. FileGator uses local storage by default. If you want to connect an external storage service, configure the corresponding storage adapter and its required credentials and dependencies.
For a production deployment, also configure HTTPS and make sure application configuration and user data are stored persistently. When installing directly on a PHP server, the official documentation recommends exposing only the dist directory through the web server, keeping private application files outside the web root.
For more information, see the official installation guide.
Official Website: https://erugo.app/
GitHub Repository: https://github.com/ErugoOSS/Erugo
License: MIT
Erugo works as a private alternative to services like WeTransfer, allowing users to upload files to their own server and share them with others without relying on third-party file transfer services.
Erugo allows users to upload individual files or entire folders, generate links for recipients, and control how long those links remain available. Erugo is a practical option for individuals, freelancers, and small teams that frequently need to send large files to clients, colleagues, or external partners while keeping the data on their own infrastructure.
Well suited to sending files externally: Its link-based workflow is convenient when you need to send files to clients, partners, or people who do not use your internal storage system.
Erugo is designed for Docker-based deployment. Its official quick-start guide uses Docker Compose, making it relatively straightforward to run on a Linux server, VPS, or home server.
Step 1. Create a dedicated directory for the Erugo Installation
mkdir erugo && cd erugo
Step 2. Create a docker-compose .yml file with the following configuration
services:
app:
image: wardy784/erugo:latest
restart: unless-stopped
volumes:
- ./erugo-storage:/var/www/html/storage
ports:
- "8080:80"
This configuration maps Erugo’s storage directory to a local folder and exposes the application on port 8080.
Important: Erugo expects exclusive control of the mounted storage directory. Its startup processes may delete existing files in that directory. Always use a dedicated, empty directory for the erugo-storage volume rather than mounting a folder containing files you want to keep.
Step 3. Run the following command to start Erugo
docker compose up -dDocker will download the image and start the application.
Step 4. Once the container is running visit:
http://localhost:8080
Follow the initial setup process to configure the application and administrator access.
Step 5. Before using Erugo for regular file transfers, review the application settings, including share expiration, maximum file size, and download policies.
If you plan to make the service accessible over the internet, configure a domain name, HTTPS, and a reverse proxy. Also make sure the server has sufficient storage and bandwidth for the files you expect to transfer.
For detailed instructions, refer to the official Erugo Quick Start guide.
Official Website: https://github.com/Forceu/Gokapi
GitHub Repository: https://github.com/Forceu/Gokapi
Documentation: https://gokapi.readthedocs.io/
License: AGPL-3.0
Gokapi is a lightweight, open-source, self-hosted file-sharing server built with Go. Inspired by the discontinued Firefox Send, it allows users to upload files and generate download links that automatically expire after a specified number of downloads or days.
Gokapi focuses on temporary file distribution. It is particularly useful when you need to send files to external recipients without keeping them available on your server indefinitely.
Gokapi also provides user management, optional end-to-end encryption, and support for S3-compatible storage. This makes it a good choice for individuals, small teams, and self-hosting enthusiasts who want a lightweight solution for controlled file sharing.
Users who want to share files over the internet need to configure a domain, HTTPS, and usually a reverse proxy.
Inconvenient for external users to upload files.
End-to-end encryption has not been independently audited and can affect download performance.
Gokapi supports both Docker-based and native installation on Linux, Windows, and macOS. Docker is a convenient option for most self-hosting users.
The following steps use the official stable Docker image.
Step 1. Create separate directories for application data and configuration:
mkdir -p gokapi/gokapi-data gokapi/gokapi-config
cd gokapiStep 2. Start the Docker container by the following command:
docker run -d \
--name gokapi \
-v ./gokapi-data:/app/data \
-v ./gokapi-config:/app/config \
-p 127.0.0.1:53842:53842 \
-e TZ=UTC \
docker.io/f0rc3/gokapi:latestStep 3. Open the following address in your browser:
http://localhost:53842/setup
Follow the setup wizard to configure the database, web server, authentication, and storage location. SQLite is the default database option, while Redis is also supported for deployments with heavier upload or download activity.
Step 4. Choose whether to store uploaded files locally or use an S3-compatible storage provider. You can also configure the encryption level during the initial setup.
If you enable end-to-end encryption, files are encrypted in the browser before being uploaded. However, note that Gokapi’s encryption implementation has not been independently audited, so evaluate this limitation before using it for highly sensitive data.
Step 5. After completing the setup, log in to the administration interface at:
http://localhost:53842/admin
Upload files, configure download limits and expiration periods, and generate sharing links for recipients.
For external access, configure a domain name, HTTPS, and a reverse proxy. The official documentation recommends using a reverse proxy and configuring appropriate request timeouts and upload size limits.
For more details, see the official Gokapi installation guide.
The five tools discussed above are useful options for individuals, self-hosting enthusiasts, and small teams. However, businesses managing large volumes of documents across departments, offices, and devices may need more than basic file sharing.
For these organizations, centralized document management, detailed access controls, version recovery, and team collaboration are equally important. If you are looking for a solution designed around these enterprise requirements, Info2soft i2Share is worth considering.
Why free self-hosted tools may not be enough for business?
Free self-hosted file-sharing tools can handle many everyday requirements, but their primary design goals are generally file access, management, and transfers. Enterprise environments often have additional requirements, such as managing documents across multiple departments and locations, enforcing consistent access policies, tracking document changes, and integrating with existing IT systems.
Businesses may also need built-in document collaboration, reliable file recovery, and centralized governance over how information is stored and shared. These requirements do not necessarily mean that open-source tools are unsuitable; rather, they may require additional software, integrations, or administrative work beyond what a lightweight file-sharing application provides.
i2Share – enterprise file sharing and document management
Info2soft provides enterprise data protection and cloud data management solutions. Its i2Share platform goes beyond basic file sharing, helping organizations centrally manage, synchronize, protect, and collaborate on enterprise documents across different locations and devices.
Instead of treating file sharing as an isolated function, i2Share supports document management throughout the file lifecycle, from storage and synchronization to access control, collaboration, and recovery.
Its main capabilities include:
1. Centralized File Management: i2Share provides centralized storage and management for enterprise documents, including Office files, images, videos, and other business content.
2. Document Synchronization: i2Share allows users to synchronize between desktop computers, mobile devices, and centralized document repositories, allowing employees to access and work with files across different devices.
3. Secure File Sharing and Access Control: i2Share provides user, group, and role-based access management, allowing administrators to control who can view, edit, and share specific documents. Permission approval workflows and sharing validity controls help organizations manage internal and external file distribution.
The platform also supports security measures such as encrypted file sharing, antivirus integration, and two-factor authentication, helping businesses protect documents throughout their sharing and access processes.
4. Version History and File Recovery: For businesses, losing an important document or overwriting a previous version can disrupt daily operations. i2Share maintains historical file versions, allowing users to track changes and restore previous versions when needed.
5. Document Collaboration and AI-Powered Knowledge Management: i2Share supports Office document collaboration, including file locking to prevent conflicting edits when multiple users work on the same document. With its online editing capabilities, teams can collaborate on supported Office formats through a browser or the i2Share client.
6. Retrieval-Augmented Generation (RAG) technology: i2Share also incorporates AI-powered knowledge retrieval. It supports semantic search and intelligent question answering, helping employees find relevant information across enterprise documents and build internal knowledge bases.
Who Should Consider i2Share?
i2Share is worth considering for organizations that need more comprehensive control over enterprise documents than basic file-sharing tools typically provide. It may be particularly suitable for:
Click the button below to request a 60-day free trial:
Introduction of i2Share functionalities:
The best self-hosted file sharing software depends on how you plan to store, manage, and share files. Some tools are better suited to managing files on your own server, while others focus on temporary transfers and download links.
Here is a quick summary to help you choose:
· Enterprise & Mid-market Customers Worldwide.
· Support team available to assist you throughout your trial.
· Start a 60-day free trial or view demo to see how Info2soft protects enterprise data.
