docker-ipsec-vpn-server

hwdsl2活跃维护

一条 Docker 命令就能拉起 IPsec VPN 服务端,支持 IPsec/L2TP、Cisco IPsec 和 IKEv2,自动生成配置,各平台客户端都能连。

Docker image to run an IPsec VPN server, with IPsec/L2TP, Cisco IPsec and IKEv2. Auto-generates server config and supports VPN client setup on Linux, Windows, macOS, iOS and Android.

暂无版本7,162star +4 / 7 天1,453fork同步于 2026-11-10 23:34 UTC

怎么上手

由 README 提炼,执行前请确认
docker run --name ipsec-vpn-server --restart=always -v ikev2-vpn-data:/etc/ipsec.d -v /lib/modules:/lib/modules:ro -p 500:500/udp -p 4500:4500/udp -d --privileged hwdsl2/ipsec-vpn-server
硬件要求按 README 说明

需要带公网 IP 或 DNS 名称的 Linux 服务器,并开放 UDP 500 和 4500 端口;镜像支持 linux/amd64、linux/arm64、linux/arm/v7。README 未提及显存或 GPU 要求。

有 Docker 镜像
下载:源码 zip·GitHub Releases(安装包)本站不镜像安装包

项目说明

由 README 自动翻译提炼

用 Docker 一条命令起 IPsec VPN 服务器,支持 L2TP、Cisco IPsec 和 IKEv2,首次启动自动生成配置

一条 Docker 命令就能拉起 IPsec VPN 服务端,支持 IPsec/L2TP、Cisco IPsec 和 IKEv2,自动生成配置,各平台客户端都能连。

核心能力

  • 基于 Libreswan 与 xl2tpd 提供 IPsec/L2TP、Cisco IPsec、IKEv2 三种接入方式
  • 首次启动自动生成 VPN 凭据和 IKEv2 证书配置
  • 生成 iOS、macOS、Android 的 VPN 配置文件,可自动导入
  • 附带管理 IKEv2 用户与证书的辅助脚本
  • 通过 Docker volume 持久化证书密钥,重建容器不丢数据

容易踩的坑

容器默认以 --privileged 运行并挂载 /lib/modules,去掉这两项需按高级用法另行配置;不指定 env 文件时用户名默认为 vpnuser,PSK 和密码随机生成,需用 docker logs 查看;修改 env 文件后必须删除并重建容器才生效;不支持 Docker for Windows,且当前与群晖 NAS 不兼容。

内容由模型根据 README 生成,可能不完整或不准确,以官方文档为准。看原文 README

最近发版

0 个版本

暂无 release 数据(可能没有发版,或尚未同步)。

用户点评

登录用户的真实使用记录,可按版本和硬件筛选
共 0 条

    还没有人点评。第一个说出真实体验的人最有价值。

    README 原文

    未翻译

    English | 简体中文 | 繁體中文 | Русский

    IPsec VPN Server on Docker

    Build Status GitHub Stars Docker Stars Docker Pulls

    Docker image to run an IPsec VPN server, with IPsec/L2TP, Cisco IPsec and IKEv2.

    Based on Alpine 3.23 or Debian 12 with Libreswan (IPsec VPN software) and xl2tpd (L2TP daemon).

    An IPsec VPN encrypts your network traffic, so that nobody between you and the VPN server can eavesdrop on your data as it travels via the Internet. This is especially useful when using unsecured networks, e.g. at coffee shops, airports or hotel rooms.

    Features:

    • Automatically generates VPN credentials and IKEv2 configuration on first start
    • Supports IKEv2 with strong and fast ciphers (e.g. AES-GCM)
    • Generates VPN profiles to auto-configure iOS, macOS and Android devices
    • Supports Windows, macOS, iOS, Android, Chrome OS and Linux as VPN clients
    • Includes a helper script to manage IKEv2 users and certificates
    • Automatically built and published via GitHub Actions
    • Persistent data via a Docker volume
    • Multi-arch: linux/amd64, linux/arm64, linux/arm/v7

    Also available:

    📘 Interested in self-hosted AI? The Self-Hosted AI Builder’s Guide (Kindle · Google Play · paperback) is a practical guide to building, securing, and operating your own private AI stack.

    Quick start

    Use this command to set up an IPsec VPN server on Docker:

    docker run \
        --name ipsec-vpn-server \
        --restart=always \
        -v ikev2-vpn-data:/etc/ipsec.d \
        -v /lib/modules:/lib/modules:ro \
        -p 500:500/udp \
        -p 4500:4500/udp \
        -d --privileged \
        hwdsl2/ipsec-vpn-server
    

    Your VPN login details will be randomly generated. See Retrieve VPN login details.

    Alternatively, you may set up IPsec VPN without Docker. To learn more about how to use this image, read the sections below.

    Community

    Requirements

    • A Linux server with a public IP address or DNS name
    • Docker installed
    • VPN ports open in your firewall (UDP 500 and 4500)
    • You may also use Podman to run this image, after creating an alias for docker

    Note: Advanced users can use this image on macOS with Docker for Mac. Before using IPsec/L2TP mode, you may need to restart the container once with docker restart ipsec-vpn-server. This image does not support Docker for Windows.

    Download

    Get the trusted build from the Docker Hub registry:

    docker pull hwdsl2/ipsec-vpn-server
    

    Alternatively, you may download from Quay.io:

    docker pull quay.io/hwdsl2/ipsec-vpn-server
    docker image tag quay.io/hwdsl2/ipsec-vpn-server hwdsl2/ipsec-vpn-server
    

    Supported platforms: linux/amd64, linux/arm64 and linux/arm/v7.

    Advanced users can build from source code on GitHub.

    Image comparison

    Two pre-built images are available. The default Alpine-based image is only ~19 MB.

    Alpine-basedDebian-based
    Image namehwdsl2/ipsec-vpn-serverhwdsl2/ipsec-vpn-server:debian
    Compressed size~ 19 MB~ 62 MB
    Base imageAlpine Linux 3.23Debian Linux 12
    Platformsamd64, arm64, arm/v7amd64, arm64, arm/v7
    Libreswan version5.4.15.4.1
    IPsec/L2TP✅✅
    Cisco IPsec✅✅
    IKEv2✅✅

    Note: To use the Debian-based image, replace every hwdsl2/ipsec-vpn-server with hwdsl2/ipsec-vpn-server:debian in this README. These images are not currently compatible with Synology NAS systems.

    It is generally recommended to use the latest Libreswan version 5, which is the default version in this project. However, if you want to use the older Libreswan version 4, you can build the Docker image from source code:

    git clone https://github.com/hwdsl2/docker-ipsec-vpn-server
    cd docker-ipsec-vpn-server
    # Specify Libreswan version 4
    sed -i 's/SWAN_VER=5\..*/SWAN_VER=4.15/' Dockerfile Dockerfile.debian
    # To build Alpine-based image
    docker build -t hwdsl2/ipsec-vpn-server .
    # To build Debian-based image
    docker build -f Dockerfile.debian -t hwdsl2/ipsec-vpn-server:debian .
    

    How to use this image

    Environment variables

    Note: All the variables to this image are optional, which means you don't have to type in any variable, and you can have an IPsec VPN server out of the box! To do that, create an empty env file using touch vpn.env, and skip to the next section.

    This Docker image uses the following variables, that can be declared in an env file (see example):

    VPN_IPSEC_PSK=your_ipsec_pre_shared_key
    VPN_USER=your_vpn_username
    VPN_PASSWORD=your_vpn_password
    

    This will create a user account for VPN login, which can be used by your multiple devices*. The IPsec PSK (pre-shared key) is specified by the VPN_IPSEC_PSK environment variable. The VPN username is defined in VPN_USER, and VPN password is specified by VPN_PASSWORD.

    Additional VPN users are supported, and can be optionally declared in your env file like this. Usernames and passwords must be separated by spaces, and usernames cannot contain duplicates. All VPN users will share the same IPsec PSK.

    VPN_ADDL_USERS=additional_username_1 additional_username_2
    VPN_ADDL_PASSWORDS=additional_password_1 additional_password_2
    

    The variables above are only for IPsec/L2TP and IPsec/XAuth ("Cisco IPsec") modes. For IKEv2, see Configure and use IKEv2 VPN.

    [!IMPORTANT] In your env file, write values without surrounding quotes or spaces around =. Values must not contain \, ", or '. A secure IPsec PSK should consist of at least 20 random characters.

    Note: If you modify the env file after the Docker container is already created, you must remove and re-create the container for the changes to take effect. Refer to Update Docker image.

    Additional environment variables

    Advanced users can optionally specify a DNS name, client name and/or custom DNS servers.

    Advanced users can optionally specify a DNS name for the IKEv2 server address. The DNS name must be a fully qualified domain name (FQDN). Example:

    VPN_DNS_NAME=vpn.example.com
    

    You may specify a name for the first IKEv2 client. Use one word only, no special characters except - and _. The default is vpnclient if not specified.

    VPN_CLIENT_NAME=your_client_name
    

    By default, clients are set to use Google Public DNS when the VPN is active. You may specify custom DNS server(s) for all VPN modes. Example:

    VPN_DNS_SRV1=1.1.1.1
    VPN_DNS_SRV2=1.0.0.1
    

    For more details and a list of some popular public DNS providers, see Use alternative DNS servers.

    By default, no password is required when importing IKEv2 client configuration. You can choose to protect client config files using a random password.

    VPN_PROTECT_CONFIG=yes
    

    Note: The variables above have no effect for IKEv2 mode, if IKEv2 is already set up in the Docker container. In this case, you may remove IKEv2 and set it up again using custom options. Refer to Configure and use IKEv2 VPN.

    Start the IPsec VPN server

    Create a new Docker container from this image (replace ./vpn.env with your own env file):

    docker run \
        --name ipsec-vpn-server \
        --env-file ./vpn.env \
        --restart=always \
        -v ikev2-vpn-data:/etc/ipsec.d \
        -v /lib/modules:/lib/modules:ro \
        -p 500:500/udp \
        -p 4500:4500/udp \
        -d --privileged \
        hwdsl2/ipsec-vpn-server
    

    In this command, we use the -v option of docker run to create a new Docker volume named ikev2-vpn-data, and mount it into /etc/ipsec.d in the container. IKEv2 related data such as certificates and keys will persist in the volume, and later when you need to re-create the Docker container, just specify the same volume again.

    It is recommended to enable IKEv2 when using this image. However, if you prefer not to enable IKEv2 and use only the IPsec/L2TP and IPsec/XAuth ("Cisco IPsec") modes to connect to the VPN, remove the first -v option from the docker run command above.

    Note: Advanced users can also run without privileged mode.

    Retrieve VPN login details

    If you did not specify an env file in the docker run command above, VPN_USER will default to vpnuser and both VPN_IPSEC_PSK and VPN_PASSWORD will be randomly generated. To retrieve them, view the container logs:

    docker logs ipsec-vpn-server
    

    Search for these lines in the output:

    Connect to your new VPN with these details:
    
    Server IP: your_vpn_server_ip
    IPsec PSK: your_ipsec_pre_shared_key
    Username: your_vpn_username
    Password: your_vpn_password
    

    The output will also include details for IKEv2 mode, if enabled.

    (Optional) Backup the generated VPN login details (if any) to the current directory:

    docker cp ipsec-vpn-server:/etc/ipsec.d/vpn-gen.env ./
    

    Using docker-compose

    cp vpn.env.example vpn.env
    # Edit vpn.env if needed, then:
    docker compose up -d
    docker logs ipsec-vpn-server
    

    Example docker-compose.yml (already included):

    volumes:
      ikev2-vpn-data:
    
    services:
      vpn:
        image: hwdsl2/ipsec-vpn-server
        restart: always
        env_file:
          - ./vpn.env
        ports:
          - "500:500/udp"
          - "4500:4500/udp"
        privileged: true
        hostname: ipsec-vpn-server
        container_name: ipsec-vpn-server
        volumes:
          - ikev2-vpn-data:/etc/ipsec.d
          - /lib/modules:/lib/modules:ro
    

    Next steps

    Read this in other languages: English, 简体中文, 繁體中文, Русский.

    Get your computer or device to use the VPN. Please refer to:

    Configure and use IKEv2 VPN (recommended)

    Configure IPsec/L2TP VPN Clients

    Configure IPsec/XAuth ("Cisco IPsec") VPN Clients

    Read 📘 VPN book to access extra content.

    Enjoy your very own VPN! :sparkles::tada::rocket::sparkles:

    Important notes

    Windows users: For IPsec/L2TP mode, a one-time registry change is required if the VPN server or client is behind NAT (e.g. home router).

    The same VPN account can be used by your multiple devices. However, due to an IPsec/L2TP limitation, if you wish to connect multiple devices from behind the same NAT (e.g. home router), you must use IKEv2 or IPsec/XAuth mode.

    If you wish to add, edit or remove VPN user accounts, first update your env file, then you must remove and re-create the Docker container using instructions from the next section. Advanced users can bind mount the env file.

    For servers with an external firewall (e.g. EC2/GCE), open UDP ports 500 and 4500 for the VPN. Aliyun users, see #433.

    Clients are set to use Google Public DNS when the VPN is active. If another DNS provider is preferred, read this section.

    Update Docker image

    To update the Docker image and container, first download the latest version:

    docker pull hwdsl2/ipsec-vpn-server
    

    If the Docker image is already up to date, you should see:

    Status: Image is up to date for hwdsl2/ipsec-vpn-server:latest
    

    Otherwise, it will download the latest version. To update your Docker container, first note your VPN login details. Then remove the Docker container with docker rm -f ipsec-vpn-server. Finally, re-create it using instructions from How to use this image.

    Configure and use IKEv2 VPN

    IKEv2 mode has improvements over IPsec/L2TP and IPsec/XAuth ("Cisco IPsec"), and does not require an IPsec PSK, username or password. Read more here.

    First, check container logs to view details for IKEv2:

    docker logs ipsec-vpn-server
    

    Note: If you cannot find IKEv2 details, IKEv2 may not be enabled in the container. Try updating the Docker image and container using instructions from the Update Docker image section.

    During IKEv2 setup, an IKEv2 client (with default name vpnclient) is created, with its configuration exported to /etc/ipsec.d inside the container. To copy config file(s) to the Docker host:

    # Check contents of /etc/ipsec.d in the container
    docker exec -it ipsec-vpn-server ls -l /etc/ipsec.d
    # Example: Copy a client config file from the container
    # to the current directory on the Docker host
    docker cp ipsec-vpn-server:/etc/ipsec.d/vpnclient.p12 ./
    

    Next steps: Configure your devices to use the IKEv2 VPN.

    You can manage IKEv2 clients using the helper script. See examples below. To customize client options, run the script without arguments.

    # Add a new client (using default options)
    docker exec -it ipsec-vpn-server ikev2.sh --addclient [client name]
    # Export configuration for an existing client
    docker exec -it ipsec-vpn-server ikev2.sh --exportclient [client name]
    # List existing clients
    docker exec -it ipsec-vpn-server ikev2.sh --listclients
    # Show usage
    docker exec -it ipsec-vpn-server ikev2.sh -h
    

    Note: If you encounter error "executable file not found", replace ikev2.sh above with /opt/src/ikev2.sh.

    In certain circumstances, you may need to change the IKEv2 server address. For example, to switch to use a DNS name, or after server IP changes. To change the IKEv2 server address, first open a bash shell inside the container, then follow these instructions. Note that the container logs will not show the new IKEv2 server address until you restart the Docker container.

    In certain circumstances, you may need to remove IKEv2 and set it up again using custom options.

    Warning: All IKEv2 configuration including certificates and keys will be permanently deleted. This cannot be undone!

    Option 1: Remove IKEv2 and set it up again using the helper script.

    Note that this will override variables you specified in the env file, such as VPN_DNS_NAME and VPN_CLIENT_NAME, and the container logs will no longer show up-to-date information for IKEv2.

    # Remove IKEv2 and delete all IKEv2 configuration
    docker exec -it ipsec-vpn-server ikev2.sh --removeikev2
    # Set up IKEv2 again using custom options
    docker exec -it ipsec-vpn-server ikev2.sh
    

    Option 2: Remove ikev2-vpn-data and re-create the container.

    1. Write down all your VPN login details.
    2. Remove the Docker container: docker rm -f ipsec-vpn-server.
    3. Remove the ikev2-vpn-data volume: docker volume rm ikev2-vpn-data.
    4. Update your env file and add custom IKEv2 options such as VPN_DNS_NAME and VPN_CLIENT_NAME, then re-create the container. Refer to How to use this image.

    Advanced usage

    See Advanced usage.

    Technical details

    There are two services running: Libreswan (pluto) for the IPsec VPN, and xl2tpd for L2TP support.

    The default IPsec configuration supports:

    • IPsec/L2TP with PSK
    • IKEv1 with PSK and XAuth ("Cisco IPsec")
    • IKEv2

    Ports required: 500/udp and 4500/udp (IPsec)

    License

    Note: The software components inside the pre-built image (such as Libreswan and xl2tpd) are under the respective licenses chosen by their respective copyright holders. As for any pre-built image usage, it is the image user's responsibility to ensure that any use of this image complies with any relevant licenses for all software contained within.

    Copyright (C) 2016-2026 Lin Song View my profile on LinkedIn
    Based on the work of Thomas Sarlandie (Copyright 2012)

    Creative Commons License
    This work is licensed under the Creative Commons Attribution-ShareAlike 3.0 Unported License
    Attribution required: please include my name in any derivative and let me know how you have improved it!