This repository shows you how to build and customize a Docker® container for MATLAB® and its toolboxes, using the MATLAB Package Manager (mpm). You can use this container image as a scalable and reproducible method to deploy and test your MATLAB code.
Use the Dockerfile in this top-level repository if you want a lightweight and simple way to create a MATLAB container image. You can also download prebuilt images based on the Dockerfile from this GitHub® repository.
To build a Windows® container for MATLAB, see the windows folder. This container supports non-interactive MATLAB workflows only, such as running scripts, batch jobs, or automating tasks in continuous integration and continuous delivery (CI/CD) pipelines.
For alternative resources, see the alternates folder that contains the following Dockerfiles:
- The Dockerfile in matlab-installer uses the MATLAB installer rather than
mpmto install MATLAB in the container. This allows you to install toolboxes that are not currently supported by mpm. Use this Dockerfile if you prefer using the MATLAB installer workflow, instead ofmpm. - The Dockerfile in building-on-matlab-docker-image shows you how to build on top of the MATLAB Container Image on Docker Hub. Use this Dockerfile if you want to install extra toolboxes on top of the
mathworks/matlabcontainer image. This Dockerfile contains the features of the MATLAB image on Docker Hub, allowing you to access the dockerised MATLAB through a browser, batch mode, or an interactive command prompt. - The Dockerfile in non-interactive allows you run MATLAB in non-interactive environments. This Dockerfile requires that you have a MATLAB batch licensing token to license MATLAB in the container. Use this Dockerfile in CI/CD pipelines or other automated environments where interactive licensing is not possible.
- The Dockerfile in matlab-container-offline-install shows you how to build and customize a Docker container for MATLAB and its toolboxes in an offline environment. Use this Dockerfile if you must build your container image in an offline environment.
For more Docker related resources, see More MATLAB Docker Resources.
- A running network license manager for MATLAB — For more information, see Using the Network License Manager.
- Docker.
Access the Dockerfile either by directly downloading this repository from GitHub, or by cloning this repository and then navigating to the appropriate folder.
git clone https://github.com/mathworks-ref-arch/matlab-dockerfile.git
cd matlab-dockerfileBuild container with a name and tag of your choice.
docker build -t matlab:R2025b .Run the container. Test the container by running an example MATLAB command, such as ver.
docker run --init --rm -e MLM_LICENSE_FILE=27000@MyServerName matlab:R2025b -batch verThe Dockerfile defaults to building a container for MATLAB R2025b.
The example command ver displays the version number of MATLAB and other installed products. For more information, see ver. For more information on running the container, see the Run the Container section.
Note
Use the
--initflag in thedocker runcommand to ensure that the container stops gracefully when adocker stopordocker killcommand is issued. For more information, see these links:
By default, the Dockerfile installs the latest available MATLAB release without any additional toolboxes or products in the /opt/matlab/${MATLAB_RELEASE} folder.
Use the options below to customize your build.
The Dockerfile supports these Docker build-time variables:
| Argument Name | Default value | Description |
|---|---|---|
| MATLAB_RELEASE | R2025b | MATLAB release to install, for example, R2023b. |
| MATLAB_PRODUCT_LIST | MATLAB | Space-separated list of products to install, for example, MATLAB Simulink Deep_Learning_Toolbox Fixed-Point_Designer. For more information, see MPM.md. |
| MATLAB_INSTALL_LOCATION | /opt/matlab/R2025b | Path to install MATLAB. |
| LICENSE_SERVER | unset | Port and hostname of the machine that is running the network license manager, using the port@hostname syntax. For example: 27000@MyServerName |
Use these arguments with the the docker build command to customize your image.
Alternatively, you can change the default values for these arguments directly in the Dockerfile.
For example, to build an image for MATLAB R2019b, use this command.
docker build --build-arg MATLAB_RELEASE=R2019b -t matlab:R2019b .For example, to build an image with MATLAB and Simulink®, use this command.
docker build --build-arg MATLAB_PRODUCT_LIST='MATLAB Simulink' -t matlab:R2025b .For example, to build an image with MATLAB installed at /opt/matlab, use this command.
docker build --build-arg MATLAB_INSTALL_LOCATION='/opt/matlab' -t matlab:R2025b .Including the license server information with the docker build command means you do not have to pass it when running the container.
# Build container with the license server.
docker build --build-arg LICENSE_SERVER=27000@MyServerName -t matlab:R2025b .
# Run the container without needing to pass license information.
docker run --init --rm matlab:R2025b -batch verThis container requires a network license manager to license and run MATLAB. You need either the port and hostname of the network license manager or a network.lic file.
Step 1: Contact your system administrator, who can provide one of the following:
-
The address to your server, and the port it is running on, for example,
[email protected] -
A
network.licfile containing these lines.# Sample network.lic SERVER MyServerName.example.com <optional-mac-address> 27000 USE_SERVER
-
A
license.datfile. Open thelicense.datfile, find theSERVERline, and either extract theport@hostname, or create anetwork.licfile by copying theSERVERline and adding aUSE_SERVERline below it.# Snippet from sample license.dat SERVER MyServerName.example.com <mac-address> 27000
Step 2: Use port@hostname or the network.lic file with either the docker build or the docker run command.
With the docker build command, either:
-
Specify the
LICENSE_SERVERbuild-arg.# Example docker build -t matlab:R2025b --build-arg LICENSE_SERVER=27000@MyServerName .
-
Use the
network.licfile.- Place the
network.licfile in the same folder as the Dockerfile. - Uncomment the line
COPY network.lic /opt/matlab/licenses/in the Dockerfile. - Run the
docker buildcommand without theLICENSE_SERVERbuild-arg:
# Example docker build -t matlab:R2025b .
- Place the
With the docker run command, use the MLM_LICENSE_FILE environment variable.
docker run --init --rm -e MLM_LICENSE_FILE=27000@MyServerName matlab:R2025b -batch verIf you did not provide the license server information when building the image, then provide it when running the container. Set the environment variable MLM_LICENSE_FILE using the -e flag, with the network license manager's location in the format port@hostname.
# Start MATLAB, print version information, and exit.
docker run --init --rm -e MLM_LICENSE_FILE=27000@MyServerName matlab:R2025b -batch verYou can run the container without specifying MLM_LICENSE_FILE if you provided the license server information when building the image, as shown in the examples below.
To start the container and run MATLAB in an interactive command prompt, use this command.
docker run --init -it --rm matlab:R2025bTo start the container, run a MATLAB command, and then exit, use this command.
# Container runs the command RAND in MATLAB and exits.
docker run --init --rm matlab:R2025b -batch randTo override the default behavior of the container and run MATLAB with any set of arguments, such as -logfile, use this command.
docker run --init -it --rm matlab:R2025b -logfile "logfilename.log"To learn more, see the documentation: Commonly Used Startup Options.
-
Explore prebuilt MATLAB Docker Containers on Docker Hub: https://hub.docker.com/r/mathworks.
- MATLAB Containers on Docker Hub hosts container images for multiple releases of MATLAB.
- MATLAB Deep Learning Containers on Docker Hub hosts container images with toolboxes suitable for Deep Learning.
-
Enable additional capabilities using the MATLAB Dependencies repository. For some workflows and toolboxes, you must specify dependencies. You must do this if you want to do these tasks:
- Install extended localization support for MATLAB
- Play media files from MATLAB
- Generate code from Simulink
- Use mex functions with gcc, g++, or gfortran
- Use the MATLAB Engine API for C and Fortran®
- Use the Polyspace® 32-bit tcc compiler
The MATLAB Dependencies repository lists Dockerfiles for various releases and platforms. To view the Dockerfile for R2025b, click here.
These Dockerfiles contain commented lines with the libraries that support additional capabilities. Copy and uncomment these lines into your Dockerfile.
You can help improve MATLAB by providing user experience information on how you use MathWorks products. Your participation ensures that you are represented and helps us design better products. To opt out of this service, delete this line in the Dockerfile.
ENV MW_DDUX_FORCE_ENABLE=true MW_CONTEXT_TAGS=MATLAB:DOCKERFILE:V1To learn more, see the documentation: Help Make MATLAB Even Better - Frequently Asked Questions.
We encourage you to try this repository with your environment and provide feedback. If you encounter a technical issue or have an enhancement request, create an issue here.
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