Docker images providing a web-based VNC interface to access Ubuntu Desktop with ROS 2 pre-installed.
docker-ros2-desktop-vnc is a collection of Dockerfiles that package Ubuntu Desktop and ROS 2 into a container, accessible via a web-based VNC interface. It solves the problem of setting up a local ROS 2 development environment with a GUI by providing a pre-configured, portable desktop that runs in Docker and can be accessed from any modern browser.
ROS 2 developers, robotics researchers, and educators who need a quick, isolated, and accessible desktop environment for developing, testing, and demonstrating ROS 2 applications without managing a full local installation.
Developers choose this project because it dramatically reduces environment setup time, ensures consistency across machines, and provides easy remote access to a full ROS 2 desktop via a simple web browser, making it ideal for prototyping, teaching, and remote work.
🐳 Dockerfiles to provide HTML5 VNC interface to access Ubuntu Desktop + ROS 2
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Provides an HTML5 VNC client accessible on port 6080 via any modern browser, eliminating the need for local VNC client installations, as shown in the quick start commands.
Supports multiple ROS 2 LTS and rolling releases like Humble, Iron, Jazzy, and Rolling, all pre-installed and ready to use, evidenced by the Docker tags and build workflows.
Offers images for both amd64 and arm64 architectures, facilitating development on diverse hardware, as demonstrated in the buildx commands for each distribution.
Includes simple Docker run commands for immediate container startup, reducing environment setup to minutes, highlighted in the quick start section with minimal configuration.
Requires a special flag `--security-opt seccomp=unconfined` for the Humble image, adding complexity and potential security risks, as noted in the quick start with a disclaimer.
Several older ROS 2 distributions like Dashing and Eloquent are marked as deprecated, limiting long-term support for legacy projects without migration guidance.
The web-based VNC interface can introduce latency and may not handle high-performance graphics smoothly, making it unsuitable for real-time or graphics-intensive applications.
Detailed documentation is primarily available in Japanese via a linked article, which might hinder non-Japanese speakers from accessing comprehensive usage information.