How To Install Figma on Rocky Linux 10
Rocky Linux 10 has emerged as a powerful, enterprise-grade platform for professionals seeking stability and performance. Designers and UI/UX developers working within this ecosystem often need access to Figma, the collaborative design tool that has revolutionized the way teams create interfaces, prototypes, and design systems. While Figma doesn’t offer an official Linux client, the community-maintained Figma-Linux project provides robust alternatives for Rocky Linux 10 users. This comprehensive guide explores multiple installation methods, detailed configuration steps, and troubleshooting solutions to help you successfully run Figma on your Rocky Linux 10 system.
Understanding Figma and Rocky Linux 10
What is Figma?
Figma stands as one of the most popular cloud-based design and prototyping tools in the modern development landscape. Its real-time collaboration features allow multiple designers to work simultaneously on the same project, eliminating version control headaches that plagued earlier design workflows. The platform excels in vector editing, wireframing, prototyping, and maintaining comprehensive design systems that scale across enterprise organizations.
Designers value Figma for its intuitive interface, powerful component libraries, and seamless handoff capabilities that bridge the gap between design and development teams. While the web-based version functions admirably in browsers, desktop applications offer enhanced performance, offline capabilities, and deeper system integration—particularly beneficial for Linux power users managing complex design workflows.
Rocky Linux 10 Overview
Rocky Linux 10 represents the latest iteration of this RHEL-compatible distribution, released in June 2025 with significant improvements for desktop users. Built on enterprise-grade foundations, it delivers exceptional stability, comprehensive security features, and long-term support cycles that appeal to professionals and organizations alike. The distribution defaults to Wayland display server technology, includes updated GNOME desktop environments, and maintains the robust DNF package management system that RHEL-based distributions are known for.
For designers and creative professionals, Rocky Linux 10 provides a reliable foundation that balances cutting-edge features with production-ready stability. Understanding this environment is crucial for successfully installing and optimizing Figma for your design workflow.
Prerequisites and System Requirements
System Requirements for Figma
Before installing Figma on Rocky Linux 10, verify your system meets the minimum specifications. The application requires at least 4GB of RAM for basic operations, though 8GB or more is recommended for handling complex design files with multiple artboards and layers. Any modern multi-core processor will suffice, but designs involving extensive vector operations benefit from faster CPUs.
Storage requirements remain modest—allocate approximately 500MB for the application itself and additional space for cached design files and local fonts. Your display should support at least 1920×1080 resolution for comfortable design work, though higher resolutions provide more canvas space for intricate projects. Reliable internet connectivity is essential for cloud synchronization, collaborative features, and accessing shared design libraries, though basic editing can occur offline once files are cached locally.
Rocky Linux 10 Prerequisites
Ensure your Rocky Linux 10 installation is fully updated before proceeding. Desktop users should have GNOME Desktop Environment installed—either through the “Server with GUI” or “Workstation” installation options. Server users can add desktop capabilities post-installation if needed.
Verify sudo or root access by running sudo whoami in your terminal—it should return “root” without password errors. Check your internet connection and confirm basic command-line familiarity. Run sudo dnf update -y to bring all system packages to their latest versions, creating a stable foundation for Figma installation.
Method 1: Installing Figma Using Flatpak
Understanding Flatpak
Flatpak represents the modern standard for universal Linux application packaging. This containerized approach bundles applications with their dependencies, eliminating compatibility conflicts across different distributions. The sandboxing technology enhances security by isolating applications from your core system, while centralized repositories like Flathub ensure easy access to thousands of applications.
For Rocky Linux 10 users, Flatpak offers the most straightforward Figma installation path with automatic updates and seamless system integration. The package manager handles dependency resolution transparently, making it ideal for users who prefer minimal configuration overhead.
Installing Flatpak on Rocky Linux 10
Begin by updating your system repositories and installing Flatpak:
sudo dnf update -y
sudo dnf install flatpak -yThe installation completes in moments on modern systems. Verify successful installation by checking the version:
flatpak --versionYou should see output displaying the Flatpak version number, typically 1.15.0 or newer on Rocky Linux 10. If the command returns an error, ensure your system has internet connectivity and repository access.
Adding Flathub Repository
Flathub serves as the centralized repository hosting thousands of Flatpak applications, including Figma-Linux. Add the Flathub remote to your system:
flatpak remote-add --if-not-exists flathub https://flathub.org/repo/flathub.flatpakrepoThis command safely adds Flathub without duplicating existing remotes. Verify the repository addition:
flatpak remotesThe output should list “flathub” among available remotes. This repository now provides access to a vast ecosystem of Linux applications beyond just Figma.
Installing Figma via Flatpak
Search for available Figma packages to confirm repository connectivity:
flatpak search figmaYou’ll see “Figma-Linux” listed with its application ID. Install the application with:
flatpak install flathub io.github.Figma_Linux.figma_linux -yThe installation process downloads the application and all necessary dependencies. Depending on your internet speed, this takes between two to five minutes. The system may prompt for confirmation—press “Y” to proceed. Watch for any dependency resolution messages; Flatpak typically handles these automatically.
Launching Figma
Once installation completes, launch Figma through your application menu. Navigate to Activities, search for “Figma,” and click the icon. Alternatively, launch from the terminal:
flatpak run io.github.Figma_Linux.figma_linuxThe first launch may take longer as Figma initializes its workspace and syncs with cloud services. Create a desktop shortcut by right-clicking the application icon in your dock and selecting “Add to Favorites” for quick access.
Method 2: Installing Figma Using AppImage
Understanding AppImage Format
AppImage provides portable, self-contained application packages that require no installation. These single-file executables bundle everything needed to run the application, offering unparalleled portability. You can run AppImages directly from USB drives, move them between systems, and execute them without root privileges.
This format suits users who prefer minimal system integration, need to test applications without commitment, or want to run multiple versions simultaneously. AppImages leave no residual files upon deletion—simply remove the file to uninstall completely.
Downloading Figma AppImage
Navigate to the Figma-Linux GitHub releases page to download the latest AppImage. Open your web browser and visit:
https://github.com/Figma-Linux/figma-linux/releasesLocate the most recent release and download the file ending in .AppImage. Alternatively, use wget from the terminal for direct downloads:
cd ~/Downloads
wget https://github.com/Figma-Linux/figma-linux/releases/download/v0.11.5/figma-linux_0.11.5_linux_arm64.AppImageReplace the version number with the current release version. The download typically ranges from 80-120MB depending on the release.
Making AppImage Executable
Linux files downloaded from the internet lack execute permissions by default for security reasons. Navigate to your downloads directory and modify permissions:
cd ~/Downloads
chmod +x figma-linux*.AppImageThe asterisk wildcard matches any version number in the filename. Verify executable status:
ls -lh figma-linux*.AppImageThe permissions column should display -rwxr-xr-x, with the “x” characters indicating execute permissions for user, group, and others.
Running Figma AppImage
Execute the AppImage directly from the terminal:
./figma-linux-0.11.4.AppImageOr double-click the file in your file manager—Rocky Linux 10’s GNOME Files application recognizes executable AppImages and launches them appropriately. For cleaner organization, move the AppImage to a dedicated applications directory:
mkdir -p ~/Applications
mv figma-linux*.AppImage ~/Applications/Create a desktop entry manually for application menu integration. Create a file at ~/.local/share/applications/figma-linux.desktop with this content:
[Desktop Entry]
Name=Figma Linux
Exec=/home/USERNAME/Applications/figma-linux_0.11.5_linux_arm64.AppImage
Icon=figma
Type=Application
Categories=Graphics;Design;Replace USERNAME with your actual username. This integration allows launching Figma from your application menu like any installed application.
Method 3: Installing Figma Using RPM Package
Understanding RPM Packages
RPM (Red Hat Package Manager) represents the native package format for Rocky Linux and all RHEL-based distributions. These packages integrate deeply with your system, leveraging DNF’s dependency resolution and providing automatic updates through standard system maintenance cycles.
RPM installations offer the most traditional Linux experience, with files placed in standard system directories, system services properly registered, and integration with desktop environments handled automatically. This method appeals to administrators familiar with enterprise Linux package management.
Downloading Figma RPM Package
Access the Figma-Linux GitHub releases page and locate the .rpm file appropriate for your architecture. Rocky Linux 10 typically runs on x86_64 (64-bit) systems:
cd ~/Downloads
wget https://github.com/Figma-Linux/figma-linux/releases/download/v0.11.5/figma-linux_0.11.5_linux_x86_64.rpmVerify the download completed successfully by checking file size. RPM packages typically range from 80-120MB for graphical applications like Figma.
Installing Dependencies
Figma-Linux may require additional libraries not included in default Rocky Linux 10 installations. Install common dependencies:
sudo dnf install libappindicator-gtk3 libnotify -ySome versions may require additional packages. DNF will identify missing dependencies during installation and prompt for resolution. The EPEL repository provides extended packages; add it if needed:
sudo dnf install epel-release -yInstalling RPM Package
Install the downloaded RPM using DNF, which handles dependency resolution automatically:
sudo dnf install ~/Downloads/figma-linux_0.11.5_linux_x86_64.rpm -yDNF examines the package, resolves dependencies from configured repositories, and installs everything required. Monitor the output for any warnings or errors. Successful installation concludes with “Complete!” message.
Verify installation by querying the package database:
rpm -qi figma-linuxThis displays detailed package information including version, installation date, and file locations. Launch Figma from your application menu or execute figma-linux in the terminal.
Method 4: Installing Figma Using Snap (Optional)
About Snap Packages
Snap packages provide another universal packaging format developed by Canonical. Similar to Flatpak, Snaps bundle dependencies and provide automatic updates through the snapd daemon. While less common on RHEL-based distributions, Snap support exists for Rocky Linux 10.
Installing Snapd on Rocky Linux 10
Enable EPEL repository if not already configured, then install snapd:
sudo dnf install epel-release -y
sudo dnf install snapd -yEnable and start the snapd service:
sudo systemctl enable --now snapd.socket
sudo systemctl start snapd.serviceCreate the classic snap support symbolic link:
sudo ln -s /var/lib/snapd/snap /snapLog out and back in to ensure PATH updates take effect. Install Figma:
sudo snap install figma-linuxLaunch using snap run figma-linux or through your application menu.
Configuring Figma on Rocky Linux 10
Initial Setup and Authentication
Launch Figma for the first time to begin configuration. The application presents a login screen requesting Figma account credentials. Enter your email and password, or choose “Sign up” if you lack an account. Figma offers free tier access with generous limits for individual designers.
The authentication process uses OAuth for security, redirecting you to Figma’s web authentication portal. Grant permissions when prompted—these allow the desktop application to access your design files, collaborate with team members, and sync changes to the cloud. Two-factor authentication adds an extra security layer; enable it in account settings for enhanced protection.
Configuring Local Fonts
Design work relies heavily on typography, making local font access crucial. Figma-Linux detects fonts from standard Linux directories. Install additional fonts by copying them to user font directories:
mkdir -p ~/.local/share/fonts
cp /path/to/your/fonts/*.ttf ~/.local/share/fonts/
cp /path/to/your/fonts/*.otf ~/.local/share/fonts/Rebuild the font cache to make new fonts available:
fc-cache -fvFigma scans system fonts during startup. Restart the application after adding fonts to see them in the font picker. For organization-wide font consistency, install fonts system-wide in /usr/share/fonts/ using sudo permissions.
Troubleshoot font issues by verifying font formats—Figma supports TrueType (TTF) and OpenType (OTF) formats. Check font installation with:
fc-list | grep "FontName"Performance Optimization
Rocky Linux 10’s Wayland default improves security and performance for most applications. However, some OpenGL applications perform better under X11. Test both display servers to determine optimal performance for your hardware. Switch to X11 by logging out, clicking the gear icon on the login screen, and selecting “GNOME on Xorg.”
Allocate adequate swap space for large design files. Check current swap:
free -hIf swap is insufficient (less than 4GB for systems with 8GB RAM), create a swapfile:
sudo fallocate -l 4G /swapfile
sudo chmod 600 /swapfile
sudo mkswap /swapfile
sudo swapon /swapfileMake swap permanent by adding /swapfile none swap sw 0 0 to /etc/fstab. GPU acceleration significantly impacts canvas performance—ensure proper graphics drivers are installed for your hardware (NVIDIA proprietary drivers, AMD Mesa drivers, or Intel integrated graphics drivers).
Post-Installation Tasks
Verifying Installation
Test basic Figma functionality immediately after installation. Create a new design file from the home screen, draw simple shapes, and test text rendering with various fonts. Verify cloud synchronization by creating a design, closing the application, and reopening—your work should persist.
Test collaborative features if working with teams. Share a file link with colleagues and confirm real-time cursor updates appear when multiple users edit simultaneously. Verify plugin compatibility by installing popular plugins from the Figma community—most plugins function identically across platforms.
Creating Desktop Shortcuts
For RPM and Flatpak installations, desktop integration occurs automatically. AppImage users may want manual shortcuts. The desktop entry file created earlier provides application menu integration. Pin Figma to your favorites bar by launching the application, right-clicking its dock icon, and selecting “Add to Favorites.”
Create keyboard shortcuts through GNOME Settings. Navigate to Settings > Keyboard > Keyboard Shortcuts > Custom Shortcuts. Add a new shortcut with command flatpak run io.github.Figma_Linux.figma_linux (adjust for your installation method) and assign your preferred key combination.
Troubleshooting Common Issues
Installation Errors
Dependency conflicts represent the most common installation obstacle. When DNF reports unresolved dependencies, enable additional repositories like EPEL or PowerTools:
sudo dnf config-manager --set-enabled powertools
sudo dnf install epel-release -yRepository connectivity issues prevent package downloads. Test connectivity with:
ping -c 4 flathub.orgVerify DNS resolution and firewall rules if ping fails. Package verification failures indicate corrupted downloads—delete the package and re-download. Insufficient disk space causes installation failures; check available space with df -h and free space if needed.
Architecture mismatches occur when downloading packages for wrong system architectures. Rocky Linux 10 runs on x86_64—ensure downloaded packages match this architecture. Insufficient permissions prevent system modifications; verify sudo access before attempting installations.
Launch and Runtime Issues
Applications failing to start often result from missing dependencies. Check error messages in terminal output when launching—these indicate which libraries are missing. Install identified dependencies using DNF.
Black screens or blank windows typically indicate graphics driver problems. Rocky Linux 10’s Wayland default occasionally conflicts with older graphics drivers. Switch to X11 session and test again. Update graphics drivers to latest versions from distribution repositories.
Font rendering problems occur when Figma cannot access system font directories. Verify font permissions allow read access. Rebuild font cache with fc-cache -fv and restart Figma. Authentication failures indicate network connectivity issues or expired session tokens—log out and log in again to refresh credentials.
Performance Issues
Slow application startup often results from extensive plugin installations or large cached file collections. Clear Figma’s cache directory:
rm -rf ~/.config/figma-linux/Cache/*Laggy interface responsiveness indicates insufficient RAM allocation. Close unnecessary applications to free memory. Monitor system resources with htop during Figma use—high CPU or memory usage suggests performance bottlenecks. Upgrade hardware if resources consistently max out.
High memory usage accompanies complex design files with numerous artboards, layers, and high-resolution images. Organize large projects into smaller files for better performance. Enable hardware acceleration in Figma settings to offload rendering to GPU. File synchronization delays indicate slow network connections—pause sync temporarily for offline work on large files.
Best Practices for Using Figma on Rocky Linux 10
Maintain regular system updates to ensure security patches, bug fixes, and compatibility improvements reach your Figma installation. Run sudo dnf update weekly and reboot after kernel updates. Flatpak users should execute flatpak update separately to refresh Flatpak applications.
Implement robust backup strategies for critical design work. While Figma’s cloud synchronization provides excellent version history, local backups offer additional protection. Export important projects regularly using File > Export for offline archives. Version control systems like Git can track design file changes when combined with Figma’s API or plugin integrations.
Security considerations matter when collaborating on sensitive projects. Verify SSL certificates when logging into Figma, enable two-factor authentication, and review team member permissions regularly. Rocky Linux 10’s SELinux security policies provide additional protection—keep them enabled unless specific compatibility issues arise.
Organize design files systematically using Figma’s project and team structures. Consistent naming conventions, shared component libraries, and documented design systems improve collaboration efficiency. Leverage plugins from the Figma community to extend functionality—most plugins function identically across platforms.
Monitor application performance through system tools. Install and run htop to observe resource usage patterns. Identify performance bottlenecks early and address them through hardware upgrades, workflow optimization, or file reorganization strategies.
Congratulations! You have successfully installed Figma. Thanks for using this tutorial for installing Figma collaborative web application for interface design on Rocky Linux 10 system. For additional help or useful information, we recommend you check the official Figma website.
