Loading system evidence
Loading system evidence
Build a supportable Ubuntu and ROS 2 workstation, then learn how to recover it when installation, boot, drivers, or overlays fail.
Sign in to start — freeOutcome
Choose, install, verify, and recover a robotics development environment without risking existing data.
Build
A versioned workstation runbook with recovery evidence and a reproducible ROS workspace.
Sample incident
Choose a workable environment for simulation without buying unnecessary hardware.
Full syllabus
Match native Ubuntu, dual boot, WSL, virtual machines, and remote workspaces to hardware and learning goals.
Learn the concept, then prove it in two labs:Prepare backups, recovery keys, Fast Startup, free space, and a reversible installation plan.
Learn the concept, then prove it in two labs:Identify firmware mode, validate media, and preserve the existing EFI system partition.
Learn the concept, then prove it in two labs:Allocate root, optional data, swap, and EFI mounts with recoverable sizing decisions.
Learn the concept, then prove it in two labs:Use boot entries, TTY, recovery mode, live media, and logs to recover common workstation failures.
Learn the concept, then prove it in two labs:Use filesystems, permissions, processes, services, logs, devices, and networks as observable system layers.
Learn the concept, then prove it in two labs:Align Ubuntu, ROS distribution, repositories, locale, rosdep, and shell setup.
Learn the concept, then prove it in two labs:Control underlays, overlays, dependencies, clean builds, and machine-readable environment evidence.
Learn the concept, then prove it in two labs: