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Troubleshooting

This page covers installing and booting DetectOps OS. If a tool itself is misbehaving after you're up and running, check that tool's own doc page first — most have a manual-step note in Limitations.

Hit something not covered here? Open an install problem — reports from real installs are what turn this page from three tested scenarios into a real compatibility list.

Verify your download before installing

Always check the ISO's checksum before booting it — a corrupted download is the single most common cause of installer failures that look like something else entirely.

sha256sum detectops-os-<version>.iso

Compare the output against the SHA256SUMS file published alongside the release. If it doesn't match, re-download rather than debugging further — almost everything downstream of a bad ISO looks like a different bug.

Supported / verified environments

Environment Status
VirtualBox — 8GB RAM / 4 cores / 100GB disk / bridged adapter, install mode (not live session) ✅ Verified by the DetectOps team
VMware Workstation/Fusion ⚠️ Not yet verified — please test and report back
Bare metal ⚠️ Not yet verified — please test and report back
UEFI boot ⚠️ Not yet verified — the tested path is legacy/BIOS boot in VirtualBox
Less than 8GB RAM / 4 cores / 100GB disk ⚠️ Not tested; the OS bundles 94 tools and several staged multi-GB stacks, so undersizing disk is the most likely early failure

We deliberately label this table honestly rather than claim broad compatibility we haven't tested. If you run DetectOps OS somewhere not listed above, tell us what happened either way — a clean run is just as useful to know about as a failure.

Install mode vs. live session

Boot into install mode, not the live/try-it session. The live session is fine for a quick look, but tools, PATH entries, and desktop launchers are set up for the installed system — don't file a "tool X isn't there" bug against the live session.

No GUI / desktop after install

If you land at a text login with no XFCE desktop after install, this is a known failure class in Debian live-build images (a hook removing NVIDIA driver packages can cascade into removing the generic Mesa/X11 stack via apt-get autoremove, or Debian Installer's own post-install cleanup can silently purge packages that weren't installed through the build's package-list manifest). Both of these were hit and fixed during DetectOps OS's own build process. If you see this on a current build, it's a regression — please report it with your exact environment rather than assuming it's expected.

Login problems

Default credentials are detectops / detectops with passwordless sudo. If that doesn't work, double check you're logging into the installed system, not still sitting at the live-session boot menu.