Video summary

Which Linux Distro Should YOU Use? (2026 Tier List)

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Key takeaways

Technology

Techlorore’s 2026 Linux Distro Tier List (3 Tiers): Key Concepts & Recommendations

Structure of the video

  • The video creates three tier lists:
    1. Beginner (best starting distros + why others aren’t great for newcomers)
    2. Level up / intermediate (solid upgrade choices with benefits)
    3. Advanced / specialized (security, privacy, DIY, business, and “other” categories)
  • To keep it simple, the author uses three labels: S, B, and Avoid (with some “hot take” re-labelling).

1) Beginner Tier List (Main Ideas per Distro)

Strong beginner picks

  • Linux Mint — S tier

    • The default Cinnamon desktop is described as Windows-like/familiar, making it approachable.
    • Emphasis on:
      • Works well out of the box
      • Stable experience
      • Great hardware compatibility
      • Strong community support

  • Pop!_OS — S tier

    • Ubuntu-based, marketed as beginner-friendly.
    • Highlights:
      • Modern look
      • Excellent Nvidia support out of the box
      • Large user base

  • Elementary OS — A tier

    • Mac/Windows-inspired UX with an app ecosystem.
    • Not S tier mainly due to a smaller community than mainstream options.

  • Ubuntu family (Kubuntu/Lubuntu) — mostly B/C

    • Kubuntu — B (possibly A)
      • Ubuntu-based with strong community backing.
      • Not S tier because KDE is described as more customizable and therefore less beginner-friendly than simpler desktops.
    • Lubuntu — C tier
      • Lightweight Ubuntu spin, but less complete “out of the box” for newcomers.

  • Fedora — B tier

    • Praised for:
      • Cutting-edge but stable
      • Excellent security defaults
      • Strong GNOME integration
    • Main drawbacks:
      • Uses DNF instead of apt
      • Software availability/compatibility can feel less smooth
      • May require Flatpak reliance for some apps
        • Example: Signal Desktop may require a community Flatpak instead of an official one
    • Also mentioned: often used for Asahi Linux on Apple Silicon

Intermediate-friendly but not top beginner choices

  • Debian — C tier (for beginners)

    • Strength: stability and “works out of the box.”
    • Criticism: tends to ship older software, making newer app installs harder
      • Example: getting a non-ESR Firefox
    • Friction leads some beginners to learn alternative packaging systems (e.g., Flatpaks / app systems).

  • Arch — B tier

    • Acknowledges:
      • Excellent Arch Wiki
      • Easier installs via tools/spins (e.g., EndeavourOS)
    • But it’s bleeding-edge, open-ended customization, and DIY-focused—pushing it out of top beginner territory.

  • MX Linux — B tier (possibly A/S debated)

    • Described as Debian-accessible, with user-friendly design and comprehensive tools.
    • Largely based on limited personal experience; audience feedback requested.

  • MX Linux “special case” commentary

    • The argument: MX Linux can be awkward for “upgrade” value compared with simply using Debian directly.

Typically avoided for beginners

  • AlmaLinux — niche / Avoid-ish tone

    • Framed as a drop-in replacement for deprecated CentOS.
    • Not recommended unless there’s a specific need (more business/server oriented than beginner desktop).

  • Alpine Linux — Avoid

    • Extremely minimal and security-focused, but not beginner-friendly.

  • Gentoo — Avoid

    • Source-based compilation (“compile everything yourself”).
    • Extreme customization; strong warning for beginners.

  • Kali Linux — Avoid for general beginners

    • More explicitly tied to pen testing workflows (discussed more in the specialized section).

  • Nix OS — not beginner-targeted (specialized)

    • Treated as a specialized platform rather than a general desktop starter.

  • Tails OS — Avoid

    • Mentioned as more relevant in the later specialized section (privacy/anonymity oriented).

  • Void Linux — Avoid

    • Positioned as specialized for people who want its own system choices (e.g., init/package model).

  • Cubes OS — Avoid

    • High security via strong compartmentalization (virtualized isolation/containerization approach).
    • Not beginner-friendly; also not necessarily “intermediate easy,” despite usability benefits.

  • Solfus (spelled “Solless” in subtitles) — C tier

    • Has its own package manager and a unique desktop environment.
    • Potential beginner friendliness, but deviates from mainstream norms.

  • Parrot OS — Avoid (beginners)

    • Considered security-focused but potentially usable for intermediate users; kept out of beginner tier.

  • Arch-derived caution: Manjaro — discussed

    • Initially considered B, but concerns are raised about breakage and questionable corporate decision-making.

  • Tiny Core Linux — Avoid for beginners

    • Mentioned as extremely lightweight, RAM-based.

  • Nyx OS — Avoid for beginners

    • Mentioned later as reproducibility-focused; currently positioned as not user-friendly.

2) Intermediate (“Level Up”) Tier List (Main Upgrade Themes)

What counts as a “true upgrade”

The author favors distros that:

  • Keep security/stability gains, and/or
  • Provide meaningful system depth (tinkering, better tooling, “power features”)

Beginner-only distros are suggested to “not belong here” (still usable, but not the focus).

Biggest intermediate “upgrade” concept: Atomic Distros

Atomic distros are described as strong improvements for security and stability because:

  • You can’t easily “break the system”
  • Changes are managed differently (immutability model; often via Flatpak/containers)

Referenced examples:

  • Basite — A tier (in intermediate list)
  • Fedora Silverblue — C tier (intermediate list)
    • Notes include pros/cons around the atomic approach and documentation/public awareness

Author’s warning for atomic users:

You need to understand differences between atomic vs traditional distros—less documentation/awareness can make issues harder.

Arch-based distros as the “intermediate excellence” route

In the intermediate tier, arch-based options are elevated because:

  • Once you’ve learned mainstream distros (Ubuntu/Fedora/etc.), Arch becomes the next step
  • It’s a path for DIY customization and bleeding-edge software
  • Mentions benefits like community packages

Examples grouped around the “Arch learning/DIY” path:

  • EndeavourOS / CachyOS / arch derivatives
  • CachyOS specifically called out as a solid intermediate explore option

Manjaro appears later with an asterisk due to earlier cautions (breakage/corporate choices).

OpenSUSE Tumbleweed highlighted

  • OpenSUSE Tumbleweed — S tier (in intermediate list)
    • Noted for “features for business” and tooling appreciation (e.g., YaST)
    • Said to be underappreciated by beginners, but more valued by intermediates

Still relegated / “specialized” even if intermediate users might benefit

  • Debian

    • Considered tricky for power upgrades because it prioritizes older, stable packages
    • Suggested to be better for servers than for “intermediate desktop power upgrades”

  • GenToo / Gentoo and other compile-your-own distros

    • Treated as specialized rather than part of the “upgrade sweet spot”

  • Parrot / Tails / Kali / Cubes / Tiny Core / Nix / Void / Solus

    • Kept more in “specialized” zones depending on the use case rather than general intermediate progression

3) Advanced / Specialized Tier List

(Categories: Security, Privacy, DIY, Business, Other)

Security / privacy / anonymity oriented

  • Cubes OS — security focus

    • Described as compartmentalized “like multiple mini-systems”
    • Mentions DOM0 and containerized/isolated workflows
    • Also framed as disposable/privacy/anonymity oriented
      • Example: live “reset” behavior, minimal persistence

  • Parrot OS — security

    • Positioned as overlapping “usable + security + privacy + dev tools”
    • Mentioned it may ship Tor (“tour” in subtitles)

  • Kali Linux — pen-testing focused

    • Framed less as general privacy/anonymity and more as tooling for hacking/pen-testing out of the box

  • Tails OS — avoid

    • Strong privacy/anonymity; kept for specialized later viewing

  • Alpine Linux — security/containerization angle

    • Emphasized as a strong fit for Docker/container workflows and security-by-default traits

  • Void Linux — DIY/minimal security style

    • Includes notes like:
      • runit instead of systemd
      • xbps package manager

DIY / “compile everything / reproducibility / minimalism”

  • Gentoo — ultimate customization via compiling

    • Source-based; “compile everything,” ultimate DIY

  • Nix OS — reproducibility / special purpose

    • Enables system duplication/reproducibility (including cross-compatibility concepts with other OS setups)
    • Has its own Nix language

  • Tiny Core Linux — extremely lightweight / RAM-based

    • Runs on minimal resources; very specialized

  • Nyx OS — reproducibility & atomic-ish approach

    • Reproducibility-centric with an “own language”
    • Smaller community; not user-friendly

Business-oriented choices

  • Tumbleweed / OpenSUSE Tumbleweed — enterprise quality

    • Praised for business tooling and balance between stability and modern features

  • AlmaLinux — CentOS replacement business value

    • Highlighted: businesses can rely on official support compatibility for rolled-out software

  • Fedora / Ubuntu (YUbuntu) — “split” business potential

    • Said to be capable for business reasons but not as purely targeted as OpenSUSE/Alma

“Other” / unique intent

  • MX Linux — not specialized

    • Good general balance; considered less “special category” value in this tier

  • Elementary / Linux Mint

    • Described as “not special” here because their main purpose is friendliness/familiarity rather than advanced innovation

  • Arch / EndeavourOS / similar

    • DIY/customization focus; arch “belongs” to DIY if you want control

Practical Takeaways (Emphasized Throughout)

  • Software/package manager compatibility matters

    • Fedora’s DNF and Flatpak reliance can be friction
    • Debian’s older packages can frustrate users seeking newer apps

  • Desktop environment complexity affects beginner experience

    • KDE (Kubuntu) is more customizable and less beginner-simple than other setups

  • Atomic (immutable) model = security/stability tradeoff

    • Easier to avoid breaking the system, but you must learn new workflows (often Flatpak/container model)

  • Specialized distros require aligned goals

    • If you don’t want pen-testing, anonymity, reproducibility, or extreme DIY, “special” distros may feel mismatched

Main Speakers / Sources (As Stated)

  • Primary speaker: the video host (Techlorore)
  • Mentioned collaborator: Chris Titus (helps manage the tier list)

Original video