Ten Ways NAS Is Getting Enshitified
Network-attached storage (NAS) devices are increasingly criticized for vendor lock-in, soldered RAM, proprietary drive requirements, intrusive web UIs, and other design choices that limit repairability, upgradability, and user control. Commenters weigh the trade-offs between DIY NAS builds and turnkey appliances, contrasting the flexibility and longevity of standard PC or server hardware with the compact form factor, lower power use, and “no fiddling” appeal of commercial boxes. Rising disk prices, the blurred line between “NAS” and general-purpose home servers, and the role of cloud storage and off-site backups emerge as central concerns for anyone trying to manage data safely and affordably over the long term.
Site & Meta “Enshitification”
- Many complain the NASCompares page itself is overloaded with ads, cookie popups, and newsletter nags, making it barely readable, especially on mobile.
- Cookie consent flows with one-click “accept all” vs many-click “reject all” are widely criticized as dark patterns and likely non‑compliant with GDPR; enforcement is seen as the weak point.
- Several note that ad blockers and specialized extensions largely hide this, but others argue users shouldn’t have to rely on them.
DIY NAS vs Prebuilt Appliances
- Strong DIY contingent: old PCs or small servers with Linux/BSD and ZFS/Btrfs are seen as more flexible, repairable, and free of vendor lock‑in.
- Counterpoint: prebuilt NASes win on compact form factor, lower idle power, noise, hot‑swap bays, vendor support, and “no fiddling,” which many value highly at home and in small businesses.
- Some highlight huge power savings moving from decade‑old desktop hardware to modern laptop‑class CPUs in NAS appliances, offsetting hardware cost over time.
- Others argue that old enterprise workstations/servers with ECC and ZFS, run in power‑saving modes, are “more real NAS” than consumer boxes, though critics call their idle power “insane.”
What Counts as a NAS?
- Debate over definitions:
- Narrow view: NAS = storage box exporting files; running containers/VMs turns it into a general server.
- Broad/home view: “NAS” has come to mean “home server with lots of disks,” often running Plex, Home Assistant, Immich, etc.
- Some lament term drift as “enshittification” of “NAS”; others see it as natural evolution, like calling smartphones “phones.”
Hardware Lock‑In & Soldered RAM
- Widespread dislike of soldered RAM and fixed small OS drives (eMMC) for killing upgradability and creating single points of failure.
- A few counter that RAM slots can fail too and that high‑end configurations up front are the “smart” choice, prompting pushback about affordability and overprovisioning.
- Vendor drive lock‑in (e.g., requiring branded disks for advanced features) is heavily criticized; workarounds exist but feel fragile and jailbreaking‑like.
Reliability, Backups & Cloud vs Local
- Repeated reminder: a NAS is not a backup; offsite copies (e.g., rsync to remote providers) are essential.
- Some prefer S3‑style cloud storage for durability and simplicity, especially after catastrophic events like lightning strikes destroying local gear.
- Others report long‑running home NAS setups with ZFS snapshots and monitored remote backups as “durable enough,” noting that Internet and local hardware are separate failure modes.
Drive Costs & Market Options
- Many see current HDD/SSD prices as the main barrier; some users are delaying or abandoning new NAS builds.
- Used datacenter drives are mentioned as available but increasingly expensive.
- Specific appliances (UGREEN, UniFi, QNAP, Minisforum/UNAS) get mixed but often positive mentions; key concerns are security updates, openness to third‑party drives, and ability to install generic OSes.