The lightweight distribution built for containers can run on a laptop, but it asks users to learn the operating system the way most modern distros have stopped requiring.
Alpine Linux earned its reputation in containers and servers, where its tiny base image and security posture made it a default for stripped-down deployments. Running it on a laptop is a different proposition, and Jack Wallen's ZDNET column on the topic lays out what that experiment actually looks like: not a faster desktop in the sense most users mean, but a desktop that asks more of the person sitting in front of it.
The trade-off Wallen describes is structural, not cosmetic. Alpine ships without sudo, without bash, and with a text-based installer. A reader who treats those gaps as obstacles to overcome is reading the column as a how-to. A reader who treats them as the actual subject of the piece is reading it the way the experience unfolds. The system runs. The learning curve is the product.
Three things make Alpine different from a polished desktop distribution, and each one shows up immediately during setup. First, the base image is small enough that nothing the user takes for granted is preinstalled. Second, the system uses musl libc instead of glibc, which means mainstream documentation written for Ubuntu, Fedora, or Debian may not behave the way the reader expects. Third, the init system is OpenRC rather than systemd, so tutorials that begin with systemctl will not transfer directly. Wallen's column treats these as asterisks; in practice they are the ramp.
What the column credits Alpine for is the thing those constraints also produce: a smaller attack surface, a faster base, and a clearer mental model of what is and is not running on the machine. A user who finishes the install has built the system they are using, which is not how most consumer Linux distributions work today. Wallen is honest that the speed claim depends on the desktop environment chosen and the hardware underneath it, so the "crazy fast" hook in his headline is conditional on choices the user has to make first.
Who Alpine makes sense for, on the evidence in the column, is a reader who wants to learn Linux fundamentals rather than skip past them. Someone who wants a polished out-of-box experience, or someone whose workflow depends on a prebuilt package that exists for glibc systems and not for musl, will feel the friction as a cost. Someone who treats the friction as the lesson will feel it as a gain. The column is a personal-experience take, not a benchmark study, and it does not survey community adoption, so any claim about Alpine's real-world desktop share sits outside what the source supports.
The watch item worth flagging is the package catalog. Alpine's repository covers the basics, and what it does not cover is exactly where the costs show up: a workflow that needs a specific proprietary tool, a niche scientific package, or a recent version of a desktop environment that lags upstream. Wallen frames the daily-driver question as a personal decision, and the honest reading of his caveat is that the answer depends on which packages the reader cannot live without.