Thank you for the kind words.

yeah, thats fair, systemd + cockpit with alerts can cover pretty much the same ground. What RunWisp brings is the integrated cross-platform package and UX. Nobody is claiming that those underlying capabilities are impossible to assemble elsewhere.

if cron + logger covers your needs, you should keep that going. RunWisp is for cases where you also want searchable run history with retention and rotation, failure alerts, manual triggering and service supervision, all in one place without assembling those pieces yourself.

If systemd timers, journald and cockpit already cover your needs, RunWisp probably isnt for you. RunWisp is aimed at people who want portable TOML-defined tasks and services with unified history, logs and alerts. you’re right that ACLs are currently missing, but access is protected by password authentication and the UI can only trigger commands already defined on the host.

Copilot was listed as a contributor on an early commit because I used it to help draft that commit. that attribution overstates its role in the overall project. The disclosure in the post is the more accurate summary of how AI was used.

no. I am an experienced engineer that has been writing code for more than 10 years, way before AI. While AI definitely has been used to write code, the code architecture is actively designed and reviewed by me, a human.

cron isn't using your login shell. that's the trap.

but put PATH=/usr/local/sbin:/usr/local/bin:/usr/sbin:/usr/bin:/sbin:/bin at the top of the crontab, then test the exact command once with env -i HOME="$HOME" PATH=/usr/local/sbin:/usr/local/bin:/usr/sbin:/usr/bin:/sbin:/bin /bin/sh -c '...', and you catch most of the "worked in my terminal" stuff before it turns into tomorrow's missing backup. MAILTO or a heartbeat catches the next failure.