cal.com compatible ics calendar or alternative booking suite?

https://lemmy.dbzer0.com/post/66455457

cal.com compatible ics calendar or alternative booking suite? - Divisions by zero

I need to add booking to my website. I stumbled upon cal.com [http://cal.com] which seemed great. However I’ve run into 2 issues. My current options for calendars are Protonmail and cpanel/webmail/roundcube. cal.com [http://cal.com] doesn’t really work with either of these. For proton its mostly on proton’s side, their calendars are read-only externally + a bit buggy: https://github.com/calcom/cal.com/issues/5756 [https://github.com/calcom/cal.com/issues/5756] Roundcube uses caldav, and cal.com [http://cal.com]’s support is still in beta with most caldev’s being unsupported: https://github.com/calcom/cal.com/issues/3457 [https://github.com/calcom/cal.com/issues/3457] Roundcube got me the farthest but the booking emails just don’t get sent and the calendar event pops up maybe an hour later + there’s 75% the booking just doesn’t work. I was told this was the calendars fault 😂. SO Are there any selfhosted calendar implementations that support ics feed, external viewing ,etc etc that I can throw on a standard webserver? Or are there any better foss booking systems? I just need to book clients and connect it back to a working calendar that’s not locked to a desktop. I thought this would be a solved problem in 2026… I’m not trying to pay for yet ANOTHER software on top of business mail, and a webserver. Thanks.

You might want to take a look at github.com/olivierlambert/calrs

it was made as a reaction to cal.com not meeting the needs of the creator, like being selfhood table and being caldav compatible.

Note that I cannot vouch for it since I have not used it.

GitHub - olivierlambert/calrs: Fast, self-hostable scheduling platform. Like Cal.com, but written in Rust.

Fast, self-hostable scheduling platform. Like Cal.com, but written in Rust. - olivierlambert/calrs

GitHub
Thanks this might be the solution. Fingers crossed it supports round-cube without issues.