Ah - yeah ive got trunk to each of the machines in my clusters, 9 vlans total, and of course I can add more whenever this way. I’m a bit of a glutton for naming and numbering structure too, so the purpose of the service determines which VLAN its on. Like Home Assistant has just about its own vlan, with sensors and misc tools in support of it all there. A different one for IoT devices by others (that I will never trust with internet access, so its initiate from another VLAN on the FW only, outbound can’t be initiated from any device on it, etc), one for work thats part of a site-to-site with work, with a few ports on the switch allocated that I can just plug in ad hoc, etc.
Definitely helps to have the range to play it this way!
Its well worth it IMO, makes service segregation so much easier. It may help to toss a router off your main network, and start experimenting that way, give you a decent place to mess things up - which is, again purely my opinion, one of the best ways to learn.
Ah - yeah ive got trunk to each of the machines in my clusters, 9 vlans total, and of course I can add more whenever this way. I’m a bit of a glutton for naming and numbering structure too, so the purpose of the service determines which VLAN its on. Like Home Assistant has just about its own vlan, with sensors and misc tools in support of it all there. A different one for IoT devices by others (that I will never trust with internet access, so its initiate from another VLAN on the FW only, outbound can’t be initiated from any device on it, etc), one for work thats part of a site-to-site with work, with a few ports on the switch allocated that I can just plug in ad hoc, etc.
Definitely helps to have the range to play it this way!
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Its well worth it IMO, makes service segregation so much easier. It may help to toss a router off your main network, and start experimenting that way, give you a decent place to mess things up - which is, again purely my opinion, one of the best ways to learn.