No problem:
Z-Wave:
Aeotec Range Extender 7 (1)
Aeotec Siren 6 (1)
Yale Assure Lock 2 Touch w/ Z-Wave (2)
Zigbee:
Aeotec Range Extender Zi (1)
Aqara Zigbee Door and Window Sensor (14)
ThirdReality Zigbee smart plug (3)
SONOFF Orb 4-in-1 Zigbee Smart Scene Button (SZNB-01M) (1)
Aqara Water Leak Sensor (2)
30 seconds ago after reading this. Before that? Probably when I set it up six months ago or so.
I had this app installed for a while, but never used it, so I uninstalled it. I have reinstalled it from the HPM but I can’t find it anywhere and I don’t know how to use it. Could you provide some guidance on this please?
Um, what is the metric for this measurement? haha. I assume "Kinda Busy" isn't the answer you want.
However, I did drop a days worth of my logs into my AI and asked it to try to identify severe load issues. Here’s what it told me:
The following are likely causing the severe load issues on your Hubitat C8 Pro:
• App 211: This is an extremely heavy rule. It executes dozens of logic checks, notifications, and device commands within a single second during arming/disarming sequences.
(True, it is one of my largest rules, but I don’t think this one rule that triggers only when arming my alarm system, is the source of this. Still, though I’m gonna try to streamline this one and clean it up a bit)
• Event Storming: Apps 142, 231, 235, 245, 246, 247, and 315 all trigger simultaneously whenever the HSM status changes, creating a massive CPU spike.
(sort of true sort of not. Each of these rules is very small and very simple and specific, and yes, many of them do fire at the same time, but that’s sort of the point.)
• App 183: This is in debug mode. Disable debug logging to reduce unnecessary overhead.
(This is my lock code manager, and it was set to verbose debug. I have disabled debug entirely for this app now)
• App 123: Running a high volume of update checks at midnight.
(This is the HPM, and I can’t find a simple way to disable updates, but I did manually remove all of the repositories from its update list)
Consolidating your HSM-dependent rules would significantly improve performance.