Hi
I've been running V24.1.9_3 since 20-Jun & everything appeared to be fine on the surface. Today, since 24.1.10 became available, I cleaned my glasses properly & looked at the dashboard and realised that I had no IPV6 addresses. (I do have a public V4 (and no CGNAT) which explains why I (we) hadn't noticed that anything was awry before.
I rebooted the FW and noted that IPV6 was back ok. I then set to, writing a logging script to check how long it took to fail. My public V6 address had gone before I'd finished writing the script ::) . So I finished the script, rebooted again, and ran the logging script. It took precisely 10 minutes to lose the V6 address again (sounds like a 600 sec lease to me).
I then did a backup of the config file, and tried to do the update to 24.1.10_1. That didn't work. I'm guessing that part of the system was trying to do the upgrade using IPV6, which had silently gone away.
So I rebooted again, and started the update to 24.1.10_1 before I lost my V6 public address. The update appeared to go ok. When it had finished, I did a manual reboot (but not a filter reload - because I wasn't sure what that was referring to) and the system has now been up for just over an hour. My IPV6 logging script shows that my V6 address hasn't gone awol.
So 24.1.10_1 seems to have fixed whatever was wrong in 24.1.9_3 for me, at least.
I do have another live system, also running 24.1.9_3, but that system has a fixed IPV6 public address, but, unsurprisingly, that system shows absolutely no problem.
HTH
PeterF
I've been running V24.1.9_3 since 20-Jun & everything appeared to be fine on the surface. Today, since 24.1.10 became available, I cleaned my glasses properly & looked at the dashboard and realised that I had no IPV6 addresses. (I do have a public V4 (and no CGNAT) which explains why I (we) hadn't noticed that anything was awry before.
I rebooted the FW and noted that IPV6 was back ok. I then set to, writing a logging script to check how long it took to fail. My public V6 address had gone before I'd finished writing the script ::) . So I finished the script, rebooted again, and ran the logging script. It took precisely 10 minutes to lose the V6 address again (sounds like a 600 sec lease to me).
I then did a backup of the config file, and tried to do the update to 24.1.10_1. That didn't work. I'm guessing that part of the system was trying to do the upgrade using IPV6, which had silently gone away.
So I rebooted again, and started the update to 24.1.10_1 before I lost my V6 public address. The update appeared to go ok. When it had finished, I did a manual reboot (but not a filter reload - because I wasn't sure what that was referring to) and the system has now been up for just over an hour. My IPV6 logging script shows that my V6 address hasn't gone awol.
So 24.1.10_1 seems to have fixed whatever was wrong in 24.1.9_3 for me, at least.
I do have another live system, also running 24.1.9_3, but that system has a fixed IPV6 public address, but, unsurprisingly, that system shows absolutely no problem.
HTH
PeterF