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Google Fiber, Netgate SG-3100 periodically fails to get a new WAN IP from DHCP

Hi All,
I have removed my Google Network Box from the equation, and have the PoE fiber jack connected directly to my Netgate SG-3100. I have configured the pfsense box and added VLAN2 with priority 3 on the WAN interface per this article. I can get a DHCP address for my WAN interface manually when I connect to the console port on my SG-3100.
I have noticed that once or twice a day, my internet connectivity stops and I need to re-acquire an address for my WAN interface manually. I suspect that there is some issue with the SG-3100 renewing a lease/getting a new IP. Is there any way I can troubleshoot this? I have tried assigning a static IP, and basically it works until it doesn't, my upstream GW IP changes and then I have to go back to DHCP. I don't know what to look for, but looking in system.log I see a lot of sendto error: 65 and arpresolve: can't allocate llinfo for XXX.XXX.XXX.XXX on mvneta2.2 when this happens.

Here is the system log for today. I had set a static IP address and things on the ISP side changed. I rebooted, and assigned an IP via DHCP.

Sep 11 08:07:44 pfSense rc.gateway_alarm[4990]: >>> Gateway alarm: WANGW_2 (Addr:136.49.0.1 Alarm:1 RTT:1.777ms RTTsd:1.617ms Loss:22%) Sep 11 08:07:44 pfSense check_reload_status: updating dyndns WANGW_2 Sep 11 08:07:44 pfSense check_reload_status: Restarting ipsec tunnels Sep 11 08:07:44 pfSense check_reload_status: Restarting OpenVPN tunnels/interfaces Sep 11 08:07:44 pfSense check_reload_status: Reloading filter Sep 11 08:07:45 pfSense php-fpm[363]: /rc.openvpn: Gateway, none 'available' for inet6, use the first one configured. '' Sep 11 08:07:46 pfSense rc.gateway_alarm[31026]: >>> Gateway alarm: WANGW (Addr:136.49.14.1 Alarm:1 RTT:3.107ms RTTsd:.282ms Loss:21%) Sep 11 08:07:46 pfSense check_reload_status: updating dyndns WANGW Sep 11 08:07:46 pfSense check_reload_status: Restarting ipsec tunnels Sep 11 08:07:46 pfSense check_reload_status: Restarting OpenVPN tunnels/interfaces Sep 11 08:07:46 pfSense check_reload_status: Reloading filter Sep 11 08:07:47 pfSense php-fpm[41538]: /rc.openvpn: Gateway, none 'available' for inet6, use the first one configured. '' Sep 11 08:08:36 pfSense sshd[81786]: user tgeorge login class [preauth] Sep 11 08:08:36 pfSense sshd[81786]: user tgeorge login class [preauth] Sep 11 08:08:36 pfSense sshd[81786]: user tgeorge login class [preauth] Sep 11 08:08:38 pfSense sshd[81786]: user tgeorge login class [preauth] Sep 11 08:08:38 pfSense sshd[81786]: Accepted password for tgeorge from 192.168.1.169 port 51856 ssh2 Sep 11 08:11:28 pfSense login: login on ttyu0 as root Sep 11 08:11:43 pfSense php-cgi: rc.initial.reboot: Stopping all packages. Sep 11 08:11:46 pfSense reboot: rebooted by root Sep 11 08:11:46 pfSense syslogd: exiting on signal 15 Sep 11 08:12:36 pfSense syslogd: kernel boot file is /boot/kernel/kernel Sep 11 08:12:36 pfSense kernel: Copyright (c) 1992-2020 The FreeBSD Project. Sep 11 08:12:36 pfSense kernel: Copyright (c) 1979, 1980, 1983, 1986, 1988, 1989, 1991, 1992, 1993, 1994 Sep 11 08:12:36 pfSense kernel: The Regents of the University of California. All rights reserved. Sep 11 08:12:36 pfSense kernel: FreeBSD is a registered trademark of The FreeBSD Foundation. Sep 11 08:12:36 pfSense kernel: FreeBSD 11.3-STABLE #238 885b1ed26b6(factory-RELENG_2_4_5): Tue Jun 2 17:52:40 EDT 2020 Sep 11 08:12:36 pfSense kernel: [email protected]:/build/factory-crossbuild-245-armv6/obj/armv6/kJlGauaG/arm.armv6/build/factory-crossbuild-245-armv6/sources/FreeBSD-src/sys/pfSense-SG-3100 arm Sep 11 08:12:36 pfSense kernel: FreeBSD clang version 8.0.1 (tags/RELEASE_801/final 366581) (based on LLVM 8.0.1) Sep 11 08:12:36 pfSense kernel: CPU: ARM Cortex-A9 r4p1 (ECO: 0x00000000) Sep 11 08:12:36 pfSense kernel: CPU Features: Sep 11 08:12:36 pfSense kernel: Multiprocessing, Thumb2, Security, VMSAv7, Coherent Walk Sep 11 08:12:36 pfSense kernel: Optional instructions: Sep 11 08:12:36 pfSense kernel: UMULL, SMULL, SIMD(ext) Sep 11 08:12:36 pfSense kernel: LoUU:2 LoC:2 LoUIS:2 Sep 11 08:12:36 pfSense kernel: Cache level 1: Sep 11 08:12:36 pfSense kernel: 32KB/32B 4-way data cache WB Read-Alloc Write-Alloc Sep 11 08:12:36 pfSense kernel: 32KB/32B 4-way instruction cache Read-Alloc Sep 11 08:12:36 pfSense kernel: real memory = 2147479552 (2047 MB) Sep 11 08:12:36 pfSense kernel: avail memory = 2073812992 (1977 MB) Sep 11 08:12:36 pfSense kernel: SOC: Marvell 88F6820, TClock 250MHz, Frequency 1600MHz Sep 11 08:12:36 pfSense kernel: Instruction cache prefetch enabled, data cache prefetch disabled Sep 11 08:12:36 pfSense kernel: FreeBSD/SMP: Multiprocessor System Detected: 2 CPUs Sep 11 08:12:36 pfSense kernel: wlan: mac acl policy registered Sep 11 08:12:36 pfSense kernel: random: entropy device external interface Sep 11 08:12:36 pfSense kernel: ipw_ibss: You need to read the LICENSE file in /usshare/doc/legal/intel_ipw.LICENSE. Sep 11 08:12:36 pfSense kernel: ipw_ibss: If you agree with the license, set legal.intel_ipw.license_ack=1 in /boot/loader.conf. Sep 11 08:12:36 pfSense kernel: module_register_init: MOD_LOAD (ipw_ibss_fw, 0xc0135c50, 0) error 1 Sep 11 08:12:36 pfSense kernel: ipw_monitor: You need to read the LICENSE file in /usshare/doc/legal/intel_ipw.LICENSE. Sep 11 08:12:36 pfSense kernel: ipw_monitor: If you agree with the license, set legal.intel_ipw.license_ack=1 in /boot/loader.conf. Sep 11 08:12:36 pfSense kernel: module_register_init: MOD_LOAD (ipw_monitor_fw, 0xc0135d00, 0) error 1 Sep 11 08:12:36 pfSense kernel: iwi_bss: You need to read the LICENSE file in /usshare/doc/legal/intel_iwi.LICENSE. Sep 11 08:12:36 pfSense kernel: iwi_bss: If you agree with the license, set legal.intel_iwi.license_ack=1 in /boot/loader.conf. Sep 11 08:12:36 pfSense kernel: module_register_init: MOD_LOAD (iwi_bss_fw, 0xc013f1ec, 0) error 1 Sep 11 08:12:36 pfSense kernel: iwi_ibss: You need to read the LICENSE file in /usshare/doc/legal/intel_iwi.LICENSE. Sep 11 08:12:36 pfSense kernel: iwi_ibss: If you agree with the license, set legal.intel_iwi.license_ack=1 in /boot/loader.conf. Sep 11 08:12:36 pfSense kernel: module_register_init: MOD_LOAD (iwi_ibss_fw, 0xc013f29c, 0) error 1 Sep 11 08:12:36 pfSense kernel: iwi_monitor: You need to read the LICENSE file in /usshare/doc/legal/intel_iwi.LICENSE. Sep 11 08:12:36 pfSense kernel: iwi_monitor: If you agree with the license, set legal.intel_iwi.license_ack=1 in /boot/loader.conf. Sep 11 08:12:36 pfSense kernel: module_register_init: MOD_LOAD (iwi_monitor_fw, 0xc013f34c, 0) error 1 Sep 11 08:12:36 pfSense kernel: ipw_bss: You need to read the LICENSE file in /usshare/doc/legal/intel_ipw.LICENSE. Sep 11 08:12:36 pfSense kernel: ipw_bss: If you agree with the license, set legal.intel_ipw.license_ack=1 in /boot/loader.conf. Sep 11 08:12:36 pfSense kernel: module_register_init: MOD_LOAD (ipw_bss_fw, 0xc0135ba0, 0) error 1 Sep 11 08:12:36 pfSense kernel: ofwbus0:  Sep 11 08:12:36 pfSense kernel: simplebus0:  on ofwbus0 Sep 11 08:12:36 pfSense kernel: simplebus1:  on simplebus0 Sep 11 08:12:36 pfSense kernel: l2cache0:  mem 0x8000-0x8fff on simplebus1 Sep 11 08:12:36 pfSense kernel: l2cache0: cannot allocate IRQ, not using interrupt Sep 11 08:12:36 pfSense kernel: l2cache0: Part number: 0x3, release: 0x9 Sep 11 08:12:36 pfSense kernel: l2cache0: L2 Cache enabled: 1024KB/32B 16 ways Sep 11 08:12:36 pfSense kernel: gic0:  mem 0xd000-0xdfff,0xc100-0xc1ff on simplebus1 Sep 11 08:12:36 pfSense kernel: gic0: pn 0x390, arch 0x1, rev 0x2, implementer 0x43b irqs 192 Sep 11 08:12:36 pfSense kernel: mpic0:  mem 0x20a00-0x20ccf,0x21870-0x21b6f irq 19 on simplebus1 Sep 11 08:12:36 pfSense kernel: mp_tmr0:  mem 0xc200-0xc21f irq 3 on simplebus1 Sep 11 08:12:36 pfSense kernel: Timecounter "MPCore" frequency 800000000 Hz quality 800 Sep 11 08:12:36 pfSense kernel: mp_tmr1:  mem 0xc600-0xc61f irq 4 on simplebus1 Sep 11 08:12:36 pfSense kernel: Event timer "MPCore" frequency 800000000 Hz quality 1000 Sep 11 08:12:36 pfSense kernel: cesa0:  mem 0x90000-0x90fff,0x9d000-0x9dfff irq 1 on simplebus1 Sep 11 08:12:36 pfSense kernel: cesa1:  mem 0x92000-0x92fff,0x9f000-0x9ffff irq 2 on simplebus1 Sep 11 08:12:36 pfSense kernel: spi0:  mem 0x10600-0x1064f irq 5 on simplebus1 Sep 11 08:12:36 pfSense kernel: twsi0:  mem 0x11000-0x1101f irq 7 on simplebus1 Sep 11 08:12:36 pfSense kernel: iicbus0:  on twsi0 Sep 11 08:12:36 pfSense kernel: iic0:  on iicbus0 Sep 11 08:12:36 pfSense kernel: gpio0:  at addr 0xc0 on iicbus0 Sep 11 08:12:36 pfSense kernel: device_attach: gpio0 attach returned 6 Sep 11 08:12:36 pfSense kernel: gpio0:  at addr 0xce on iicbus0 Sep 11 08:12:36 pfSense kernel: gpiobus0:  on gpio0 Sep 11 08:12:36 pfSense kernel: gpioc0:  on gpio0 Sep 11 08:12:36 pfSense kernel: gpio1:  at addr 0xc0 on iicbus0 Sep 11 08:12:36 pfSense kernel: device_attach: gpio1 attach returned 6 Sep 11 08:12:36 pfSense kernel: uart0:  mem 0x12000-0x120ff irq 9 on simplebus1 Sep 11 08:12:36 pfSense kernel: uart0: console (-1,n,8,1) Sep 11 08:12:36 pfSense kernel: uart1: <16550 or compatible> mem 0x12100-0x121ff irq 10 on simplebus1 Sep 11 08:12:36 pfSense kernel: timer0:  mem 0x20300-0x20333,0x20704-0x20707,0x18260-0x18263 on simplebus1 Sep 11 08:12:36 pfSense kernel: timer0: only watchdog attached Sep 11 08:12:36 pfSense kernel: pmsu0:  mem 0x22000-0x22fff on simplebus1 Sep 11 08:12:36 pfSense kernel: mvneta0:  mem 0x30000-0x33fff irq 26 on simplebus1 Sep 11 08:12:36 pfSense kernel: mvneta0: version is 10 Sep 11 08:12:36 pfSense kernel: mvneta0: Ethernet address: 00:08:a2:11:8d:0d Sep 11 08:12:36 pfSense kernel: miibus0:  on mvneta0 Sep 11 08:12:36 pfSense kernel: mv88e151x0:  PHY 1 on miibus0 Sep 11 08:12:36 pfSense kernel: mv88e151x0: none, 10baseT, 10baseT-FDX, 100baseTX, 100baseTX-FDX, 1000baseT, 1000baseT-master, 1000baseT-FDX, 1000baseT-FDX-master, 1000baseSX, 1000baseSX-FDX, auto Sep 11 08:12:36 pfSense kernel: mvneta1:  mem 0x34000-0x37fff irq 27 on simplebus1 Sep 11 08:12:36 pfSense kernel: mvneta1: version is 10 Sep 11 08:12:36 pfSense kernel: mvneta1: Ethernet address: 00:08:a2:11:8d:0e Sep 11 08:12:36 pfSense kernel: mdio0:  on mvneta1 Sep 11 08:12:36 pfSense kernel: e6000sw0:  on mdio0 Sep 11 08:12:36 pfSense kernel: e6000sw0: single-chip addressing mode Sep 11 08:12:36 pfSense kernel: e6000sw0: PHY at port 1 Sep 11 08:12:36 pfSense kernel: miibus1:  on e6000sw0 Sep 11 08:12:36 pfSense kernel: e1000phy0:  PHY 17 on miibus1 Sep 11 08:12:36 pfSense kernel: e1000phy0: none, 10baseT, 10baseT-FDX, 100baseTX, 100baseTX-FDX, 1000baseT, 1000baseT-master, 1000baseT-FDX, 1000baseT-FDX-master, auto Sep 11 08:12:36 pfSense kernel: e6000sw0: PHY at port 2 Sep 11 08:12:36 pfSense kernel: miibus2:  on e6000sw0 Sep 11 08:12:36 pfSense kernel: e1000phy1:  PHY 18 on miibus2 Sep 11 08:12:36 pfSense kernel: e1000phy1: none, 10baseT, 10baseT-FDX, 100baseTX, 100baseTX-FDX, 1000baseT, 1000baseT-master, 1000baseT-FDX, 1000baseT-FDX-master, auto Sep 11 08:12:36 pfSense kernel: e6000sw0: PHY at port 3 Sep 11 08:12:36 pfSense kernel: miibus3:  on e6000sw0 Sep 11 08:12:36 pfSense kernel: e1000phy2:  PHY 19 on miibus3 Sep 11 08:12:36 pfSense kernel: e1000phy2: none, 10baseT, 10baseT-FDX, 100baseTX, 100baseTX-FDX, 1000baseT, 1000baseT-master, 1000baseT-FDX, 1000baseT-FDX-master, auto Sep 11 08:12:36 pfSense kernel: e6000sw0: PHY at port 4 Sep 11 08:12:36 pfSense kernel: miibus4:  on e6000sw0 Sep 11 08:12:36 pfSense kernel: e1000phy3:  PHY 20 on miibus4 Sep 11 08:12:36 pfSense kernel: e1000phy3: none, 10baseT, 10baseT-FDX, 100baseTX, 100baseTX-FDX, 1000baseT, 1000baseT-master, 1000baseT-FDX, 1000baseT-FDX-master, auto Sep 11 08:12:36 pfSense kernel: e6000sw0: CPU port at 5 Sep 11 08:12:36 pfSense kernel: e6000sw0: fixed port at 5 Sep 11 08:12:36 pfSense kernel: e6000sw0: switch is ready. Sep 11 08:12:36 pfSense kernel: etherswitch0:  on e6000sw0 Sep 11 08:12:36 pfSense kernel: ehci0:  mem 0x58000-0x584ff irq 28 on simplebus1 Sep 11 08:12:36 pfSense kernel: usbus0: EHCI version 1.0 Sep 11 08:12:36 pfSense kernel: usbus0 on ehci0 Sep 11 08:12:36 pfSense kernel: mvneta2:  mem 0x70000-0x73fff irq 29 on simplebus1 Sep 11 08:12:36 pfSense kernel: mvneta2: version is 10 Sep 11 08:12:36 pfSense kernel: mvneta2: Ethernet address: 00:08:a2:11:8d:0f Sep 11 08:12:36 pfSense kernel: miibus5:  on mvneta2 Sep 11 08:12:36 pfSense kernel: mv88e151x1:  PHY 0 on miibus5 Sep 11 08:12:36 pfSense kernel: mv88e151x1: none, 10baseT, 10baseT-FDX, 100baseTX, 100baseTX-FDX, 1000baseT, 1000baseT-master, 1000baseT-FDX, 1000baseT-FDX-master, 1000baseSX, 1000baseSX-FDX, auto Sep 11 08:12:36 pfSense kernel: rtc0:  mem 0xa3800-0xa381f,0x184a0-0x184ab irq 30 on simplebus1 Sep 11 08:12:36 pfSense kernel: rtc0: registered as a time-of-day clock, resolution 1.000000s Sep 11 08:12:36 pfSense kernel: ahci0:  mem 0xa8000-0xa9fff irq 31 on simplebus1 Sep 11 08:12:36 pfSense kernel: ahci0: AHCI v1.00 with 2 6Gbps ports, Port Multiplier supported with FBS Sep 11 08:12:36 pfSense kernel: ahci0: quirks=0x200010<2CH,MRVL_SR_DEL> Sep 11 08:12:36 pfSense kernel: ahcich0:  at channel 0 on ahci0 Sep 11 08:12:36 pfSense kernel: ahcich1:  at channel 1 on ahci0 Sep 11 08:12:36 pfSense kernel: armada_thermal0:  mem 0xe4078-0xe407b,0xe4074-0xe4077 on simplebus1 Sep 11 08:12:36 pfSense kernel: sdhci_fdt0:  mem 0xd8000-0xd8fff,0xdc000-0xdc0ff,0x18454-0x18457 irq 34 on simplebus1 Sep 11 08:12:36 pfSense kernel: sdhci_fdt0: 1 slot(s) allocated Sep 11 08:12:36 pfSense kernel: xhci0:  mem 0xf8000-0xfbfff,0xfc000-0xfffff irq 36 on simplebus1 Sep 11 08:12:36 pfSense kernel: xhci0: 32 bytes context size, 32-bit DMA Sep 11 08:12:36 pfSense kernel: usbus1 on xhci0 Sep 11 08:12:36 pfSense kernel: pcib_ctrl0:  on simplebus0 Sep 11 08:12:36 pfSense kernel: pcib0:  on pcib_ctrl0 Sep 11 08:12:36 pfSense kernel: pci0:  on pcib0 Sep 11 08:12:36 pfSense kernel: pcib1:  on pcib_ctrl0 Sep 11 08:12:36 pfSense kernel: pci1:  on pcib1 Sep 11 08:12:36 pfSense kernel: pcib2:  on pcib_ctrl0 Sep 11 08:12:36 pfSense kernel: pci2:  on pcib2 Sep 11 08:12:36 pfSense kernel: pcib3:  on pcib_ctrl0 Sep 11 08:12:36 pfSense kernel: pci3:  on pcib3 Sep 11 08:12:36 pfSense kernel: cpulist0:  on ofwbus0 Sep 11 08:12:36 pfSense kernel: cpu0:  on cpulist0 Sep 11 08:12:36 pfSense kernel: cpu1:  on cpulist0 Sep 11 08:12:36 pfSense kernel: cryptosoft0:  Sep 11 08:12:36 pfSense kernel: Timecounters tick every 1.000 msec Sep 11 08:12:36 pfSense kernel: mvneta1: link state changed to UP Sep 11 08:12:36 pfSense kernel: spibus0:  on spi0 Sep 11 08:12:36 pfSense kernel: mx25l0:  at cs 0 mode 0 on spibus0 Sep 11 08:12:36 pfSense kernel: mx25l0: device type w25q32jv, size 4096K in 64 sectors of 64K, erase size 4K Sep 11 08:12:36 pfSense kernel: e6000sw0port1: link state changed to DOWN Sep 11 08:12:36 pfSense kernel: e6000sw0port2: link state changed to DOWN Sep 11 08:12:36 pfSense kernel: e6000sw0port3: link state changed to DOWN Sep 11 08:12:36 pfSense kernel: e6000sw0port4: link state changed to DOWN Sep 11 08:12:36 pfSense kernel: usbus0: 480Mbps High Speed USB v2.0 Sep 11 08:12:36 pfSense kernel: usbus1: 5.0Gbps Super Speed USB v3.0 Sep 11 08:12:36 pfSense kernel: ugen0.1:  at usbus0 Sep 11 08:12:36 pfSense kernel: uhub0:  on usbus0 Sep 11 08:12:36 pfSense kernel: ugen1.1:  at usbus1 Sep 11 08:12:36 pfSense kernel: uhub1:  on usbus1 Sep 11 08:12:36 pfSense kernel: uhub1: 2 ports with 2 removable, self powered Sep 11 08:12:36 pfSense kernel: mmc0:  on sdhci_fdt0 Sep 11 08:12:36 pfSense kernel: mmcsd0: 8GB  at mmc0 50.0MHz/8bit/65535-block Sep 11 08:12:36 pfSense kernel: mmcsd0boot0: 4MB partion 1 at mmcsd0 Sep 11 08:12:36 pfSense kernel: mmcsd0boot1: 4MB partion 2 at mmcsd0 Sep 11 08:12:36 pfSense kernel: mmcsd0rpmb: 4MB partion 3 at mmcsd0 Sep 11 08:12:36 pfSense kernel: uhub0: 1 port with 1 removable, self powered Sep 11 08:12:36 pfSense kernel: e6000sw0port1: link state changed to UP Sep 11 08:12:36 pfSense kernel: Release APs Sep 11 08:12:36 pfSense kernel: Trying to mount root from ufs:/dev/diskid/DISK-0A7261D4s2a [rw,noatime]... Sep 11 08:12:36 pfSense kernel: random: unblocking device. Sep 11 08:12:36 pfSense kernel: lo0: link state changed to UP Sep 11 08:12:36 pfSense kernel: e6000sw0port1: link state changed to DOWN Sep 11 08:12:36 pfSense check_reload_status: Linkup starting e6000sw0port1 Sep 11 08:12:36 pfSense check_reload_status: Linkup starting mvneta2 Sep 11 08:12:36 pfSense kernel: mvneta2: link state changed to UP Sep 11 08:12:36 pfSense kernel: vlan0: changing name to 'mvneta2.2' Sep 11 08:12:36 pfSense php-cgi: rc.bootup: Resyncing OpenVPN instances. Sep 11 08:12:36 pfSense kernel: vlan1: changing name to 'mvneta1.100' Sep 11 08:12:36 pfSense kernel: pflog0: promiscuous mode enabled Sep 11 08:12:36 pfSense kernel: done. Sep 11 08:12:37 pfSense sshd[30059]: Server listening on :: port 22. Sep 11 08:12:37 pfSense sshd[30059]: Server listening on 0.0.0.0 port 22. Sep 11 08:12:39 pfSense rc.gateway_alarm[32484]: >>> Gateway alarm: WANGW (Addr:136.49.14.1 Alarm:1 RTT:0.000ms RTTsd:0.000ms Loss:100%) Sep 11 08:12:39 pfSense check_reload_status: updating dyndns WANGW Sep 11 08:12:39 pfSense rc.gateway_alarm[33318]: >>> Gateway alarm: WANGW_2 (Addr:136.49.0.1 Alarm:1 RTT:0.000ms RTTsd:0.000ms Loss:100%) Sep 11 08:12:39 pfSense check_reload_status: Restarting ipsec tunnels Sep 11 08:12:39 pfSense check_reload_status: Restarting OpenVPN tunnels/interfaces Sep 11 08:12:39 pfSense check_reload_status: Reloading filter Sep 11 08:12:39 pfSense check_reload_status: updating dyndns WANGW_2 Sep 11 08:12:39 pfSense check_reload_status: Restarting ipsec tunnels Sep 11 08:12:39 pfSense check_reload_status: Restarting OpenVPN tunnels/interfaces Sep 11 08:12:39 pfSense check_reload_status: Reloading filter Sep 11 08:12:39 pfSense php-cgi: rc.bootup: Default gateway setting Interface wan Gateway as default. Sep 11 08:12:39 pfSense php-cgi: rc.bootup: Gateway, none 'available' for inet6, use the first one configured. '' Sep 11 08:12:39 pfSense kernel: done. Sep 11 08:12:40 pfSense check_reload_status: Linkup starting e6000sw0port1 Sep 11 08:12:40 pfSense kernel: Sep 11 08:12:40 pfSense kernel: e6000sw0port1: link state changed to UP Sep 11 08:13:31 pfSense php-cgi: rc.bootup: sync unbound done. Sep 11 08:13:32 pfSense kernel: done. Sep 11 08:13:33 pfSense kernel: done. Sep 11 08:13:33 pfSense kernel: done. Sep 11 08:13:33 pfSense php-cgi: rc.bootup: NTPD is starting up. Sep 11 08:13:33 pfSense kernel: done. Sep 11 08:13:33 pfSense kernel: done. Sep 11 08:13:33 pfSense check_reload_status: Updating all dyndns Sep 11 08:13:34 pfSense kernel: .... Sep 11 08:13:34 pfSense kernel: .done. Sep 11 08:13:38 pfSense php-cgi: rc.bootup: Creating rrd update script Sep 11 08:13:38 pfSense kernel: done. Sep 11 08:13:38 pfSense kernel: done. Sep 11 08:13:39 pfSense root: /etc/rc.d/hostid: WARNING: hostid: unable to figure out a UUID from DMI data, generating a new one Sep 11 08:13:41 pfSense syslogd: exiting on signal 15 Sep 11 08:13:41 pfSense syslogd: kernel boot file is /boot/kernel/kernel Sep 11 08:13:41 pfSense kernel: done. Sep 11 08:13:42 pfSense php-fpm[363]: /rc.start_packages: Restarting/Starting all packages. Sep 11 08:13:42 pfSense SuricataStartup[5895]: Suricata START for WAN(38533_mvneta2.2)... Sep 11 08:13:43 pfSense getty[13441]: open /dev/ttyv0: No such file or directory Sep 11 08:13:43 pfSense login: login on ttyu0 as root Sep 11 08:14:38 pfSense check_reload_status: Syncing firewall Sep 11 08:14:40 pfSense php-cgi: rc.initial.setlanip: Shutting down Router Advertisment daemon cleanly Sep 11 08:14:40 pfSense kernel: arpresolve: can't allocate llinfo for 136.49.0.1 on mvneta2.2 Sep 11 08:14:40 pfSense kernel: arpresolve: can't allocate llinfo for 136.49.0.1 on mvneta2.2 Sep 11 08:14:40 pfSense check_reload_status: rc.newwanip starting mvneta2.2 Sep 11 08:14:41 pfSense php-cgi: rc.initial.setlanip: Default gateway setting Interface wan Gateway as default. Sep 11 08:14:41 pfSense php-cgi: rc.initial.setlanip: Gateway, none 'available' for inet6, use the first one configured. '' Sep 11 08:14:41 pfSense kernel: arpresolve: can't allocate llinfo for 136.49.0.1 on mvneta2.2 Sep 11 08:14:41 pfSense php-fpm[363]: /rc.newwanip: rc.newwanip: Info: starting on mvneta2.2. Sep 11 08:14:41 pfSense php-fpm[363]: /rc.newwanip: rc.newwanip: on (IP address: 136.49.97.224) (interface: WAN[wan]) (real interface: mvneta2.2). Sep 11 08:14:41 pfSense dhcpleases: /etc/hosts changed size from original! Sep 11 08:14:43 pfSense php-fpm[363]: /rc.newwanip: Default gateway setting Interface wan Gateway as default. Sep 11 08:14:43 pfSense php-fpm[363]: /rc.newwanip: Gateway, none 'available' for inet6, use the first one configured. '' Sep 11 08:14:43 pfSense php-fpm[363]: /rc.newwanip: IP Address has changed, killing states on former IP Address 136.49.14.244. Sep 11 08:14:45 pfSense dhcpleases: /etc/hosts changed size from original! Sep 11 08:14:45 pfSense dhcpleases: Could not deliver signal HUP to process because its pidfile (/varun/unbound.pid) does not exist, No such process. Sep 11 08:14:45 pfSense dhcpleases: kqueue error: unknown Sep 11 08:14:48 pfSense php-fpm[363]: /rc.newwanip: Resyncing OpenVPN instances for interface WAN. Sep 11 08:14:48 pfSense php-fpm[363]: /rc.newwanip: Creating rrd update script Sep 11 08:14:50 pfSense php-fpm[363]: /rc.newwanip: pfSense package system has detected an IP change or dynamic WAN reconnection - 136.49.14.244 -> 136.49.97.224 - Restarting packages. Sep 11 08:14:50 pfSense check_reload_status: Starting packages Sep 11 08:14:51 pfSense php-fpm[51634]: /rc.start_packages: Restarting/Starting all packages. 
submitted by tommygeee to PFSENSE

The Network whitepaper is in peer review, the first round of audits for Data Unions 2.0 is complete, a major refactor of the JS Client is in progress, and more — follow the latest tech stack news in the Streamr dev update!

The Network whitepaper is in peer review, the first round of audits for Data Unions 2.0 is complete, a major refactor of the JS Client is in progress, and more — follow the latest tech stack news in the Streamr dev update!

Dev Update, September 2020


https://preview.redd.it/axjrtob8t9t51.png?width=4000&format=png&auto=webp&s=ef60449f0af40eea22bf2ef568d5333c833e3104
Welcome to the September project dev update! Streamr has earned a bit of a reputation for ending the year strong and as we round out Q3 2020 it’s clear that this year will be no exception. Here are the main dev highlights of the month:
  • The network whitepaper is proceeding through peer review at IEEE
  • New storage node and Cassandra cluster is up and running
  • First round of audits complete for the Data Union 2.0 smart contracts
  • Major refactor of the JS Client in progress
  • Network cadCAD models are working with realistic random topologies.

Data Unions

The Data Union 2.0 smart contracts have now gone through the first round of security audit with no major findings. We’re fixing some minor recommendations made by the auditors, after which they will check our fixes, and the audit will be complete.

Core & Client Development

The JS client is being updated to the Data Union 2.0 era. It won’t become the official release (latest tag) until 2.0 is officially launched late this year, but it is available on npm as an alpha build for builders to start trying it out.
The frontend team is busy preparing the Core UI for the transition from account API keys to Ethereum private keys. This transition is an important prerequisite for the progressive decentralization of the creation and management of streams on the Network.
The Network whitepaper received positive feedback during the peer review process by IEEE. That review is ongoing, with some requests for new information that we’re following up on. The exciting takeaway here is that our results and findings were not challenged during this review, giving us even more confidence in our network design.
The network team made improvements to the WebRTC implementation to reduce message latency. While certainly more complex, WebRTC has the added benefit of having mechanisms to work around firewalls and NATs, thereby increasing the chance of successful peer-to-peer connections.
Our collaboration with BlockScience continues. We are nearing the completion of the cadCAD modelling phase, before diving into the incentivisation modelling. Essentially, we’re developing a digital twin of the network, to be able to simulate how various parameters affect the network’s performance and security. The models are generating realistic random topologies and we are expanding them to include the message passing level. The next step is to simulate ten nodes with realistic rules and define stakeholder KPIs.

Deprecations and breaking changes

A number of API endpoints need to be retired and replaced to be compatible with our vision of decentralization. This section summarises deprecated features and upcoming breaking changes. Items marked ‘Date TBD’ will be happening in the medium term, but a date has not yet been set.
  • The API endpoints for explicitly deleting data have been removed. Going forward, storage nodes will expire old data based on the data retention period set on the stream.
  • /api/v1/streams/${id}/deleteDataUpTo /api/v1/streams/${id}/deleteDataRange /api/v1/streams/${id}/deleteAllData
  • The API endpoints to upload CSV files to streams have been removed. Storing historical messages to streams can be done by publishing the messages to streams normally.
  • /api/v1/streams/${id}/uploadCsvFile /api/v1/streams/$id/confirmCsvFileUpload
  • (Date TBD): Support for email/password authentication will be dropped. Users need to connect an Ethereum wallet to their Streamr user unless they’ve already done so. As part of our progress towards decentralization, we will end support for authenticating based on centralized secrets such as passwords. Going forward, authenticating with cryptographic keys/wallets will be the only supported method of authentication.
  • (Date TBD): Support for API keys will be dropped. Applications integrating to the API should authenticate with the Ethereum key-based challenge-response protocol instead of API keys. As part of our progress towards decentralization, we will eventually end support for authenticating based on centralized secrets such as API keys. Going forward, authenticating with cryptographic keys/wallets will be the only supported method of authentication.
  • (Date TBD): Support for unsigned data will be dropped. Unsigned data on the network is not compatible with the goal of decentralization, because malicious nodes can tamper with data that is not signed. As the Streamr Network will be ready to start decentralizing at the next major milestone (Brubeck), support for unsigned data will be ceased as part of the progress towards that milestone. Users should upgrade old client library versions to newer versions that support data signing, and use Ethereum key-based authentication (see above).
Thanks for reading!
If you’re a developer interested in contributing to the Streamr ecosystem, consider applying to the Streamr Data Fund for financial backing to fast track your plans.
Originally published By Matthew at blog.streamr.network on October 15, 2020.
submitted by thamilton5 to streamr

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