#ipv6 — Public Fediverse posts
Live and recent posts from across the Fediverse tagged #ipv6, aggregated by home.social.
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@lamp.bsky.social
Roaming?Typically the Apple Profile is incorrect.
#ipv6 -
@lamp.bsky.social
Roaming?Typically the Apple Profile is incorrect.
#ipv6 -
@lamp.bsky.social
Roaming?Typically the Apple Profile is incorrect.
#ipv6 -
why does #ipv6 fail to work? this time it's not windows or android or mikrotik, it's ios and t-mobile and sagencomm.
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why does #ipv6 fail to work? this time it's not windows or android or mikrotik, it's ios and t-mobile and sagencomm.
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why does #ipv6 fail to work? this time it's not windows or android or mikrotik, it's ios and t-mobile and sagencomm.
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No, that's not how networking works. #ipv6 #networking
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No, that's not how networking works. #ipv6 #networking
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No, that's not how networking works. #ipv6 #networking
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No, that's not how networking works. #ipv6 #networking
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No, that's not how networking works. #ipv6 #networking
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Interessant das mein Post gar nicht ankam:
https://ipv6.camp/@goetz/116639477303284429 -
Interessant das mein Post gar nicht ankam:
https://ipv6.camp/@goetz/116639477303284429 -
Interessant das mein Post gar nicht ankam:
https://ipv6.camp/@goetz/116639477303284429 -
Interessant das mein Post gar nicht ankam:
https://ipv6.camp/@goetz/116639477303284429 -
Mrkněte! Letos tam budou docela zajímavé příspěvky. https://denipv6.cz/cs/ #IPv6, #networking, #sysadmin
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DynIP – Dynamic DNS with RFC 2136, IPv6, DNSSEC, and BYOD
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DynIP – Dynamic DNS with RFC 2136, IPv6, DNSSEC, and BYOD
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DynIP – Dynamic DNS with RFC 2136, IPv6, DNSSEC, and BYOD
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DynIP – Dynamic DNS with RFC 2136, IPv6, DNSSEC, and BYOD
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DynIP – Dynamic DNS with RFC 2136, IPv6, DNSSEC, and BYOD
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@ataudte
This is a really good and helpful article. -
@ataudte
This is a really good and helpful article. -
@ataudte
This is a really good and helpful article. -
If I understand #SCTP multihoming correctly, in a multi-WAN scenario, it would likely suck on #LegacyIP because internal hosts usually don't have a NAT44 address routed through each ISP.
But on #IPv6, multiple addresses is the norm and I think an RA could advertise every ISP's IPv6 prefix, allowing hosts to be aware of their public IPs, thus do sensible SCTP multihoming.
That sounds awesome! What am I missing, besides application support for SCTP?
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If I understand #SCTP multihoming correctly, in a multi-WAN scenario, it would likely suck on #LegacyIP because internal hosts usually don't have a NAT44 address routed through each ISP.
But on #IPv6, multiple addresses is the norm and I think an RA could advertise every ISP's IPv6 prefix, allowing hosts to be aware of their public IPs, thus do sensible SCTP multihoming.
That sounds awesome! What am I missing, besides application support for SCTP?
-
If I understand #SCTP multihoming correctly, in a multi-WAN scenario, it would likely suck on #LegacyIP because internal hosts usually don't have a NAT44 address routed through each ISP.
But on #IPv6, multiple addresses is the norm and I think an RA could advertise every ISP's IPv6 prefix, allowing hosts to be aware of their public IPs, thus do sensible SCTP multihoming.
That sounds awesome! What am I missing, besides application support for SCTP?
-
If I understand #SCTP multihoming correctly, in a multi-WAN scenario, it would likely suck on #LegacyIP because internal hosts usually don't have a NAT44 address routed through each ISP.
But on #IPv6, multiple addresses is the norm and I think an RA could advertise every ISP's IPv6 prefix, allowing hosts to be aware of their public IPs, thus do sensible SCTP multihoming.
That sounds awesome! What am I missing, besides application support for SCTP?
-
If I understand #SCTP multihoming correctly, in a multi-WAN scenario, it would likely suck on #LegacyIP because internal hosts usually don't have a NAT44 address routed through each ISP.
But on #IPv6, multiple addresses is the norm and I think an RA could advertise every ISP's IPv6 prefix, allowing hosts to be aware of their public IPs, thus do sensible SCTP multihoming.
That sounds awesome! What am I missing, besides application support for SCTP?
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Eine neue #Episode des #Zeroday #Podcast ist #online: 0d133 – IP Leaks
Link zur Episode: https://0x0d.de/2026/05/0d133-ip-leaks/
Während Sven nichtsahnend die news gelesen hat, schlich sich ein Thema in seinen Fokus. Getrieben von der Frage “Was ist ein IP-Leak?” Begab sich Sven auf
@[email protected] (Stefan)
@zeroday (Sven)#Datenschutz #DNS #Informationssicherheit #IPLeaks #IPv2 #IPv6 #ITSecurity #ITSicherheit #privacy #Privatsphäre #WebRTC
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Eine neue #Episode des #Zeroday #Podcast ist #online: 0d133 – IP Leaks
Link zur Episode: https://0x0d.de/2026/05/0d133-ip-leaks/
Während Sven nichtsahnend die news gelesen hat, schlich sich ein Thema in seinen Fokus. Getrieben von der Frage “Was ist ein IP-Leak?” Begab sich Sven auf
@[email protected] (Stefan)
@zeroday (Sven)#Datenschutz #DNS #Informationssicherheit #IPLeaks #IPv2 #IPv6 #ITSecurity #ITSicherheit #privacy #Privatsphäre #WebRTC
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Eine neue #Episode des #Zeroday #Podcast ist #online: 0d133 – IP Leaks
Link zur Episode: https://0x0d.de/2026/05/0d133-ip-leaks/
Während Sven nichtsahnend die news gelesen hat, schlich sich ein Thema in seinen Fokus. Getrieben von der Frage “Was ist ein IP-Leak?” Begab sich Sven auf
@[email protected] (Stefan)
@zeroday (Sven)#Datenschutz #DNS #Informationssicherheit #IPLeaks #IPv2 #IPv6 #ITSecurity #ITSicherheit #privacy #Privatsphäre #WebRTC
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Eine neue #Episode des #Zeroday #Podcast ist #online: 0d133 – IP Leaks
Link zur Episode: https://0x0d.de/2026/05/0d133-ip-leaks/
Während Sven nichtsahnend die news gelesen hat, schlich sich ein Thema in seinen Fokus. Getrieben von der Frage “Was ist ein IP-Leak?” Begab sich Sven auf
@[email protected] (Stefan)
@zeroday (Sven)#Datenschutz #DNS #Informationssicherheit #IPLeaks #IPv2 #IPv6 #ITSecurity #ITSicherheit #privacy #Privatsphäre #WebRTC
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Eine neue #Episode des #Zeroday #Podcast ist #online: 0d133 – IP Leaks
Link zur Episode: https://0x0d.de/2026/05/0d133-ip-leaks/
Während Sven nichtsahnend die news gelesen hat, schlich sich ein Thema in seinen Fokus. Getrieben von der Frage “Was ist ein IP-Leak?” Begab sich Sven auf
@[email protected] (Stefan)
@zeroday (Sven)#Datenschutz #DNS #Informationssicherheit #IPLeaks #IPv2 #IPv6 #ITSecurity #ITSicherheit #privacy #Privatsphäre #WebRTC
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🚀 #Mumble [FR]BlablaLinux est maintenant en #IPv6 !
Accédez à votre serveur vocal préféré en #IPv4 ou en IPv6 natif.
🔗 Serveur : mumble.blablalinux.be
🌐 IPv6 : 2a02:a03f:b985:a100:be24:11ff:fe8b:9a6f
📢 Port : 64738
#SelfHosted #BlablaLinux #Proxmox -
🚀 #Mumble [FR]BlablaLinux est maintenant en #IPv6 !
Accédez à votre serveur vocal préféré en #IPv4 ou en IPv6 natif.
🔗 Serveur : mumble.blablalinux.be
🌐 IPv6 : 2a02:a03f:b985:a100:be24:11ff:fe8b:9a6f
📢 Port : 64738
#SelfHosted #BlablaLinux #Proxmox -
🚀 #Mumble [FR]BlablaLinux est maintenant en #IPv6 !
Accédez à votre serveur vocal préféré en #IPv4 ou en IPv6 natif.
🔗 Serveur : mumble.blablalinux.be
🌐 IPv6 : 2a02:a03f:b985:a100:be24:11ff:fe8b:9a6f
📢 Port : 64738
#SelfHosted #BlablaLinux #Proxmox
