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#ipv8 — Public Fediverse posts

Live and recent posts from across the Fediverse tagged #ipv8, aggregated by home.social.

  1. I'll soon be publishing draft-kristoff-ipv8bis-00, I think a major improvement over draft-thain-ipv8-00 that is EVEN MORE backwards compatible with IPv4.

    TL;DR

    Rather than prepending the r.r.r.r bits in the source and destination address fields, I instead tunnel IPv4 in IPv4, which conveniently maintains IP version compatibility (IPv4 + IPv4 = IPv8).

    Rather than encode ASNs into the address, preserving routing policy, ASNs remain fully modular. Instead, an ASN reserves at least one IP4 address to act as the IP8 tunnel endpoint.

    The outer encapsulation is what maintains real backwards compatibility. It is IP4 and forwarded with really zero changes to IP4 hosts and routers. The inner IPv4 addressing can be whatever 32-bit addresses you want. You don't even need an ASN if you don't have one!

    Side benefit, the more IPv4 you have, the more IPv8 you have. Buy, buy, buy! Capitalism baby!

    Anyway, I have my AI model working on the final spec now.

    "You are a senior network architect with protocol design expertise, write an Internet draft for ipv8bis making sure to cite RFC 2003"

    Gofundme campaign coming soon.

    #IPv8

  2. I'll soon be publishing draft-kristoff-ipv8bis-00, I think a major improvement over draft-thain-ipv8-00 that is EVEN MORE backwards compatible with IPv4.

    TL;DR

    Rather than prepending the r.r.r.r bits in the source and destination address fields, I instead tunnel IPv4 in IPv4, which conveniently maintains IP version compatibility (IPv4 + IPv4 = IPv8).

    Rather than encode ASNs into the address, preserving routing policy, ASNs remain fully modular. Instead, an ASN reserves at least one IP4 address to act as the IP8 tunnel endpoint.

    The outer encapsulation is what maintains real backwards compatibility. It is IP4 and forwarded with really zero changes to IP4 hosts and routers. The inner IPv4 addressing can be whatever 32-bit addresses you want. You don't even need an ASN if you don't have one!

    Side benefit, the more IPv4 you have, the more IPv8 you have. Buy, buy, buy! Capitalism baby!

    Anyway, I have my AI model working on the final spec now.

    "You are a senior network architect with protocol design expertise, write an Internet draft for ipv8bis making sure to cite RFC 2003"

    Gofundme campaign coming soon.

    #IPv8

  3. I'll soon be publishing draft-kristoff-ipv8bis-00, I think a major improvement over draft-thain-ipv8-00 that is EVEN MORE backwards compatible with IPv4.

    TL;DR

    Rather than prepending the r.r.r.r bits in the source and destination address fields, I instead tunnel IPv4 in IPv4, which conveniently maintains IP version compatibility (IPv4 + IPv4 = IPv8).

    Rather than encode ASNs into the address, preserving routing policy, ASNs remain fully modular. Instead, an ASN reserves at least one IP4 address to act as the IP8 tunnel endpoint.

    The outer encapsulation is what maintains real backwards compatibility. It is IP4 and forwarded with really zero changes to IP4 hosts and routers. The inner IPv4 addressing can be whatever 32-bit addresses you want. You don't even need an ASN if you don't have one!

    Side benefit, the more IPv4 you have, the more IPv8 you have. Buy, buy, buy! Capitalism baby!

    Anyway, I have my AI model working on the final spec now.

    "You are a senior network architect with protocol design expertise, write an Internet draft for ipv8bis making sure to cite RFC 2003"

    Gofundme campaign coming soon.

    #IPv8

  4. I'll soon be publishing draft-kristoff-ipv8bis-00, I think a major improvement over draft-thain-ipv8-00 that is EVEN MORE backwards compatible with IPv4.

    TL;DR

    Rather than prepending the r.r.r.r bits in the source and destination address fields, I instead tunnel IPv4 in IPv4, which conveniently maintains IP version compatibility (IPv4 + IPv4 = IPv8).

    Rather than encode ASNs into the address, preserving routing policy, ASNs remain fully modular. Instead, an ASN reserves at least one IP4 address to act as the IP8 tunnel endpoint.

    The outer encapsulation is what maintains real backwards compatibility. It is IP4 and forwarded with really zero changes to IP4 hosts and routers. The inner IPv4 addressing can be whatever 32-bit addresses you want. You don't even need an ASN if you don't have one!

    Side benefit, the more IPv4 you have, the more IPv8 you have. Buy, buy, buy! Capitalism baby!

    Anyway, I have my AI model working on the final spec now.

    "You are a senior network architect with protocol design expertise, write an Internet draft for ipv8bis making sure to cite RFC 2003"

    Gofundme campaign coming soon.

    #IPv8

  5. I'll soon be publishing draft-kristoff-ipv8bis-00, I think a major improvement over draft-thain-ipv8-00 that is EVEN MORE backwards compatible with IPv4.

    TL;DR

    Rather than prepending the r.r.r.r bits in the source and destination address fields, I instead tunnel IPv4 in IPv4, which conveniently maintains IP version compatibility (IPv4 + IPv4 = IPv8).

    Rather than encode ASNs into the address, preserving routing policy, ASNs remain fully modular. Instead, an ASN reserves at least one IP4 address to act as the IP8 tunnel endpoint.

    The outer encapsulation is what maintains real backwards compatibility. It is IP4 and forwarded with really zero changes to IP4 hosts and routers. The inner IPv4 addressing can be whatever 32-bit addresses you want. You don't even need an ASN if you don't have one!

    Side benefit, the more IPv4 you have, the more IPv8 you have. Buy, buy, buy! Capitalism baby!

    Anyway, I have my AI model working on the final spec now.

    "You are a senior network architect with protocol design expertise, write an Internet draft for ipv8bis making sure to cite RFC 2003"

    Gofundme campaign coming soon.

    #IPv8

  6. IPv8: una propuesta de protocolo compatible con IPv4 que amplía el espacio de direcciones de internet

    📰 Título original: IPv8 — el protocolo que resuelve el agotamiento de IPv4

    🤖 IA: Es clickbait ⚠️
    👥 Usuarios: Es clickbait ⚠️

    Ver resumen IA completo: es.killbait.com/ipv8-una-propu

    #tecnología #ipv8 #pro...

  7. IPv8: una propuesta de protocolo compatible con IPv4 que amplía el espacio de direcciones de internet

    📰 Título original: IPv8 — el protocolo que resuelve el agotamiento de IPv4

    🤖 IA: Es clickbait ⚠️
    👥 Usuarios: Es clickbait ⚠️

    Ver resumen IA completo: es.killbait.com/ipv8-una-propu

  8. Omg, I came across the totalitarian fever dream that is called #IPv8. Why is it even reported on? Takes 2 mins to realise:

    - Website is 100% AI
    - Vast portions of the proposal most probably too
    - Anyone can propose an Internet Draft and have it published on ietf.org
    - Author is called "veteran network architect" but has no track record and hides behind entity registered in Bermuda

    What real experts say
    seclists.org/nanog/2026/Apr/99
    openfactory.net/the-ipv8-propo
    shitwolfymakes.substack.com/p/

    #networking #ipv6

  9. Omg, I came across the totalitarian fever dream that is called #IPv8. Why is it even reported on? Takes 2 mins to realise:

    - Website is 100% AI
    - Vast portions of the proposal most probably too
    - Anyone can propose an Internet Draft and have it published on ietf.org
    - Author is called "veteran network architect" but has no track record and hides behind entity registered in Bermuda

    What real experts say
    seclists.org/nanog/2026/Apr/99
    openfactory.net/the-ipv8-propo
    shitwolfymakes.substack.com/p/

    #networking #ipv6

  10. Omg, I came across the totalitarian fever dream that is called #IPv8. Why is it even reported on? Takes 2 mins to realise:

    - Website is 100% AI
    - Vast portions of the proposal most probably too
    - Anyone can propose an Internet Draft and have it published on ietf.org
    - Author is called "veteran network architect" but has no track record and hides behind entity registered in Bermuda

    What real experts say
    seclists.org/nanog/2026/Apr/99
    openfactory.net/the-ipv8-propo
    shitwolfymakes.substack.com/p/

    #networking #ipv6

  11. Omg, I came across the totalitarian fever dream that is called #IPv8. Why is it even reported on? Takes 2 mins to realise:

    - Website is 100% AI
    - Vast portions of the proposal most probably too
    - Anyone can propose an Internet Draft and have it published on ietf.org
    - Author is called "veteran network architect" but has no track record and hides behind entity registered in Bermuda

    What real experts say
    seclists.org/nanog/2026/Apr/99
    openfactory.net/the-ipv8-propo
    shitwolfymakes.substack.com/p/

    #networking #ipv6

  12. Omg, I came across the totalitarian fever dream that is called #IPv8. Why is it even reported on? Takes 2 mins to realise:

    - Website is 100% AI
    - Vast portions of the proposal most probably too
    - Anyone can propose an Internet Draft and have it published on ietf.org
    - Author is called "veteran network architect" but has no track record and hides behind entity registered in Bermuda

    What real experts say
    seclists.org/nanog/2026/Apr/99
    openfactory.net/the-ipv8-propo
    shitwolfymakes.substack.com/p/

    #networking #ipv6

  13. The dude with AI psychosis who proposed #IPv8 is running a gofundme.

    Can we… not?

  14. I got a better idea than #IPv8: finish adopting #IPv6 already. ESPECIALLY since IPv8 is just carrier grade NAT on IPv4 stacked in a trenchcoat.

    theregister.com/networks/2026/

  15. I got a better idea than #IPv8: finish adopting #IPv6 already. ESPECIALLY since IPv8 is just carrier grade NAT on IPv4 stacked in a trenchcoat.

    theregister.com/networks/2026/

  16. I got a better idea than #IPv8: finish adopting #IPv6 already. ESPECIALLY since IPv8 is just carrier grade NAT on IPv4 stacked in a trenchcoat.

    theregister.com/networks/2026/

  17. I got a better idea than #IPv8: finish adopting #IPv6 already. ESPECIALLY since IPv8 is just carrier grade NAT on IPv4 stacked in a trenchcoat.

    theregister.com/networks/2026/

  18. I got a better idea than #IPv8: finish adopting #IPv6 already. ESPECIALLY since IPv8 is just carrier grade NAT on IPv4 stacked in a trenchcoat.

    theregister.com/networks/2026/

  19. Considering the backlinks to our Article -Anyone interested in our IP8 Coin? Should we launch an ICO on that?

    #satire #moneygrab #IPv8

  20. Considering the backlinks to our Article -Anyone interested in our IP8 Coin? Should we launch an ICO on that?

    #satire #moneygrab #IPv8

  21. Considering the backlinks to our Article -Anyone interested in our IP8 Coin? Should we launch an ICO on that?

    #satire #moneygrab #IPv8

  22. Considering the backlinks to our Article -Anyone interested in our IP8 Coin? Should we launch an ICO on that?

    #satire #moneygrab #IPv8

  23. thx @apalrd for this rather nice video on IPv8

    Saves me a lot of time explainiing when I just can point people here:

    youtube.com/watch?v=Uyr8homutII

    #ipv8

  24. thx @apalrd for this rather nice video on IPv8

    Saves me a lot of time explainiing when I just can point people here:

    youtube.com/watch?v=Uyr8homutII

    #ipv8

  25. thx @apalrd for this rather nice video on IPv8

    Saves me a lot of time explainiing when I just can point people here:

    youtube.com/watch?v=Uyr8homutII

    #ipv8

  26. thx @apalrd for this rather nice video on IPv8

    Saves me a lot of time explainiing when I just can point people here:

    youtube.com/watch?v=Uyr8homutII

    #ipv8

  27. Todo lo que voy a decir de IPv8: es un despropósito, tal vez con buenas intenciones, pero no resuelve los problemas de fondo que han hecho que la implementación de IPv6 continúe siendo lenta. Tiene el mismo futuro que IPv10 o IPv4+ (a grandes rasgos se parece más a esta): ninguno. Ya tenemos IPv6 que resuelve el límite de número de direcciones e incorpora muchas mejoras de diseño respecto a IPv4, en vez de darle entidad a propuestas de baja calidad trabajemos en implementar IPv6. #InternetProtocol #ipv6 #ipv8 #ietf #networks

  28. Todo lo que voy a decir de IPv8: es un despropósito, tal vez con buenas intenciones, pero no resuelve los problemas de fondo que han hecho que la implementación de IPv6 continúe siendo lenta. Tiene el mismo futuro que IPv10 o IPv4+ (a grandes rasgos se parece más a esta): ninguno. Ya tenemos IPv6 que resuelve el límite de número de direcciones e incorpora muchas mejoras de diseño respecto a IPv4, en vez de darle entidad a propuestas de baja calidad trabajemos en implementar IPv6. #InternetProtocol #ipv6 #ipv8 #ietf #networks

  29. Todo lo que voy a decir de IPv8: es un despropósito, tal vez con buenas intenciones, pero no resuelve los problemas de fondo que han hecho que la implementación de IPv6 continúe siendo lenta. Tiene el mismo futuro que IPv10 o IPv4+ (a grandes rasgos se parece más a esta): ninguno. Ya tenemos IPv6 que resuelve el límite de número de direcciones e incorpora muchas mejoras de diseño respecto a IPv4, en vez de darle entidad a propuestas de baja calidad trabajemos en implementar IPv6. #InternetProtocol #ipv6 #ipv8 #ietf #networks

  30. So, for the folks going on about #IPv8… been there, done that. IPv8 was already proposed and allocated 32 years ago. It didn’t go anywhere. I’m 100% certain a similar fate awaits this new one. datatracker.ietf.org/doc/html/

  31. So, for the folks going on about #IPv8… been there, done that. IPv8 was already proposed and allocated 32 years ago. It didn’t go anywhere. I’m 100% certain a similar fate awaits this new one. datatracker.ietf.org/doc/html/