Protocol

With IPv6 traffic hitting 50.10%, the IPv8 proposal is an architectural dead end. We must optimize existing stacks, not chase vaporware.

Jamie Thain's IPv8 promises 3 billion addresses per ASN, but zero working implementations exist on off-the-shelf hardware today.

With IPv6 growth at just 5%, I explain why IPv8's telemetry claims don't yet justify leaving our stable IPv4 infrastructure behind.

IPv8 routing requires 192 cores to handle packet rates. Learn why this control-plane indirection adds latency instead of solving scarcity.

Thain's IPv8 draft merges 8 functions into one Zone Server, creating a single point of failure that ignores how 50.10% of users now access IPv6.

Global internet hit 74% penetration. Adding IPv8 now means replacing billions in legacy hardware that vendors abandoned years ago.

APNIC tests reveal a 40% failure rate in glueless DNS. We must pause before codifying fragile IPv6-only dependencies into binding RFCs.

Discover why 1994 IETF mandates created IPv6 complexity. Learn why dual-stack remains vital as we approach 2026 infrastructure trends.

The 1994 Toronto decision rejected simple expansion, forcing dual stacks that double memory use and operational costs for networks today.

A single code change on Jan 8, 2026, broke DNS because 40-year-old RFC ambiguity let clients assume a record order that never existed.