The internet is fragmenting across cables, routing systems and governance. Most network engineers, focused on regional operations, are missing how technical infrastructure and state power are reshaping a once interoperable network.
This essay argues that Internet governance has drifted from technical coordination into unaccountable institutional power, and proposes "Running-Code Primacy" as a post-RIR framework grounded in distributed validation, interoperability, and voluntary adoption rather than registry authority.
As AI agents scale, IP reputation emerges as a hidden constraint, shaping access to external systems and degrading performance. Managing network identity, not just models, is becoming essential for reliable data collection.
Regional internet registries, once coordinators of technical scarcity, now effectively cap liability at $100 while retaining control over national numbering systems, shifting risk to states and entrenching a governance model critics argue today inverts sovereignty.
Fifteen years after IPv4 exhaustion, a transfer market has reallocated scarce address space, enabling internet growth, despite uneven registry policies, opaque fees, and lingering resistance to a system that proved more pragmatic than planned reclamation.
Regional Internet registries, built for coordination, now sit atop scarce IPv4 assets while bearing little liability, suppressing capitalization and imposing "double extraction" that weakens operators, distorts markets and threatens the stability of global internet uniqueness.
IPv4 scarcity turned regional internet registries from clerks into gatekeepers of a valuable resource. Yet liability caps remain trivial, leaving powerful institutions with little accountability and incentives for conflict and structural breakdown ahead.
As IP addresses move across borders, outdated geolocation guesses cause service failures and regulatory risks. Geofeed and Signed Geofeed replace inference with verified declarations, promising accurate, resilient and sovereign foundations for global internet infrastructure governance.
As geopolitical tensions expose the fragility of subsea cables, Low Earth Orbit satellites and the QUIC protocol promise a more resilient internet by diversifying routes, preserving session continuity, and redefining control over global data flows.
DNSSEC promised to secure DNS with cryptographic proof, yet messy rollouts, outages, and hype backlash ruined its reputation. This piece argues that storytelling and emotions shape adoption as much as specs, and that automation enables a reset.