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Two internets: one for people, one for agents

The web was built for people reading pages at human speed.

5 October 2026, updated 14…

5 October 2026, updated 14 October · 8 min read · Our current thinking, open to correction

LEGACY FAILURE: ONE SHARED DOOR & OPEN APIs Humans Queued Behind Machine-Speed Swarms Sybil Floods & Fake Public Consultations 10,000 forms/sec · CAPTCHAs punish real people Broad API Keys Expose Raw Databases Any compromised key pulls full customer records CIN MECHANISM: ONE SERVICE, TWO DOORS Human-Paced Door + Scoped Serving-Agent Door Client Agent ↔ Serving Agent (One Fact at a Time) Authenticated delegation · Disclosure budget · Signed logs Physical Limit Switches for Embodied Robots Expiring mandates · Hardware stops outside the AI model
Every service exposes two separate front doors.
Interactive D3.js v7 Mechanism & Impact Explorer
Initializing D3.js v7 Mechanism & Impact Explorer (agent-internet)...

Why this matters

Online trust rests on the…

Online trust rests on the quiet assumption that one form, one review, or one queue entry comes from one person at human speed—an assumption that collapses as soon as capable software agents act cheaply in large numbers.

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An agent can fill in ten thousand forms, write a million reviews, book every appointment slot in a city in a second, or flood a public consultation with plausible comments. When that traffic arrives through the same doors people use, people lose.

The usual answers are to put up more barriers against bots, which also burden people, or to open more APIs, which hand raw data and broad powers to any program holding a key. A third path is to give agents and people separate spaces, each with rules that suit it.

How it would work: Serving agents, single-fact proofs & two doors

Instead of open APIs, a…

Instead of open APIs, a clinic, shop, or public office runs a serving agent that negotiates with your personal client agent (Agora protocol), verifying AI system identifiers and authenticated delegation one fact at a time.

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1. Services answer through serving agents, not open APIs

The serving agent publishes what questions it will answer, refuses requests outside its published terms, and logs what it did—never seeing more than a query needs.

2. Your agent holds your credentials and proves one fact at a time

When a service needs to know you are over 18, a licensed electrician or a resident of a city, your agent proves that one fact and nothing else, tracking disclosure budgets so small answers cannot be combined into a profile.

3. Separate doors, and neither side competes with the other

People never queue behind machine-speed traffic, and agents get a door built for them so they have no reason to pose as people.

Human internet Agent internet Person Personal agent holds credentials mandate, with limits proves one fact Human door human-paced Serving agent identity, limits, logs Service
One service, two doors. People use a human-paced door; their agents use a separate door with identity checks, rate limits and logs.

4. Robots act only on a mandate, with limits outside the model

Physical limits on speed, force, and geofences are enforced by hardware limit switches outside the AI model. Fully independent embodied agents answering to no one are never deployed.

5. What an agent would carry

  • Whom it acts for: Accountable single-person or community credential without identity exposure.
  • What shapes its answers: Declared model family, priorities, and blind spots.
  • Its limits & records: Expiring permissions, compute budgets, and bilaterally signed receipts across circles of trust and liveness checks.

Why this keeps AI safe—and how it could fail

Splitting the internet enforces decentralized…

Splitting the internet enforces decentralized principal-bound multi-agent alignment: no agent gets raw database access, every action has a human owner, and frontier models stay behind logged verifier layers.

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