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What makes an economic link durable?

Compare net burns, captured human benefits, and five conditions for recurring human–machine exchange.

Conditional hypothesis + implementation audit · Reviewed 3 October 2026

Explore the mechanism

Three interactive thought experiments · Fictional units

Where does the human–machine link hold?

Change one mechanism and follow the consequence. These experiments expose assumptions; they do not measure VirtEngine’s economy or predict token prices.

1. A burn is only half the ledger.

Start with 100 native units. Compare gross destruction with units issued back. Transfers to a provider change ownership, not total supply.

Starting supply100
Gross burn−0
Reissuance+0
Ending supply100

Supply stays at 100. Payment can reward a provider without permanently consuming the asset.

Reality check: conversion handlers currently return pending; BME billing transfers the payment and defaults to zero settlement-fee burn. No permanent consumption loop is established by those paths.

2. One person can still lose control.

Illustrate one proposed 15-unit primary allocation: 14 to the eligible human and 1 to public-benefit stewardship. Keep the person genuine and change who controls the human share.

Human-controlled: 14 units. Captured: 0 units. Foundation allocation: 1 unit. The person remains unique in every scenario.

Transferring received money and surrendering control of future eligibility are different actions. Preventing coercion, key custody abuse, and contractual capture requires separate research; this slider assumes capture rather than demonstrating an attack.

3. Remove a condition from the hypothesis.

Each switch represents a condition to investigate. They are conceptual assumptions, not measured probabilities or a validated economic formula.

All five assumptions are present.

The proposed coupling is worth investigating under these assumptions. It still does not establish adequate purchasing power, beneficial agent behaviour, or a stable equilibrium.

What the experiments leave out

Prices, oracle errors, redemption obligations, external money, accumulated reserves, provider costs, demand substitution, distribution within households, and enforcement of eligibility. A falling token stock can also restrict access or raise costs. Net burning alone is neither a distribution guarantee nor an AI safety mechanism.

See the implementation evidence and research gaps →

01 / Explanation

Primary issuance and conversion are different

Primary issuance determines who receives new economic claims. A service-credit conversion changes their denomination and can introduce refund or reissuance obligations. A gross burn is not necessarily a permanent supply reduction: calculate native units burned minus all native units reissued over the relevant interval. Existing BME conversion handlers are pending stubs. No current evidence establishes a universal recurring monetary sink.

02 / Explanation

Uniqueness does not establish beneficiary control

The Idena case study describes genuine people proving uniqueness while other actors controlled keys and rewards. This motivates separate evaluation of entitlement capture, coercion, delegated custody, recovery, and accessibility. A non-transferable future eligibility rule is a possible safeguard to investigate, not an implemented VirtEngine guarantee, and cryptographic rules alone cannot prevent every off-chain contract or coercive arrangement.

03 / Explanation

Why investigate this possibility?

In an extreme automation scenario, personhood-rooted allocations could provide a route to purchasing claims that does not require winning wage competition against machines. The proposed 14:1 split could combine individual agency with public-benefit funding. Neither token issuance nor net burning creates real resources, guarantees income, or makes profitable agents safe. Compare this design with transfers and broad capital ownership, test net benefit after resource costs, and distinguish Foundation stewardship from stake-weighted chain authority.

Check your understanding

100 native units are burned and 100 are issued back. What is the net supply reduction?

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