wiki/projects/consent-intent-compression-protocol/implementation-and-access/pairing-and-field-access/field-pairing-and-consent-loop

Field Pairing and Consent Loop

wiki/projects/consent-intent-compression-protocol/implementation-and-access/pairing-and-field-access/field-pairing-and-consent-loop/index.md

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Field Pairing and Consent Loop

Parent lineage: Consent–Intent Compression Protocol (CICP) / Implementation and Access / Pairing and Field Access

This page isolates the handshake side of the access layer: field echo, pairing, and the consent-loop overview that makes trust entry operational.

It is the access-entry seam of the pairing branch. The documents here describe how a participant or device enters the field and how the consent loop is made legible before infrastructure takes over.

Current Shape

  • 2 pairing documents.

Representative Files

Working Read

This branch covers the pairing handshake and consent-loop entry itself. It is the part of the implementation rail where access becomes possible before deployment logic or broader field infrastructure are introduced.

The field echo document and the two-way TOTP overview belong together because both describe the trust-entry motion. They define the consent loop as an operational handshake rather than as a purely conceptual model.

Core Claim

Presence is not enough by itself. A pairing only becomes meaningful when presence is converted into a consented, time-bound loop that both parties can verify. Field entry therefore depends on a shared recognition step, not merely on showing up.

Mechanisms

  • Presence can be proven through NFC, BLE, TOTP, passphrase, or ritual key.
  • A loop token can be issued for a short validity window.
  • The token can authorize a symbolic message, reaction, or validation path.
  • The loop can expire automatically and require re-entry.

Terminology

  • Field echo: a symbolic response that acknowledges successful presence and alignment.
  • Loop presence: the state of being inside a trust loop long enough to be granted a temporary access path.
  • Symbolic payload: the message, glyph, or marker carried through the field.
  • Re-looping: the need to re-establish the handshake when the token expires.

Implications

This page is the smallest practical proof that CICP can move from language into operation. It shows that the protocol is not trying to replace public platforms or physical sites; it is trying to add a consented presence layer on top of them.

Open Questions

  • Which presence proofs should be required in which contexts?
  • What is the minimum token duration that still respects the use case?
  • When does field echo become a separate product surface instead of a protocol example?

Related Links

Next Actions

  1. Keep the handshake seam stable.
  2. Split again only if a distinct pairing sub-branch appears.