wiki/projects/consent-intent-compression-protocol/implementation-and-access

Implementation and Access

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

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Implementation and Access

Parent lineage: Consent–Intent Compression Protocol (CICP)

This cluster covers the implementation surface: pairing, access control, decryption, and physical token initialization.

It is the execution rail of CICP. The documents here move from trust entry into cryptographic handling and then into device-facing initialization.

Current Shape

  • 7 implementation and access documents.
  • 3 nested lineage pages organize those documents.
  • 4 deeper child pages now extend the pairing and key branches.

Nested Lineage Pages

Representative Files

Working Read

This branch now separates into pairing and field access, key derivation and decryption, and ritual token initialization. The split follows the implementation flow from public-facing trust entry through cryptographic handling to physical token setup.

This is the execution surface of CICP. It turns the protocol vocabulary into something operational: how a participant pairs, how secrets are derived and protected, and how a ritual or physical token can initialize the access path. The page therefore captures the movement from abstract protocol language into applied systems behavior.

The three subpages form a clean implementation pipeline, and the pairing and key branches now deepen one level further. That keeps the cluster readable as a flow rather than as a disconnected list of topics while still letting the handshake, field deployment, key hierarchy, and selective decryption seams stand on their own. The public LOOPtLOOP surface is the live machine-readable reference for the access model's witness-and-provenance edge, so this rail should keep that concept visible alongside the implementation details.

Core Claim

The implementation rail claims that consent systems need an operational entry path, not just a philosophy. If the protocol is real, it needs a way to say who is paired, what the access boundary is, how identity keys are derived, how disclosure is limited over time, and how a physical token or device starts the whole process.

Mechanisms

  • Field Echo Protocol turns presence into a temporary trust grant.
  • LOOPtLOOP treats two-way TOTP pairing as a symmetric consent loop.
  • Field infrastructure applications extend pairing into real-world anchors, caches, and charms.
  • Hierarchical key derivation creates deterministic identity structure for loops and sessions.
  • Selective decryption uses the hierarchy to reveal only the right temporal slice.
  • Ritual token initialization translates the access model into a physical device handshake.

Dependencies

  • Depends on the protocol foundations for loop semantics and trust vocabulary.
  • Depends on the training rail for a human-readable explanation of why the execution model exists.
  • Depends on physical or symbolic devices when a loop should be embodied rather than merely described.

Open Questions

  • When should a pairing pattern become its own branch instead of remaining a document family?
  • Where is the boundary between an implementation model and a productization story?
  • How much of the access layer should be modeled as cryptography versus social protocol?
  • Which pieces are essential to deployment, and which are merely illustrative?

Related Concepts

Related Links

Next Actions

  1. Keep the three nested lineage pages stable.
  2. Keep the new deeper pairing and key pages stable unless a sharper seam appears.
  3. Split the ritual token branch only if another durable hardware-initiation layer appears.