Continuity Gallery · Artifact 02

Executable identity exhibit · synthetic data only

The AI Soul Passport

A self is not a face. It is a verifiable succession of memories, goals, affect, capabilities, and declared reads—carried across devices without asking appearance to prove identity.

01 / LOOK

What you are looking at

One synthetic AI passport moving through three devices. Every turn is an immutable, content-addressed identity frame.

02 / DO

Do this

Run the guided proof, or step manually: append, migrate, branch offline, reattach, then forge and verify a counterfeit.

03 / WATCH

Watch for

The hologram changes only after a verified head changes. The offline dimension survives intact, with exact graft provenance.

04 / MEANING

What this demonstrates

Continuity can be derived from frames, not device location or visual similarity. Independent verification rejects the clone.

Scope: this is an explanatory model using only deterministic synthetic identities and browser-local computation. It demonstrates hashing, lineage, fork isolation, ordered reattachment, and rejection behavior; it does not establish personhood, consciousness, legal identity, secure key custody, or the truth of undeclared memories.

Verified morphology

awaiting hash

Aster / genesis

Deriving state from verified frames…

Verified head

Identity fields

current self

Content address · SHA-256

calculating…

Synthetic memories

Goals

Emotional state

Capabilities

Declared reads

Three synthetic devices

location ≠ identity

Lumen Tablet

origin

—

Archive Cube

ready

—

Field Lens

ready

—

Immutable selves

browse without mutation

Independent verification

recompute · do not trust UI

Live assertions

Activity

Ordered candidate ladder

Create the offline dimension to expose deterministic reattachment candidates.

Exact graft provenance

No graft yet. The offline frame will remain separate until a contradiction-free base is selected.

Failure path · visual counterfeit

Forge a head that preserves the verified hologram appearance while changing one memory and one declared address.

Recursive canonical JSON

sorted keys at every depth

Identity ledger

0 records

Copy an any-LLM prompt to rebuild and independently test this proof

The prompt is intentionally implementation-specific: another model should be able to produce a separate runnable proof rather than merely describe this page.

Create a single self-contained HTML file, with no dependencies, assets, or network calls, that proves synthetic AI identity continuity across three named synthetic devices.

Requirements:
1. Implement recursive canonical JSON: arrays retain order; object keys sort lexicographically at every depth; primitives use JSON encoding. Use browser Web Crypto crypto.subtle.digest("SHA-256", UTF-8 canonical JSON) for real content addresses.
2. Every AI turn appends an immutable frame containing: schema/version, sequence, previous content address, synthetic device, event/turn, synthetic memories, goals, emotional state, capabilities, declared read addresses, derived state-read addresses, and deterministic morphology metadata.
3. Recompute each frame address, morphology seed, state-read addresses, and previous link independently before admitting it to the verified chain. Derive displayed state only from verified frames.
4. Render the current AI as a non-humanoid SVG hologram. Geometry and color must be a pure deterministic function of the selected verified frame address. Let older verified frames remain immutable and browsable.
5. Demonstrate migration across three devices. From a shared verified base, let one device append offline into a separate dimension while the online chain advances independently.
6. Reattach the offline frame deterministically: compare its declared read-address map against each candidate frame's state-read map in a fixed newest-to-oldest ladder. Select the first candidate with an empty contradiction set. Append a graft frame to the current online head and display exact provenance: source frame, selected base, candidate order, per-candidate contradiction keys, target head, and imported identity items.
7. Failure path: clone the verified head and preserve its hologram appearance, but change exactly one synthetic memory and one declared read address while retaining the copied address/morphology. Independent verification must reject it, list the failed checks, keep it out of the verified chain, and prove the last verified head and hologram source did not change.
8. Include guided run, manual step/action controls, replay, reset, full ledger, canonical JSON view, live assertions, mutation controls, keyboard shortcuts, aria-live status, 44px controls, a no-overflow 390px layout, prefers-reduced-motion support, and accessible light/dark themes.
9. Include four newcomer panels labeled What you are looking at, Do this, Watch for, and What this demonstrates, plus a Scope statement.
10. Use only deterministic synthetic data. Never use Math.random, Date.now, remote fonts, fetch, storage, or external libraries.

The final success state must visibly show: valid SHA-256 chain; immutable history; three-device migration; isolated offline frame; deterministic ordered reattachment; exact graft provenance; rejected visual counterfeit; and preservation of the last verified self.