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Scene 1 of 2 · Production Reality
runtime · standby
Tokenize the World · Live Infrastructure

A $50M restricted treasury transfer is being approved by an autonomous compliance system.
Fifteen years from now, the issuers, custodians, chains, and AI operators involved in this decision may no longer exist.
The asset must still prove why it existed and on whose authority.

Related · tier-1 reading. For what a portable artifact actually is, see Portable Artifact.

All institutional state collapses into one permanent replayable fact. The same primitive survives chain migration, asset-class expansion, AI-policy evolution, and institutional turnover — without redesigning the verification model. One click. Two scenes.

caseACME-XFR-2026-00042
runtimeh33-substrate v1.1
verifierh33-replay-verify v0.4.0
one button · ~90 seconds · carries through both scenes
Live institutional state idle
Authority graph · institutional nervous system
scope: approve_transfer:acme.treasury
Delegator
Carol (approver)
authority · pending
Subject
Agent ZERO · Acme Treasury Compliance
Live timeline · bundle entries
Canonical preservation idle
— events — actions, 5 FHE gates each — authority transitions — total bytes on disk
Canonical commitment · SHA3-256 of bundle bytes
awaiting observation
size32 bytes
compressionnone
algorithmSHA3-256
post-quantumattested
Same 32 bytes. Any chain. No redesign.
Every policy decision, authority state, encrypted evaluation, and signature you just watched — collapses into one 32-byte canonical fact. Not compressed. Fully post-quantum attested. The primitive is identical for a $50M restricted token, a sovereign bond, or a 200-page prospectus.
The primitive never grows with institutional complexity. It remains 32 bytes whether the system processes one tokenized treasury note or one hundred million institutional assets across every chain on earth. Verification scales constantly. Institutional infrastructure usually does not.
Survivability across decades idle
asset state · canonical commitment
ML-DSA-65 lattice · module-LWE 3293 B · FIPS 204 awaiting
FALCON-512 NTRU · SIS 666 B · NIST L1 awaiting
SLH-DSA-128f hash-only · SHA2 17 088 B · FIPS 205 awaiting
Three independent failure domains attach to the same 32 bytes. Lattice, NTRU/SIS, and hash-only — break any two and the third still holds. Asset size: irrelevant. A 32-byte fact and a 200-page bond prospectus are sealed identically — no per-asset cryptographic redesign.
Institutional continuity should not depend on one cryptographic assumption surviving the next 20 years. Three families means three independent twenty-year bets — and an asset that outlives any one of them.
Enforcement without plaintext idle
What the agent saw
ciphertext c0
ciphertext c1
policy hash
gate bits5 / 5 pass · 5-bit leakage
scopeapprove_transfer:acme.treasury
What the agent never saw
beneficial ownerwithheld
KYC documentswithheld
asset NAVwithheld
restriction listwithheld
counterparty PIIwithheld
The agent enforced policy without surrendering plaintext institutional state.
Replayable legitimacy
Every encrypted gate, every authority transition, every state binding — reconstructable, by anyone, without trusting us. The verifier runs in your browser. We are not in the room.

H33 Products · Tokenize

What this product is

Tokenize is a product that runs a governed tokenized-asset transfer — the $50M treasury transfer you just watched — where an autonomous compliance agent enforces policy on encrypted institutional state, delegated approval authority is preserved, and the entire session collapses into one portable, replayable canonical fact. It owns the tokenized-transfer workflow, the institutional-continuity outcome, and the operational experience. It does not own, redefine, or reimplement the cryptography, evidence, governance, authority, or verification it relies on; it composes them.

The product boundary. Tokenize owns the tokenized-transfer workflow and outcome. It uses H33 mechanisms for evidence, verification, governance, authority, and privacy; it does not redefine or own those mechanisms.

USES FHE

Fully homomorphic encryption lets the compliance agent evaluate the five policy gates on ciphertext — it never decrypts beneficial owner, KYC, NAV, or counterparty PII. The product consumes encrypted processing; it does not define it.

USES H33-74

H33-74 supplies the portable post-quantum attestation; the session collapses to a 32-byte canonical commitment anchorable on any chain. The product commits the fact; it does not produce the attestation primitive.

USES Verification

Verification lets anyone deterministically reconstruct the whole session in-browser, with H33 not in the room. The product surfaces the replay; the verifying is owned elsewhere.

GOVERNED_BY Agent-008

Agent-008 governs the autonomous compliance agent (Agent ZERO) acting on the transfer, preserving authority and preventing drift. The product is governed by it; it does not perform governance.

USES Authority Center

The authority graph — who may approve the transfer, delegation from Carol to the agent, and authority transitions on the approve_transfer scope — is Authority Center's attested delegated authority. The product consumes those decisions; it does not define who holds authority.

Replaceability test

If Tokenize anchored somewhere other than Bitcoin, or swapped FHE for another confidential-computing technology, it would still be Tokenize. The tokenized-transfer workflow and continuity outcome are what it owns. Mechanisms are chosen, not owned.

The "$50M treasury transfer" and case ACME-XFR-2026-00042 are an illustrative scenario shown to demonstrate the primitive, not a real customer transaction. The session, verifier, and canonical commitment are real and reconstructable in-browser.

When to use it

Use Tokenize when you run a governed institutional asset transfer — treasury movement, restricted-token issuance, sovereign bond — that must enforce policy on encrypted state, preserve delegated approval authority, and produce a portable fact that outlives the vendor and reconstructs cryptographically.

When NOT to use it — use a neighbor instead

For issuing tokens for real-world assets with policy enforced before issuance (funds, cross-border offerings, secondary trading), use Tokenization instead. To evaluate a mechanism itself, read FHE, H33-74, Verification, or Authority Center.

If you want the developer surface

To wire governed transfers into your own systems, use the Cryptographic APIs. This product is the workflow and outcome; the APIs are the building blocks.

Frequently asked questions

Tokenize, and how the product composes H33 mechanisms.

What is H33 Tokenize?

A product that runs a governed tokenized-asset transfer where an autonomous compliance agent enforces policy on encrypted institutional state, delegated approval authority is preserved, and the whole session collapses into one portable, replayable canonical fact. It owns the tokenized-transfer workflow and outcome; it uses H33 mechanisms for privacy, evidence, verification, governance, and authority rather than reimplementing them.

Which H33 mechanisms does it use?

It USES FHE so the agent evaluates policy on ciphertext, USES H33-74 to commit a 32-byte portable post-quantum fact, and USES Verification for deterministic in-browser reconstruction. The compliance agent is GOVERNED_BY Agent-008, and delegated approval authority on the transfer scope is Authority Center's attested authority. The product composes these; it does not own or redefine them.

Would it still be the same product if one mechanism were replaced?

Yes. If Tokenize anchored somewhere other than Bitcoin, or swapped FHE for another confidential-computing technology, it would still be Tokenize. The tokenized-transfer workflow and continuity outcome are what it owns. Mechanisms are chosen, not owned.

When should I use this versus another product?

Use it for a governed institutional asset transfer with delegated approval and portable, replayable evidence. For issuing tokens for real-world assets with policy enforced before issuance, use Tokenization instead. To evaluate a mechanism directly, read the FHE, H33-74, Verification, or Authority Center hubs.