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Related · tier-1 reading. For what a portable artifact actually is, see Portable Artifact.
H33 allows institutions to tokenize real-world assets without exposing the underlying data to the systems processing them. Investor eligibility, jurisdiction rules, sanctions checks, holding limits, and compliance can all be enforced on encrypted data — before a token is issued.
Every decision produces a fixed 32-byte on-chain + 42-byte off-chain post-quantum proof.
H33 Products · Tokenization
Tokenization is a product that lets institutions issue tokens for real-world assets while enforcing eligibility, jurisdiction, sanctions, and holding-limit policy on encrypted data before a token is ever issued — so no plaintext investor data is exposed to the systems that process it. It owns the tokenization workflow, the issuance user outcome, and the operational experience. It does not own, redefine, or reimplement the cryptography, evidence, governance, or verification it relies on; it composes them.
The product boundary. Tokenization owns the tokenization workflow and outcome. It uses H33 mechanisms for evidence, verification, governance, privacy, and monitoring; it does not redefine or own those mechanisms.
Replaceability. If Tokenization anchored somewhere other than Bitcoin — or swapped FHE for another confidential-computing technology — it would still be Tokenization. The issuance workflow and outcome are what it owns. Mechanisms are chosen, not owned.
Most tokenization systems still depend on plaintext access.
Compliance systems read investor data. Issuance systems validate eligibility. Transfer agents verify jurisdictions. Custodians process sensitive records.
The asset may be tokenized. The decision process usually is not.
H33 separates the asset, the decision, and the proof into independently verifiable layers.
Every asset is cryptographically committed at the moment it is created. Origin, metadata, timestamps, policy state, and references are sealed before processing begins.
This creates a permanent attested creation state.
Investor verification, transfer restrictions, sanctions screening, jurisdiction enforcement, and policy gates execute on encrypted data.
The system never sees:
The server has no decryption capability.
Every issuance produces a fixed-size cryptographic receipt.
Binding: asset commitment, encrypted inputs, policy version, decision outcome, issuance state.
Independently verifiable forever.
Watch one 74-byte canonical identity originate with a real-world asset, follow it through ownership transfers and a cross-chain anchoring, then replay the entire lineage from 2050 with no calls to H33.
This is what "institutional continuity" actually means in operational practice: verifiability that outlives the vendor, survives transfers, and reconstructs cryptographically — not from a database the issuer controls.
| Traditional | H33 | |
|---|---|---|
| Data access | Systems read sensitive data | Systems never see plaintext |
| Compliance model | Depends on trust | Compliance becomes provable |
| Enforcement timing | Rules enforced after issuance | Rules enforced before issuance |
| Audit trail | Logs and manual records | Cryptographic attestation |
| Data exposure | Exposure minimized but present | Exposure removed |
| Verification | Trust the issuer | Verify independently |
Issue tokenized fund interests without exposing investor accreditation data, financial qualifications, or identity documents to the issuance platform.
Enforce jurisdiction-specific rules across multiple regulatory regimes without sharing investor nationality, residency, or tax status with counterparties.
Transfer tokens between qualified investors with real-time eligibility verification — without re-sharing KYC packages between buyer and seller platforms.
Custodians verify compliance state without accessing the underlying investor data. Proof replaces plaintext. Custody becomes verifiable, not trust-based.
Three independent mathematical hardness assumptions protect every decision. The proof is portable, fixed-size, and chain-agnostic. No vendor dependency for verification.
Use Tokenization when you issue tokens for real-world assets — fund interests, cross-border offerings, secondary trades, custody — and you need eligibility, jurisdiction, sanctions, and holding-limit rules enforced on encrypted data before issuance, with a portable proof attached to every asset. Status is honest: encrypted policy decisions, H33-74 issuance receipts, and chain-agnostic anchoring are the deployable pieces demonstrable in the Proof Lab; the 4.1ms decision time and "0 fields exposed" figures are illustrative of the architecture, reproducible on /benchmarks/, not per-customer measurements.
For a treasury-transfer or wire-approval workflow with delegated authority, use Tokenize instead. To evaluate a mechanism itself rather than the product, read FHE for encrypted processing, H33-74 for the portable attestation primitive, or Verification for the proof layer.
To wire tokenized-asset issuance into your own systems, use the Cryptographic APIs. This product is the workflow and outcome; the APIs are the building blocks.
Tokenization, and how the product composes H33 mechanisms.
A product that lets institutions issue tokens for real-world assets while enforcing eligibility, jurisdiction, sanctions, and holding-limit policy on encrypted data before issuance, so no plaintext investor data is exposed. It owns the tokenization workflow and outcome; it uses H33 mechanisms for privacy, evidence, verification, governance, and monitoring rather than reimplementing them.
It USES FHE to run policy decisions on encrypted data, USES H33-74 to attach a portable post-quantum issuance receipt, and USES Verification so any party can confirm the decision independently. Automated asset-handling agents are GOVERNED_BY Agent-008, and the deployment is MONITORED_BY HATS. The product composes these; it does not own or redefine them.
Yes. If Tokenization anchored somewhere other than Bitcoin, or swapped FHE for another confidential-computing technology, it would still be Tokenization. The issuance workflow and outcome are what it owns. Mechanisms are chosen, not owned.
Use it to issue tokens for real-world assets with policy enforced before issuance. For a treasury-transfer or wire-approval workflow with delegated authority, use Tokenize instead. To evaluate a mechanism directly, read the FHE, H33-74, or Verification hubs.
Run a tokenization in the Proof Lab. Watch the decisions execute on encrypted data. Verify the proof yourself.
Three views of the same product. What you get. What you'll pair it with. What runs underneath.
Your proof of ownership outlives any single blockchain. Move chains, change platforms, switch custodians — the artifact still verifies.
H33-74 receipts · Multi-chain anchoring (Bitcoin · Solana · Polygon zkEVM · Avalanche) · Post-quantum signatures · Append-only provenance registry