A blockchain token customization engine: rules are built directly into tokens at creation — geofencing restrictions that limit where a token can be transferred, alert thresholds that fire when value crosses a boundary, automated triggers that execute trades without manual intervention, and hidden governance layers accessible only to authorized parties. All rules are immutably encoded and memorialized on the distributed ledger the moment the token is created.
Smart contracts on blockchain networks can encode logic that governs token behavior. But traditional smart contract architectures keep the rules separate from the tokens themselves — the token is just a value representation, and the rules are enforced externally. This creates a gap: rules can be changed post-deployment, bypassed by interacting with the token directly, or leaked because they're publicly visible on the ledger.
The token customization module allows users to build rules directly into a token before it's issued on the distributed ledger. The token customization engine, transaction customization engine, and rules engine work together through a drag-and-drop user interface: a user selects from available rule templates, configures parameters, and the resulting rule set is baked into the token definition.
Once created, the customized rules are incorporated into the token and immutably memorialized in the distributed ledger. The token cannot be transferred, traded, or modified in ways that violate its embedded rules — the rules travel with the token. A smart contract can be associated with or incorporated into the token to layer additional functionality on top of the embedded rule set.
The customization system supports distinct rule types that can be combined. Geofencing rules gate transfers by geography — a token issued in one jurisdiction can be restricted from transferring to another based on device metadata, personal identifiers, or transaction location signals. Alert rules trigger notifications when value or properties cross defined thresholds.
Automated transaction rules enable the token to self-execute: when value reaches a threshold, the token can automatically convert from crypto to fiat, execute a trade, or trigger a linked smart contract operation — without manual authorization at execution time. Hidden rule layers add a governance dimension: certain rules are not visible to standard users, only to authorized parties with the right access credentials.
Restrict token transfers to specific geographic regions. Enforced using device location, transaction metadata, or personal identifier geography. Country, region, state, and locality granularity.
Trigger notifications when the token or linked property value meets, exceeds, or falls below a defined threshold. Configurable recipients and delivery channels.
Automatically execute a transaction when a value condition is met — crypto-to-fiat conversion, trade execution, or transfer initiation — without requiring user action at execution time.
Authorization-controlled rule layers that are not visible to standard token holders. The rules engine always has access; specific users or groups see only what they're authorized to see.
The customization system implements a layered rule hierarchy where each level can define its own rules, independently of the others. Layers cascade: higher levels (country, region) set outer bounds; lower levels (institution, personal) add specificity within those bounds. Any layer can be independently modified by authorized parties.
Select a rule type to see how it's configured in the token customization module and what happens when the rule fires.
Once a token's base rules are embedded, an associated smart contract can be linked or incorporated to extend behavior. The smart contract can trigger state changes in the token, enforce multi-party conditions, and — critically — split a transaction into multiple token layers, each governed by different embedded rules.
The system supports template reuse: a customized token or smart contract configuration can be saved as a template and shared with other users of the distributed ledger platform. This enables institutions to define standard token types with pre-configured rule sets that counterparties can adopt directly, reducing configuration overhead while maintaining governance consistency.
Smart contract associated with or incorporated into the token at creation. Extends rule capabilities beyond what embedded rules alone can express.
Smart contract can split a single transaction into multiple token layers — each layer with its own embedded rules. One payment can fork into fee, principal, and escrow components with different governance.
Rules engine integrates with KYC (Know Your Customer) data stored in the distributed ledger system — restricting token transfers based on counterparty identity verification status.
Customized tokens and smart contract configurations saveable as templates. Institutions publish standard token types; counterparties adopt pre-configured templates directly.
The core innovation — rules embedded in the token, not enforced externally — enables a class of digital assets that are self-governing and self-enforcing. The token carries its compliance constraints with it, independent of which platform, wallet, or counterparty it encounters.
No forward citations found as of this check. US12368708B2 was granted July 2025 — citation data is still accumulating. Verify the current list on Google Patents.
Patents 29, 30, and 33 form a loose cluster around distributed ledger token infrastructure. Patent 29 (this patent) governs token creation — rules embedded at issuance. Patent 30 covers token lifecycle management — how a token splits into multiple tokens with on-chain burn of the original. Patent 33 addresses token-based transfer requests — using tokens as structured payment demands between data files in a blockchain network.
Patent 28 (NFT Auto-Segmentation) covers the orthogonal ML-routing dimension — where NFTs live based on their tier score. Together, these four patents cover token creation, governance, lifecycle management, transfer mechanics, and storage optimization — a comprehensive suite of blockchain token infrastructure patents.
Geofencing, alert, auto-execute, and hidden governance rules embedded into the token at creation. The token carries its compliance constraints with it across any platform.
One token splits into two: two new blocks both fork from the same preceding block. Original token burned (locked to dead wallet). Distributed node propagation of new token state.
Blockchain pull payment: requesting party generates and sends tokens to the payer as a structured request. Tokens return with data objects as proof of settlement — the token is the receipt.
Two-model ML platform scores NFTs and routes to distributed ledger or local storage based on tier threshold. Social media signals update scores in real time. Covers the storage layer.