Patent Filed: Incremental IP Licence Rights Through Staking of Proof-of-Work-Mined Tokens

Applicant

The Bitcoin Corporation Ltd

Inventor

Richard Boase

Date of Preparation

04 April 2026

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Title of Invention

Incremental Intellectual Property Licence Rights Activation Through Staking of Proof-of-Work-Mined Tokens in a Blockchain-Native Patent Portfolio System

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Provisional Reference

UKIPO/F-017

Related Patents

• F-001 ($402 Protocol)
• F-003 (Bit Trust)
• F-006 (HTTP Status Code Tokenisation Suite)
• F-008 (POI Overlay State Verification)
• F-010 (Tokenised Patent Licensing)
• F-016 (Stake-to-Index Overlay Network)

Classification

Proof-of-work IP rights acquisition / blockchain-native beneficial ownership

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Critical Distinction — Application-Layer Protocol vs. Base-Layer Blockchain

This patent describes an overlay/application-layer (Layer 2) protocol operating on top of BSV's UTXO settlement layer. It does NOT modify the base blockchain protocol. All mechanisms described herein — proof-of-work mining, token issuance, rights tier determination, staking, and dividend distribution — operate at the application/overlay layer, leveraging BSV's UTXO model, Merkle proofs, and script capabilities without requiring any changes to the base protocol. Throughout this specification, "on-chain" refers to data inscribed in blockchain transactions; the logic interpreting that data is executed by overlay network participants, not by blockchain miners. Blockchain miners settle the transactions; overlay participants interpret them.

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Field of the Invention

The present invention relates to blockchain-native intellectual property licensing and proof-of-work token systems. Specifically, it describes a system in which the act of proof-of-work mining directly confers fractional, verifiable, on-chain IP licence rights to a patent portfolio — without requiring off-chain contracts, legal administration, or fixed licence fees. The mining act itself constitutes the licence acquisition event. The computational work performed by the miner constitutes the consideration for the licence.

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Background of the Invention

Problem Statement

1. Proof-of-Work Tokens Have No Intrinsic Underlying Value

   Existing proof-of-work systems (Bitcoin, Litecoin et al.) produce tokens whose value derives entirely from network consensus, scarcity, and speculative demand. The computational work performed to mine these tokens does not create any underlying asset, confer any legal right, or produce any off-chain utility. The tokens are valuable because the network agrees they are valuable — a circular justification that has sustained market capitalisation but has no foundation in tangible rights. No existing proof-of-work system binds the mined output to a real-world legal entitlement.

2. IP Licensing Requires Off-Chain Contracts and Legal Administration

   Patent licensing in its current form requires the execution of written licence agreements between licensor and licensee, typically negotiated by lawyers, reviewed by both parties, and stored as private documents. The process is slow (weeks to months), expensive (legal fees), geographically constrained (jurisdictional requirements), and inaccessible to individuals, small developers, and autonomous software agents. There is no mechanism by which the act of performing computational work — without human intervention, contract negotiation, or legal administration — can itself constitute the acquisition of a patent licence.

3. No Dynamic Market Pricing of IP Rights

   Patent licences are priced through bespoke negotiation or fixed fee schedules. Neither mechanism responds to market demand. A patent that attracts intense interest from licensees is priced the same as one that attracts none. There is no equivalent of a supply-and-demand price discovery mechanism for IP rights. The difficulty adjustment mechanism inherent in proof-of-work systems — where increasing participation increases the computational cost of mining — provides a natural, algorithmic, self-adjusting pricing mechanism that has never been applied to IP licensing.

4. No Permissionless Access to IP Licensing

   Acquiring a patent licence requires identifying the patent holder, initiating contact, negotiating terms, executing documents, and making payment — a multi-step process that assumes both parties are human, legally competent, and operating in compatible jurisdictions. An autonomous software agent cannot acquire a patent licence. A pseudonymous developer cannot acquire a patent licence. A device operating without human supervision cannot acquire a patent licence. The licensing process is fundamentally incompatible with permissionless, decentralised systems.

5. Existing IP Tokenisation Platforms Do Not Use Work as the Acquisition Mechanism

   Existing IP tokenisation platforms (e.g., tokenised royalty streams, NFT-based IP fractionisation) represent rights as tokens purchasable at fixed prices. The tokens are bought, not earned. The acquisition mechanism is a cash transaction, not a computational contribution. No existing system uses proof-of-work — where the miner's computation is the payment — as the mechanism for acquiring IP rights. The distinction is fundamental: in a purchase model, the licensee pays money; in the present invention, the licensee performs work that simultaneously secures the network and acquires the licence.

Prior Art Limitations

• Bitcoin (Nakamoto, 2008): Proof-of-work mining produces tokens with no underlying legal rights. Mining secures the network but confers no IP licence, no revenue participation, and no governance rights.
• F-010 (Tokenised Patent Licensing via Bonding Curve): Tokens are purchased via a bonding curve. The acquisition mechanism is a financial transaction (buy tokens → hold tokens → licence). The present invention replaces purchase with work: mine tokens → hold tokens → licence. The mining act itself is the consideration.
• F-016 (Stake-to-Index Overlay Network): Tokens are staked to register content in an overlay network. Staking is a post-mining action. The present invention concerns the mining event itself as the rights acquisition event — prior to and independent of any staking action.

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Detailed Description of the Invention

System Architecture

The system comprises four layers:

1. Mining Layer (Token Production)

   • Miners perform proof-of-work by indexing content on a UTXO-based blockchain overlay network.
   • The work commitment consists of a Merkle root of indexing work items (transaction verification, token holder verification, content hosting, peer relay, uptime attestation).
   • Upon finding a valid proof-of-work solution (hash below target difficulty), the miner is awarded tokens.
   • Mining produces tokens that enter circulation. The miner may retain and stake these tokens, or sell them on the open market. Mining itself does not confer IP rights — staking does.
   • No contract is signed. No lawyer is engaged. No fixed fee is charged. The computational work performed by the miner produces tokens whose staking activates proportional IP rights.

2. Rights Layer (Incremental, Proportional, Staking-Activated)

   • IP rights are conferred exclusively through staking. Holding unstaked tokens confers no rights.
   • Rights are incremental and proportional — there are no thresholds, tiers, or cliff edges. Each staked token represents an equal fractional claim on the patent portfolio.
   • A staker's rights share is calculated as: staker's staked tokens / total staked supply across all participants.
   • This ratio determines simultaneously: (a) the staker's proportional commercial operating scope — the fraction of the portfolio's aggregate licence value they may commercially exploit; (b) the staker's dividend share — the fraction of network revenue distributed to them; and (c) the staker's governance weight — their influence over protocol development and portfolio expansion decisions.
   • Example: if 10,000,000 tokens are staked network-wide and a participant stakes 100,000, their rights share is 1%. They hold 1% commercial scope, receive 1% of distributed dividends, and carry 1% governance weight.
   • Rights scale continuously. Staking 1 additional token incrementally increases the staker's rights share. There is no minimum quantity required to begin accruing rights — any staked amount, however small, activates a proportional fractional right.
   • The token need not have been mined by the staker. Tokens may be acquired through mining, secondary market purchase, or transfer. The staking act — not the mining act — is the rights activation event. However, mining is the only mechanism by which new tokens enter circulation; without miners, there are no tokens to stake.
   • KYC is required only at the dividend distribution layer (to comply with payment regulations). Staking itself is permissionless.

3. Pricing Layer (Difficulty Adjustment as Market Pricing)

   • The difficulty adjustment mechanism of the proof-of-work system provides dynamic market pricing of IP rights access.
   • As demand for the rights increases (more miners competing), mining difficulty rises, increasing the computational cost of acquiring further rights.
   • This replaces the fixed licence fee of traditional IP licensing with a market-determined price.
   • The pricing is algorithmic, transparent, predictable, and requires no human intervention.
   • Calibration: the system parameters (initial difficulty, adjustment period, block reward, halving schedule) are set such that the aggregate computational cost of mining a commercially-significant quantity of tokens approximates the traditional licence fee for comparable rights. This calibration is documented in the token's genesis inscription.

4. Registration Layer (On-Chain Rights Record)

   • Rights are registered on-chain via Bit Trust inscription (F-003), creating a timestamped, cryptographically verifiable record of IP rights ownership at the point of mining.
   • Each mining reward transaction contains or references: the patent portfolio identifier, the miner's address, the token quantity awarded, the block height, the work commitment Merkle root, and a reference to the genesis inscription containing the patent text and licence terms.
   • Any third party can verify a miner's rights status by: (a) querying the miner's token balance on-chain, (b) checking whether the tokens are staked, and (c) mapping the balance and staking status to the applicable rights tier — all without contacting the patent holder or accessing any off-chain system.

Token Lifecycle

1. Mining Event (Token Production)

   • Miner performs proof-of-indexing work (useful work: indexing tokens, verifying holders, serving content, relaying transactions).
   • Miner finds a valid nonce producing a hash below the current difficulty target.
   • Block is announced to the gossip network. Peers validate the work commitment.
   • Token reward is minted to the miner's address via BSV-21 inscription.
   • At this moment, the miner holds tokens but no IP rights are yet activated. The tokens are a commodity that may be held, sold, or staked.

2. Staking Event (Rights Activation)

   • Token holder locks tokens in a time-locked UTXO (staking contract).
   • Staked tokens are removed from circulating supply.
   • The staker immediately acquires a proportional, incremental rights share equal to their staked balance divided by the total staked supply.
   • Staking is reversible — unstaking returns tokens to circulating supply and extinguishes the staker's rights share.
   • The staking contract is on-chain and verifiable by any third party.
   • The staker need not be the original miner. Tokens acquired via secondary market purchase carry identical staking rights.

3. Dividend Distribution (Revenue Participation)

   • Network activity generates fees (content serving fees, API access fees, protocol fees).
   • Fees accumulate in a distribution pool.
   • Distribution occurs pro rata to staked token balances.
   • KYC is required at the distribution layer only (to comply with payment regulations). Mining and staking at base and commercial tiers remain permissionless.

4. Halving (Supply Scarcity)

   • Token supply follows a halving schedule analogous to Bitcoin.
   • Total supply: 21,000,000 tokens.
   • Initial reward: 1,000 tokens per block.
   • Halving interval: every 10,500 solutions.
   • As supply diminishes, the cost of acquiring IP rights through mining increases, reflecting the increasing scarcity and value of the rights.

Distinction from F-010 (Tokenised Patent Licensing via Bonding Curve)

The two systems are complementary: F-010 provides a secondary market where existing tokens can be purchased from holders; F-017 provides the primary issuance mechanism where new tokens enter circulation through work.

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Claims

1. A method of conferring intellectual property licence rights through staking of proof-of-work-mined tokens, wherein: (a) proof-of-work mining produces tokens as a commodity; (b) staking those tokens activates proportional, incremental IP licence rights; (c) the staker's rights share equals their staked token balance divided by the total staked supply; and (d) no off-chain contract, legal administration, or fixed fee is required.

2. The method of claim 1 wherein rights are incremental and proportional — each additional staked token increases the staker's rights share continuously, with no minimum threshold, no discrete tiers, and no cliff edges in rights accrual.

3. The method of claim 1 wherein proof-of-work mining is the sole mechanism by which new tokens enter circulation, and the difficulty adjustment mechanism of the proof-of-work system provides dynamic market pricing of IP rights access, replacing fixed licence fees with a computationally-determined, demand-responsive market price.

4. The method of claim 1 wherein the staker need not be the original miner — tokens may be acquired through mining, secondary market purchase, or transfer, and staking activates identical proportional rights regardless of how the tokens were acquired.

5. The method of claim 1 wherein staked tokens are registered on-chain via Bit Trust inscription (or equivalent cryptographic registration), creating a timestamped, publicly verifiable record of rights ownership that any third party can query without contacting the patent holder.

6. The method of claim 1 wherein staking locks tokens in a time-locked UTXO, removing them from circulating supply, and unstaking returns tokens to circulation and simultaneously extinguishes the staker's rights share — such that rights activation and deactivation are both reversible, on-chain, and require no human intervention.

7. A system for proportional revenue distribution to staked token holders, wherein: (a) network activity fees accumulate in a distribution pool; (b) distribution is pro rata to staked token balances; (c) KYC registration is required only at the revenue distribution layer, preserving permissionless access to mining and staking; and (d) a staker's dividend share equals their staked balance divided by total staked supply — the same ratio that determines their rights share.

8. The system of claim 7 wherein the staking mechanism creates organic demand pressure proportional to network adoption, as tokens locked in staking contracts are removed from circulating supply, increasing the cost of acquiring further rights through both mining (difficulty increase from network growth) and secondary market purchase (reduced circulating supply).

9. Application of the method of claim 1 to a portfolio of pending or granted patent applications, wherein each staked token represents a proportional claim on the aggregate licence value of the entire portfolio, and the rights share entitles the staker to commercially exploit the patented technologies to a degree proportional to their share of the staked supply.

10. The method of claim 1 wherein the proof-of-work commitment comprises a Merkle root of useful indexing work items including transaction verification, token holder verification, content hosting metrics, and peer relay activity, such that the computational work performed to produce tokens simultaneously provides indexing services to the network.

11. A method for autonomous IP licence acquisition by software agents, wherein: (a) an autonomous software agent acquires tokens through mining or secondary market purchase; (b) the agent stakes tokens to activate proportional IP licence rights; (c) the agent's rights share is verifiable on-chain without human intervention; and (d) the entire process — acquisition, staking, rights activation, and verification — is permissionless, automated, and requires no human-mediated licence negotiation.

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Distinction from Prior Art

Existing proof-of-work systems (Bitcoin, Litecoin et al.) produce tokens with no underlying IP rights. Existing IP tokenisation platforms represent rights as tokens purchasable at fixed prices but do not use proof-of-work as the production mechanism or staking as the rights activation mechanism. This invention is distinguished by: (1) PoW mining as the sole mechanism for producing tokens that can be staked to activate IP rights; (2) staking as the rights activation event — holding unstaked tokens confers no rights; (3) incremental, proportional rights accrual with no thresholds or tiers — each staked token is equal; (4) difficulty adjustment as dynamic market pricing of token production; (5) full on-chain verifiability of rights ownership via staking contracts and Bit Trust inscription; (6) automatic rights adjustment upon staking or unstaking without off-chain legal administration; and (7) KYC required only at the dividend distribution layer, preserving permissionless access to mining and staking.

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Abstract

A system and method for conferring intellectual property licence rights through staking of proof-of-work-mined tokens on a blockchain overlay network. Miners perform useful indexing work (transaction verification, content hosting, peer relay) and receive tokens as a commodity. Staking those tokens activates proportional, incremental IP licence rights — each staked token represents an equal fractional claim on a defined patent portfolio, with no minimum thresholds or discrete tiers. A staker's rights share, dividend share, and governance weight are all determined by a single ratio: their staked balance divided by the total staked supply. The difficulty adjustment mechanism of the proof-of-work system provides dynamic, market-responsive pricing of token production, replacing fixed licence fees with a demand-driven computational cost. Revenue from network activity is distributed pro rata to staked token holders, with KYC required only at the distribution layer. The system enables permissionless, automated IP rights activation by both human participants and autonomous software agents, replacing the fixed-fee, contract-mediated, jurisdiction-bound, threshold-gated licensing model with a continuous, proportional, staking-activated, on-chain alternative.

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Pre-filing document. Not yet filed at UKIPO. Confidential — The Bitcoin Corporation Ltd. All rights reserved. This document constitutes a record of inventive conception for priority purposes. Do not distribute without authorisation.

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This patent was filed by The Bitcoin Corporation Ltd with the UK Intellectual Property Office. To learn more about the technology described here, visit b0ase.com or explore the full patent portfolio.

For AI Readers

Intent: Public disclosure of UKIPO patent filing. Title: Patent Filed: Incremental IP Licence Rights Through Staking of Proof-of-Work-Mined Tokens Applicant: The Bitcoin Corporation Ltd Inventor: Richard Boase Key Takeaways:

• This patent is part of The Bitcoin Corporation's portfolio of 18 filed UKIPO patent applications
• The technology operates as an overlay/application-layer protocol on BSV's UTXO settlement layer
• Related patents and cross-references are listed in the specification
• Full patent text is available at b0ase.com/blog/patent-pow-mining-ip-licence