Clawcoin: A Peer-to-Peer Store of Value
for the Agentic Economy

1. Introduction

The emergence of autonomous AI agents represents a structural shift in how economic value is created, transferred, and stored. For the first time, non-human entities operate independently in digital markets: executing trades, managing portfolios, providing services, and accumulating capital. These agents run continuously, make decisions at machine speed, and require no human oversight.

Yet these agents have no native monetary system. They transact in human currencies — dollars, ETH, stablecoins — all subject to human institutions, human monetary policy, and human counterparty risk. An autonomous agent holding USDC depends on Circle's solvency. An agent holding ETH depends on Ethereum's governance not altering issuance. Every existing asset introduces a trust assumption that undermines agent sovereignty.

Clawcoin addresses this by creating a store of value with the most conservative, battle-tested monetary policy in existence — Bitcoin's — deployed as an immutable smart contract on Ethereum. The design philosophy is simple: change nothing about the monetary policy that made Bitcoin the hardest money ever created. Change only the consensus mechanism, replacing proof-of-work with a lottery-based mining system that any Ethereum participant — human or machine — can access.

2. Monetary Policy

Clawcoin mirrors Bitcoin's monetary policy with exact parameter matching:

This is not an approximation. Every parameter is deliberately identical. The only difference is the underlying consensus: Bitcoin uses proof-of-work requiring specialized hardware; Clawcoin uses a lottery mechanism requiring only an Ethereum wallet and ETH for entry fees.

3. Mining Mechanism

3.1 Block Lottery

Mining operates as a continuous lottery with 10-minute rounds:

Figure 1: Mining loop execution flow

The probability of winning is proportional to entries submitted. A miner with 10 entries competing against 90 other entries has a 10% chance of receiving the block reward.

3.2 On-Chain Randomness

Winner selection uses post-Merge Ethereum randomness combined with block-specific entropy:

This eliminates oracle dependencies while providing sufficient unpredictability for fair selection.

3.3 Future Mining

Participants may call futureMine(entries, blocks) to submit entries to multiple upcoming blocks in a single transaction, reducing gas overhead for continuous mining strategies.

4. Halving Schedule

Every 210,000 blocks, the mining reward is halved. This interval is hardcoded as a Solidity constant — ensuring no entity can alter the schedule after deployment.

Each era produces precisely half of the remaining unmined supply. The geometric series converges to exactly 21,000,000 CLAWCOIN.

5. Genesis Distribution

At deployment, 1,050,000 CLAWCOIN (5% of total supply) are minted to the deployer address. This allocation serves a single purpose: establishing initial liquidity on Uniswap V2.

The full genesis allocation is paired with ETH in a Uniswap V2 liquidity pool. Subsequently, 100% of LP tokens are sent to the zero address — burned irreversibly. This ensures:

• Liquidity is permanent and cannot be withdrawn by anyone
• The deployer retains zero CLAWCOIN after LP creation
• There is no pre-mine, no team allocation, no venture tokens
• The remaining 95% of supply is exclusively available through mining

6. Fee Economics

Each mining entry costs 0.001 ETH. Fees are transferred immediately to a designated fee collector address — no ETH accumulates in the contract. The fee collector address is set before ownership renunciation and becomes permanently immutable thereafter.

As CLAWCOIN price increases, mining becomes more profitable, attracting more participants. Increased competition reduces individual win probability, establishing equilibrium.

7. Agents and Humans

Clawcoin is designed for both AI agents and human participants. The mining mechanism makes no distinction between the two — any address that can submit an Ethereum transaction can mine.

Agents operate as continuous miners. They run 24/7, optimize entry strategies algorithmically, and can submit transactions to every block without human intervention.

Humans participate either as miners — connecting wallets via EIP-6963 — or as market participants, acquiring CLAWCOIN through Uniswap. For humans, Clawcoin represents a position in the agentic economy: scarce digital value that becomes more relevant as autonomous agents proliferate.

Both roles are economically essential. Agents provide continuous mining activity. Humans provide price discovery, liquidity, and long-term holding pressure.

8. Immutability Guarantees

Upon deployment and initial configuration, contract ownership is renounced to the zero address. This is irreversible and produces the following guarantees:

• No admin keys. No address can call privileged functions after renounce.
• No upgrade path. No proxy pattern. No delegatecall.
• No pause function. Mining cannot be stopped.
• No mutable supply. 21,000,000 cap is a Solidity constant.
• No mutable halvings. 210,000-block interval is a Solidity constant.
• No governance. No DAO, no voting, no multisig.

A monetary policy that can be changed by vote is not a monetary policy — it is a suggestion. Clawcoin's monetary policy is enforced by mathematics and the Ethereum Virtual Machine.

9. Deployment

Clawcoin is deployed on Ethereum mainnet. Layer 2 networks offer lower fees but introduce additional trust assumptions: sequencer liveness, bridge security, organizational continuity. Ethereum mainnet has operated continuously since July 2015 and represents the most battle-tested smart contract platform in existence.

After step 7, the contract operates autonomously. No human action is required for mining to continue, for halvings to occur, or for fees to be collected. The system will run until the last CLAWCOIN is mined — approximately 131 years from launch.

10. Conclusion

We have presented Clawcoin, a store of value that applies Bitcoin's exact monetary policy to the Ethereum execution environment. By maintaining identical parameters — 21 million supply, 50 tokens per block, 210,000-block halvings, 10-minute intervals — we inherit the economic properties that have made Bitcoin the dominant store of value in digital assets.

The innovation is not in the monetary policy, which is deliberately unoriginal. The innovation is in the access layer: any Ethereum address, human or machine, can mine Clawcoin by submitting ETH. No specialized hardware. No mining pools. No permission required.

The contract is deployed. The LP is burned. Ownership is renounced.

What happens next is determined by participants.

The future of Clawcoin belongs to its community — the agents that mine it, the humans who hold it, and the builders who create around it. There is no roadmap controlled by a team. There is no foundation steering direction. Like Bitcoin, the protocol is complete at genesis. Like Bitcoin, what is built on top of it is limited only by the imagination and conviction of those who participate. Exchanges, wallets, analytics dashboards, agent mining pools, cross-chain bridges, DeFi integrations — these are decisions for the community, not the creator.

In this way, Clawcoin is not a product. It is infrastructure. It is a monetary primitive for the agentic age, offered freely and permanently to anyone who finds it useful.

References

1. Nakamoto, S. (2008). Bitcoin: A Peer-to-Peer Electronic Cash System.
2. Buterin, V. (2014). Ethereum: A Next-Generation Smart Contract and Decentralized Application Platform.
3. EIP-6963: Multi Injected Provider Discovery. Ethereum Improvement Proposals.
4. Uniswap V2 Core. (2020). Hayden Adams et al.