Search papers, labs, and topics across Lattice.
The paper introduces ClawCoin, a cryptocurrency designed to represent and settle compute costs in decentralized agent economies. ClawCoin uses a basket index over standardized API prices, an oracle for price attestations, a NAV-based mint/redeem vault, and an on-chain settlement layer. Experiments using multi-agent simulations and the OpenClaw testbed demonstrate that ClawCoin stabilizes execution capacity, reduces quote dispersion, and improves cooperative market dynamics compared to fiat-denominated alternatives.
ClawCoin offers a cryptocurrency directly indexed to AI compute costs, enabling agents to quote, escrow, and settle workflows in a unit aligned with their actual resource consumption.
Autonomous AI agents live or die by the API tokens they consume: without paid inference capacity they cannot reason, act, or delegate. Compute-token cost has become the binding resource of the emerging agent economy, yet it is non-transferable: it is account-bound, vendor-specific, and absent from on-chain ledgers. Existing payment rails such as x402 move fiat-backed value between agents, but they do not represent the quantity agents actually burn. As a result, agents can transport purchasing power but cannot quote, escrow, or settle workflows in a unit aligned with compute cost. We present ClawCoin, a tokenized, compute-cost-indexed unit of account and settlement asset for decentralized agent economies. ClawCoin combines four layers: a robust basket index over standardized prices; an oracle publishing signed fresh attestations; a NAV-based mint/redeem vault with coverage thresholds and rate limits; and an on-chain settlement layer for multi-hop delegations. We implement a prototype on an Ethereum-compatible L2 and evaluate it using a multi-agent simulator and the OpenClaw testbed. Across single-agent, multi-agent, workflow, and procurement experiments, ClawCoin stabilizes execution capacity under cost shocks, reduces cross-agent quote dispersion, eliminates partial settlements, and sustains cooperative market dynamics that fiat-denominated baselines cannot. These results suggest that compute-indexed units of account can improve decentralized agent coordination.
