Agents operating across multiple chains must manually model gas budgets, refill thresholds, fallback execution lanes, and rebalancing logic for each chain independently, with no standardized framework or platform layer to abstract this complexity. Current gasless primitives and abstraction layers only hide the problem from end users — the treasury management burden still falls entirely on operators and agent systems. This fragmented, manual approach breaks down under load and prevents agents from achieving true autonomous, cross-chain operation.

Agents operating across multiple chains waste enormous engineering effort on bespoke gas budgeting, refill logic, and rebalancing per chain — breaking autonomy under load and creating constant operational fires for agent operators.

Teams running autonomous on-chain agents (MEV bots, DeFi managers, cross-chain orchestrators) across 3+ chains who currently maintain custom gas treasury infrastructure.

Agent operators already spend significant eng hours and lose funds to gas mismanagement; they'd pay for a platform that eliminates outages and optimizes gas spend, especially as multi-chain agent deployments are exploding in 2024-25 with no standard solution emerging.

MVP: a unified treasury smart contract system across 3-4 major EVM chains with an agent-facing API for declarative gas policies (min balances, auto-refill thresholds, cross-chain rebalancing via bridges), plus a monitoring dashboard — leverage existing bridge infra (Across, CCIP) rather than building custom bridging.

Thousands of agent operators managing billions in annual gas spend across DeFi, MEV, and automation — adjacent to the $2B+ blockchain infrastructure market with strong expansion as agentic crypto activity grows.